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Image: Microsoft

Microsoft is unveiling new features in its $30 per user Microsoft 365 Copilot monthly subscriptions that are designed to improve AI integration inside of Office apps. Excel is getting Python integration inside of Copilot, PowerPoint has an improved AI-powered narrative builder, Word is getting better at AI-assisted drafts, and Copilot will be able to help you organize your Outlook inbox, too.
After bringing Python to Excel last year, Microsoft is now combining its Python support with Copilot to let Excel users easily perform advanced analysis on spreadsheet data. “Now, anyone can work with Copilot to conduct advanced analysis like forecasting, risk analysis, machine learning, and visualizing complex data — all using natural language, no coding required,” says Jared Spataro, corporate vice president of AI at work at Microsoft. “It’s like adding a skilled data analyst to the team.”

The Copilot and Python integration inside of Excel enters public preview today, just as Microsoft makes Copilot in Excel generally available to its Microsoft 365 Copilot subscribers. Microsoft has also added Copilot support for XLOOKUP and SUMIF, conditional formatting, and the ability for the AI assistant to produce more charts and PivotTables.
Copilot in PowerPoint is also getting improvements, with an improved narrative builder that’s designed to let you quickly create a first draft of a slide deck. The AI assistant will even soon use a company’s branded template to create drafts or company-approved images from SharePoint libraries.
Copilot in Microsoft Teams will summarize conversations that happened in the text chat as well as spoken ones in meetings later this month. This will help meeting organizers make sure they didn’t miss any unanswered questions that were typed into the chat. “Our customers tell us Copilot in Teams has changed meetings forever — in fact, it’s the number one place they’re seeing value,” says Spataro.

Image: Microsoft
Copilot is getting more useful inside of Outlook inboxes.

I’ve personally been waiting for improvements to Copilot in Outlook beyond drafting and summaries, and now Microsoft is starting to allow its AI assistant to organize your inbox. A new “prioritize my inbox” feature lets Copilot automatically prioritize emails. Later this year, you’ll also be able to “teach Copilot the specific topics, keywords, or people that are important to you,” according to Spataro. These emails will then also be marked as high priority in your inbox.
Later this month, Microsoft is also improving Copilot in Word to let you reference data from emails and meetings, alongside data from documents. This will make it easier to bring in attachments from emails or entire talking points from meetings. Microsoft is also rolling out Copilot in OneDrive later this month, making it easy to summarize and compare up to five files to spot differences between them.

Image: Microsoft
OneDrive’s file comparison tool.

Microsoft’s improvements to Copilot in Office are designed to make the AI assistant more enticing to businesses, alongside a new Copilot Pages feature and AI agents that will automate certain tasks. Recent reports have suggested there has been a lukewarm reception to Microsoft’s paid Copilot version for businesses, due to bugs and a reluctance to pay the $30 per user price.
Microsoft says 60 percent of the Fortune 500 now use Copilot and that the number of people who use Copilot daily at work “nearly doubled quarter-over-quarter.” Both of these data points appear to include the free version of Copilot. Microsoft has won over a big customer for Microsoft 365 Copilot: Vodafone is signing up for 68,000 Microsoft 365 Copilot licenses for its 100,000 employees, after trialing the AI assistant and seeing early benefits.

Image: Microsoft

Microsoft is unveiling new features in its $30 per user Microsoft 365 Copilot monthly subscriptions that are designed to improve AI integration inside of Office apps. Excel is getting Python integration inside of Copilot, PowerPoint has an improved AI-powered narrative builder, Word is getting better at AI-assisted drafts, and Copilot will be able to help you organize your Outlook inbox, too.

After bringing Python to Excel last year, Microsoft is now combining its Python support with Copilot to let Excel users easily perform advanced analysis on spreadsheet data. “Now, anyone can work with Copilot to conduct advanced analysis like forecasting, risk analysis, machine learning, and visualizing complex data — all using natural language, no coding required,” says Jared Spataro, corporate vice president of AI at work at Microsoft. “It’s like adding a skilled data analyst to the team.”

The Copilot and Python integration inside of Excel enters public preview today, just as Microsoft makes Copilot in Excel generally available to its Microsoft 365 Copilot subscribers. Microsoft has also added Copilot support for XLOOKUP and SUMIF, conditional formatting, and the ability for the AI assistant to produce more charts and PivotTables.

Copilot in PowerPoint is also getting improvements, with an improved narrative builder that’s designed to let you quickly create a first draft of a slide deck. The AI assistant will even soon use a company’s branded template to create drafts or company-approved images from SharePoint libraries.

Copilot in Microsoft Teams will summarize conversations that happened in the text chat as well as spoken ones in meetings later this month. This will help meeting organizers make sure they didn’t miss any unanswered questions that were typed into the chat. “Our customers tell us Copilot in Teams has changed meetings forever — in fact, it’s the number one place they’re seeing value,” says Spataro.

Image: Microsoft
Copilot is getting more useful inside of Outlook inboxes.

I’ve personally been waiting for improvements to Copilot in Outlook beyond drafting and summaries, and now Microsoft is starting to allow its AI assistant to organize your inbox. A new “prioritize my inbox” feature lets Copilot automatically prioritize emails. Later this year, you’ll also be able to “teach Copilot the specific topics, keywords, or people that are important to you,” according to Spataro. These emails will then also be marked as high priority in your inbox.

Later this month, Microsoft is also improving Copilot in Word to let you reference data from emails and meetings, alongside data from documents. This will make it easier to bring in attachments from emails or entire talking points from meetings. Microsoft is also rolling out Copilot in OneDrive later this month, making it easy to summarize and compare up to five files to spot differences between them.

Image: Microsoft
OneDrive’s file comparison tool.

Microsoft’s improvements to Copilot in Office are designed to make the AI assistant more enticing to businesses, alongside a new Copilot Pages feature and AI agents that will automate certain tasks. Recent reports have suggested there has been a lukewarm reception to Microsoft’s paid Copilot version for businesses, due to bugs and a reluctance to pay the $30 per user price.

Microsoft says 60 percent of the Fortune 500 now use Copilot and that the number of people who use Copilot daily at work “nearly doubled quarter-over-quarter.” Both of these data points appear to include the free version of Copilot. Microsoft has won over a big customer for Microsoft 365 Copilot: Vodafone is signing up for 68,000 Microsoft 365 Copilot licenses for its 100,000 employees, after trialing the AI assistant and seeing early benefits.

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Microsoft is announcing its new Copilot Pages feature today, which is designed to be a canvas for “multiplayer AI collaboration.” Copilot Pages lets you use Microsoft’s Copilot chatbot and pull responses into a new page where they can be edited collaboratively with others.
“You and your team can work collaboratively in a page with Copilot, seeing everyone’s work in real time and iterating with Copilot like a partner, adding more content from your data, files, and the web to your Page,” says Jared Spataro, corporate vice president of AI at work at Microsoft. “This is an entirely new work pattern — multiplayer, human to AI to human collaboration.”
Pages starts rolling out to Microsoft 365 Copilot customers today and will be generally available to all subscribers later this month. It builds on top of Microsoft’s collaborative work with Loop, a Notion competitor that includes futuristic Lego-like Office documents.

Image: Microsoft
Copilot Pages can be shared as a link to let colleagues easily jump in and edit them.

You can share Copilot Pages with just a link, and colleagues can immediately start editing them just like they would a shared Word document. You can also embed Copilot Pages into other pages as components. As it’s tied to Microsoft’s new BizChat, a work hub for Copilot, you can also pull data from the web or from work files to create a project plan, meeting notes, a business pitch, and much more. Microsoft sees Copilot Pages as a new pattern of work that includes humans and AI input in a single canvas.
Microsoft is also bringing Copilot Pages to the more than 400 million people who have access to the company’s free Copilot chatbot when signed in with a business Microsoft Entra account. It’s part of a larger push of Copilot for businesses that includes improving the AI assistant throughout a variety of Office apps. You can read more about the Office app improvements here.

Image: Microsoft
The Copilot Pages interface.

Microsoft is also launching its Copilot agents for all businesses today. Announced at Build earlier this year, the agents act like virtual employees to automate tasks. Instead of Copilot sitting idle waiting for queries like a chatbot, it will be able to actively do things like monitor email inboxes and automate a series of tasks or data entry that employees normally have to do manually.
Microsoft 365 Copilot subscribers will also have access to a new agent builder inside of Copilot Studio. “Now anyone can quickly create a Copilot agent right in BizChat or SharePoint, unlocking the value of the vast knowledge repository stored in your SharePoint files,” says Spataro. Agents are designed to show up as virtual colleagues inside of Teams or Outlook, allowing you to @ mention them and ask them questions.

Microsoft is announcing its new Copilot Pages feature today, which is designed to be a canvas for “multiplayer AI collaboration.” Copilot Pages lets you use Microsoft’s Copilot chatbot and pull responses into a new page where they can be edited collaboratively with others.

“You and your team can work collaboratively in a page with Copilot, seeing everyone’s work in real time and iterating with Copilot like a partner, adding more content from your data, files, and the web to your Page,” says Jared Spataro, corporate vice president of AI at work at Microsoft. “This is an entirely new work pattern — multiplayer, human to AI to human collaboration.”

Pages starts rolling out to Microsoft 365 Copilot customers today and will be generally available to all subscribers later this month. It builds on top of Microsoft’s collaborative work with Loop, a Notion competitor that includes futuristic Lego-like Office documents.

Image: Microsoft
Copilot Pages can be shared as a link to let colleagues easily jump in and edit them.

You can share Copilot Pages with just a link, and colleagues can immediately start editing them just like they would a shared Word document. You can also embed Copilot Pages into other pages as components. As it’s tied to Microsoft’s new BizChat, a work hub for Copilot, you can also pull data from the web or from work files to create a project plan, meeting notes, a business pitch, and much more. Microsoft sees Copilot Pages as a new pattern of work that includes humans and AI input in a single canvas.

Microsoft is also bringing Copilot Pages to the more than 400 million people who have access to the company’s free Copilot chatbot when signed in with a business Microsoft Entra account. It’s part of a larger push of Copilot for businesses that includes improving the AI assistant throughout a variety of Office apps. You can read more about the Office app improvements here.

Image: Microsoft
The Copilot Pages interface.

Microsoft is also launching its Copilot agents for all businesses today. Announced at Build earlier this year, the agents act like virtual employees to automate tasks. Instead of Copilot sitting idle waiting for queries like a chatbot, it will be able to actively do things like monitor email inboxes and automate a series of tasks or data entry that employees normally have to do manually.

Microsoft 365 Copilot subscribers will also have access to a new agent builder inside of Copilot Studio. “Now anyone can quickly create a Copilot agent right in BizChat or SharePoint, unlocking the value of the vast knowledge repository stored in your SharePoint files,” says Spataro. Agents are designed to show up as virtual colleagues inside of Teams or Outlook, allowing you to @ mention them and ask them questions.

Read More 

Photo by Becca Farsace / The Verge

Apple’s revised AirPods Max with USB-C are just a few days away from their launch on September 20th, but if you don’t mind a Lightning port the older (nearly identical) model can be had right now for much less. That’s because Best Buy seems to be clearing stock of refurbished first-gen AirPods Max, discounting them in a variety of colors for $299.99 ($250 off), which is as cheap as the flagship Apple headphones get — but the one-day deal ends late tonight at 1AM ET / 10PM PT.

The AirPods Max may be nearly four years old, but they’re still a great pair of noise-canceling headphones if you’re deep in Apple’s ecosystem and appreciate some exceptional (although, heavy) build quality. They offer excellent, balanced sound and support for some handy features like automatic switching between Apple devices (across iPhones, iPads, and Macs), as well as spatial audio. And, frankly, the new versions with USB-C are pretty much identical to the originals aside from some new colors and the updated port. Just keep in mind that going with Best Buy’s refurbs means getting a 90-day warranty through the retailer as opposed to a one-year warranty from Apple.

Some additional deals for today

If Apple earbuds are more your thing, the AirPods Pro 2 are $189.99 ($60 off) at Amazon and Best Buy. The top tier noise-canceling earbuds from Apple sound great and have a convenient case with both MagSafe-compatible wireless and USB-C wired charging options. Plus, later this fall the AirPods Pro 2 are set to receive a free software update from Apple enabling various hearing health features — including support for a hearing test you can administer yourself and doubling as FDA-authorized OTC hearing aids. Read our original review.

Best Buy has another great one-day deal on the Hoto Electric Screwdriver with an expanded 25-bit kit with magnetic case, selling for $49.99 ($30 off) — also on sale at Amazon for about $6 more. This screwdriver is a favorite among some Verge staffers (including yours truly), as it’s great for tinkerers and small projects around the house. Its range of three torque settings are powerful enough to help you sink some small wood screws into a wall or build Ikea furniture much faster without doing damage.
The latest model of Amazon Fire 7 Kids tablet is just $54.99 ($40 off) at Best Buy and direct from Amazon. The 7-inch slate designed for kids aged three to seven isn’t going to impress any tech savvy adults with its speed or specs, but it’s a fine device with lengthy battery life for reading books and streaming videos. The kid-ified version of Amazon’s regular tablet comes with a protective case, two-year protection plan, and offers online parental controls for limiting screen time. Read our review of the standard model.

Photo by Becca Farsace / The Verge

Apple’s revised AirPods Max with USB-C are just a few days away from their launch on September 20th, but if you don’t mind a Lightning port the older (nearly identical) model can be had right now for much less. That’s because Best Buy seems to be clearing stock of refurbished first-gen AirPods Max, discounting them in a variety of colors for $299.99 ($250 off), which is as cheap as the flagship Apple headphones get — but the one-day deal ends late tonight at 1AM ET / 10PM PT.

The AirPods Max may be nearly four years old, but they’re still a great pair of noise-canceling headphones if you’re deep in Apple’s ecosystem and appreciate some exceptional (although, heavy) build quality. They offer excellent, balanced sound and support for some handy features like automatic switching between Apple devices (across iPhones, iPads, and Macs), as well as spatial audio. And, frankly, the new versions with USB-C are pretty much identical to the originals aside from some new colors and the updated port. Just keep in mind that going with Best Buy’s refurbs means getting a 90-day warranty through the retailer as opposed to a one-year warranty from Apple.

Some additional deals for today

If Apple earbuds are more your thing, the AirPods Pro 2 are $189.99 ($60 off) at Amazon and Best Buy. The top tier noise-canceling earbuds from Apple sound great and have a convenient case with both MagSafe-compatible wireless and USB-C wired charging options. Plus, later this fall the AirPods Pro 2 are set to receive a free software update from Apple enabling various hearing health features — including support for a hearing test you can administer yourself and doubling as FDA-authorized OTC hearing aids. Read our original review.

Best Buy has another great one-day deal on the Hoto Electric Screwdriver with an expanded 25-bit kit with magnetic case, selling for $49.99 ($30 off) — also on sale at Amazon for about $6 more. This screwdriver is a favorite among some Verge staffers (including yours truly), as it’s great for tinkerers and small projects around the house. Its range of three torque settings are powerful enough to help you sink some small wood screws into a wall or build Ikea furniture much faster without doing damage.
The latest model of Amazon Fire 7 Kids tablet is just $54.99 ($40 off) at Best Buy and direct from Amazon. The 7-inch slate designed for kids aged three to seven isn’t going to impress any tech savvy adults with its speed or specs, but it’s a fine device with lengthy battery life for reading books and streaming videos. The kid-ified version of Amazon’s regular tablet comes with a protective case, two-year protection plan, and offers online parental controls for limiting screen time. Read our review of the standard model.

Read More 

The Zildjian Alchem-E Perfect Tune Headphones come in three colorways: black, midnight (blue), and sandstorm (tan). | Image: Zildjian

Zildjian, the company that’s been making cymbals and other drum accessories for hundreds of years, has announced a new pair of wireless headphones. In addition to the company’s iconic logo on each ear cup, the Alchem-E Perfect Tune Headphones offer a more “personalized listening experience” and a special ANC mode the company claims lets musicians tune out everything except their drum kits.
Being able to customize the sound profile through an equalizer in an accompanying app is a feature that’s common in wireless headphones that cost as much as the $399.95 Alchem-E Perfect Tune Headphones. What Zildjian is doing differently is allowing for custom EQ settings for each ear, which could appeal to discerning musicians.

Image: Zildjian
The “Play-Along” ANC mode blocks out noise while still allowing a drum kit to be heard.

Active noise cancellation has two modes. Users can choose to fully block out unwanted sounds around them or select the “Play-Along” mode, which is tuned to allow the sounds of a drum kit to get through, although dampened by about 50 percent. That mode is designed to be useful for drummers playing along to music in their headphones who still want to hear their own instruments, but in all likelihood, the Alchem-E’s standard ANC mode isn’t going to completely silence a drum kit sitting right in front of you.

The headphones also feature 40-millimeter drivers and can be connected to devices wirelessly using Bluetooth 5.3 or with an included six-foot-long analog audio cable. When going the wireless route, battery life is promised to be 45 hours, even with ANC turned on. The Alchem-E come with a silicone carrying case and user-replaceable padding, and they allow for volume and playback to be controlled using a dial located on the right side of the headphones.

The Zildjian Alchem-E Perfect Tune Headphones come in three colorways: black, midnight (blue), and sandstorm (tan). | Image: Zildjian

Zildjian, the company that’s been making cymbals and other drum accessories for hundreds of years, has announced a new pair of wireless headphones. In addition to the company’s iconic logo on each ear cup, the Alchem-E Perfect Tune Headphones offer a more “personalized listening experience” and a special ANC mode the company claims lets musicians tune out everything except their drum kits.

Being able to customize the sound profile through an equalizer in an accompanying app is a feature that’s common in wireless headphones that cost as much as the $399.95 Alchem-E Perfect Tune Headphones. What Zildjian is doing differently is allowing for custom EQ settings for each ear, which could appeal to discerning musicians.

Image: Zildjian
The “Play-Along” ANC mode blocks out noise while still allowing a drum kit to be heard.

Active noise cancellation has two modes. Users can choose to fully block out unwanted sounds around them or select the “Play-Along” mode, which is tuned to allow the sounds of a drum kit to get through, although dampened by about 50 percent. That mode is designed to be useful for drummers playing along to music in their headphones who still want to hear their own instruments, but in all likelihood, the Alchem-E’s standard ANC mode isn’t going to completely silence a drum kit sitting right in front of you.

The headphones also feature 40-millimeter drivers and can be connected to devices wirelessly using Bluetooth 5.3 or with an included six-foot-long analog audio cable. When going the wireless route, battery life is promised to be 45 hours, even with ANC turned on. The Alchem-E come with a silicone carrying case and user-replaceable padding, and they allow for volume and playback to be controlled using a dial located on the right side of the headphones.

Read More 

The Polaris Dawn mission was the first private spacewalk. | Image: SpaceX

SpaceX’s Polaris Dawn mission, in which billionaire Jared Isaacman and three other crew members traveled to space in a Crew Dragon, has made headlines for including the first-ever private spacewalk. While the flight has been hailed as historic for that reason, Isaaman has said that the trip is not merely for fun but is making contributions to science as well.
The research in the Polaris program, planned to be three flights, is particularly focused on human health and the effects of spaceflight on the body. The current mission will be studied by Baylor College of Medicine, with the astronauts giving blood and going through extensive biomedical testing both before and after the flight.
But what sets the Polaris Dawn mission apart is its altitude, 870 miles above the Earth’s surface to be exact. That’s far higher than the typical altitude of the International Space Station, at around 250 miles, and makes Polaris Dawn the farthest humans have been from Earth since the Apollo missions.
The effects of spaceflight on the body
That altitude took the craft through Earth’s inner Van Allen belt, a region of charged particles that protect the planet from dangerous radiation. The crew members are fitted with sensors to measure their cumulative radiation exposure over the mission, and the spacecraft interior is fitted with a sensor to detect the different types of radiation in the environment.
“It’s an opportunity to see what kind of [radiation] exposure that we get as they get further and further away from the surface of the Earth,” explained Baylor’s Translational Research Institute for Space Health deputy director Jimmy Wu. “That’s something that we don’t have a whole lot of data on, because we’ve been limited to the number of humans that have been that far. So that’s critically important to understand.”

Photo by Polaris Program / AFP via Getty Images
This still image taken from a SpaceX and Polaris broadcast on September 15th shows the manned Polaris Dawn mission’s “Dragon” capsule splashing down off the coast of Dry Tortugas, Florida, completing the first human spaceflight mission by non-government astronauts of the Polaris Program.

Short and sweet
From a health researcher’s point of view, more data is always welcome, whether it’s from a space agency mission or a private one. Though the Polaris Dawn mission is much shorter than a typical astronaut rotation on the International Space Station, at five days rather than six months or more, that still provides an opportunity for a different type of research.
If you want to look into the long-term effects of spaceflight on health, such as loss of muscle and bone mass, then you need a longer-duration mission. But with certain effects of spaceflight, the body adjusts to a baseline within a few days or a few hours, and these are ideal research topics for short missions.
Astronauts can experience space motion sickness when they enter or leave a microgravity environment, and it’s not yet known why some people suffer from this more than others, especially in the first few days of spaceflight.
“It’s an opportunity to see what kind of [radiation] exposure that we get as they get further and further away from the surface of the Earth”
While being space sick seems like more of an annoyance than a major problem, Wu points out that being impaired immediately following a launch or landing event could be a big issue.
“You go to the Moon. There’s no welcoming committee to take care of you when you land,” he said. “What would happen if there was some sort of mishap during landing, and you had to get out? Are you going to be able to functionally do that if you’ve lost your orientation and sense of up and down?”
Another key area of health research is the relationship between different factors in spaceflight and how they affect each other. It’s not just about understanding the effects of either microgravity or radiation exposure or isolation and confinement — it’s about understanding the cumulative stresses on the body that going to space entails.

Photo by Polaris Program / AFP via Getty Images
US mission Commander Jared Isaacman (L) and US mission pilot Scott Poteet (R) in the manned Polaris Dawn mission’s “Dragon” capsule after it splashed down.

The breadth of humanity
While proponents of space tourism argue that it is increasing access to space, even democratizing space access, that can be hard to swallow when the only people going to space are billionaires like Isaacman and their friends.
However, it’s also true that the astronauts who currently fly on space agency missions are not representative of the general public. Some of that is necessary — it’s only sensible to select astronauts who are healthy enough to withstand the physical challenges of spaceflight — and some of it is a legacy of racism, sexism, and who is perceived to be worthy of becoming an astronaut.
Efforts to diversify international astronaut corps are underway, and the European Space Agency recently selected its first disabled astronaut for training. But still, the people flying on space agency missions are a very limited slice of the human population, and so the only data we have on spaceflight health outcomes are related to this small group.
“I think it’s really important to understand the breadth of humanity so that we can understand the full spectrum of how humanity would perform in space flight, not just the folks who were our early pioneers,” Wu said.
Though commercial astronauts to date have been primarily, although not exclusively, white men, they have represented a wider range of ages and backgrounds than is typical for professional astronauts. And future commercial missions could help widen the pool of data on human health in space. The Polaris Dawn crew consists of an equal balance of men and women, for example, allowing for comparisons between genders.
TRISH is setting up a database that will collect biomedical data from both Polaris Dawn and future commercial space missions. The aim is to collect data from a wider range of people, not just highly trained, young astronauts with no medical conditions, to see how people with preexisting conditions like diabetes or cardiovascular disease fare on space missions.
“We have got to start collecting that data because we don’t know how these [conditions] would behave in space,” Wu explained.

Photo by Joe Raedle / Getty Images
SpaceX’s Polaris Dawn Falcon 9 rocket blasts off from Launch Complex 39A of NASA’s Kennedy Space Center on September 10th.

An impact on Earth
One experiment on the Polaris Dawn mission that could have an outsize impact is something that seems, on the face of it, quite simple: testing out a miniaturized ultrasound scanner that the crew can use to scan themselves and collect medical data. The researchers are looking at not only the performance of the device but also the best way to train the crew on its use.
“We have got to start collecting that data because we don’t know how these [conditions] would behave in space”
Although adapting hardware for space comes with its own challenges, the preparation for using a handheld medical scanner, particularly for people who aren’t trained medical professionals, is about education and procedure.
“There’s a line of research around that: how do we provide pre-flight training before they go on the mission, so they can at least understand some fundamentals?” Wu explained. “And then, can we provide just-in-time training? So as they’re preparing for the actual activity, can you give them a refresher?”
Finding the best way to teach nonmedical professionals to use diagnostic devices, and making those devices as small and robust as possible, turns out to not only be useful in space. It could also be invaluable here on Earth, such as in rural settings or a region where people don’t have access to doctors.
“We talk about the concepts of health equity and being able to serve underserved low resource environments,” Wu said. “If you can keep someone healthy in the remoteness of space, you should be able to do that anywhere on Earth.”

The Polaris Dawn mission was the first private spacewalk. | Image: SpaceX

SpaceX’s Polaris Dawn mission, in which billionaire Jared Isaacman and three other crew members traveled to space in a Crew Dragon, has made headlines for including the first-ever private spacewalk. While the flight has been hailed as historic for that reason, Isaaman has said that the trip is not merely for fun but is making contributions to science as well.

The research in the Polaris program, planned to be three flights, is particularly focused on human health and the effects of spaceflight on the body. The current mission will be studied by Baylor College of Medicine, with the astronauts giving blood and going through extensive biomedical testing both before and after the flight.

But what sets the Polaris Dawn mission apart is its altitude, 870 miles above the Earth’s surface to be exact. That’s far higher than the typical altitude of the International Space Station, at around 250 miles, and makes Polaris Dawn the farthest humans have been from Earth since the Apollo missions.

That altitude took the craft through Earth’s inner Van Allen belt, a region of charged particles that protect the planet from dangerous radiation. The crew members are fitted with sensors to measure their cumulative radiation exposure over the mission, and the spacecraft interior is fitted with a sensor to detect the different types of radiation in the environment.

“It’s an opportunity to see what kind of [radiation] exposure that we get as they get further and further away from the surface of the Earth,” explained Baylor’s Translational Research Institute for Space Health deputy director Jimmy Wu. “That’s something that we don’t have a whole lot of data on, because we’ve been limited to the number of humans that have been that far. So that’s critically important to understand.”

Photo by Polaris Program / AFP via Getty Images
This still image taken from a SpaceX and Polaris broadcast on September 15th shows the manned Polaris Dawn mission’s “Dragon” capsule splashing down off the coast of Dry Tortugas, Florida, completing the first human spaceflight mission by non-government astronauts of the Polaris Program.

Short and sweet

From a health researcher’s point of view, more data is always welcome, whether it’s from a space agency mission or a private one. Though the Polaris Dawn mission is much shorter than a typical astronaut rotation on the International Space Station, at five days rather than six months or more, that still provides an opportunity for a different type of research.

If you want to look into the long-term effects of spaceflight on health, such as loss of muscle and bone mass, then you need a longer-duration mission. But with certain effects of spaceflight, the body adjusts to a baseline within a few days or a few hours, and these are ideal research topics for short missions.

Astronauts can experience space motion sickness when they enter or leave a microgravity environment, and it’s not yet known why some people suffer from this more than others, especially in the first few days of spaceflight.

While being space sick seems like more of an annoyance than a major problem, Wu points out that being impaired immediately following a launch or landing event could be a big issue.

“You go to the Moon. There’s no welcoming committee to take care of you when you land,” he said. “What would happen if there was some sort of mishap during landing, and you had to get out? Are you going to be able to functionally do that if you’ve lost your orientation and sense of up and down?”

Another key area of health research is the relationship between different factors in spaceflight and how they affect each other. It’s not just about understanding the effects of either microgravity or radiation exposure or isolation and confinement — it’s about understanding the cumulative stresses on the body that going to space entails.

Photo by Polaris Program / AFP via Getty Images
US mission Commander Jared Isaacman (L) and US mission pilot Scott Poteet (R) in the manned Polaris Dawn mission’s “Dragon” capsule after it splashed down.

The breadth of humanity

While proponents of space tourism argue that it is increasing access to space, even democratizing space access, that can be hard to swallow when the only people going to space are billionaires like Isaacman and their friends.

However, it’s also true that the astronauts who currently fly on space agency missions are not representative of the general public. Some of that is necessary — it’s only sensible to select astronauts who are healthy enough to withstand the physical challenges of spaceflight — and some of it is a legacy of racism, sexism, and who is perceived to be worthy of becoming an astronaut.

Efforts to diversify international astronaut corps are underway, and the European Space Agency recently selected its first disabled astronaut for training. But still, the people flying on space agency missions are a very limited slice of the human population, and so the only data we have on spaceflight health outcomes are related to this small group.

“I think it’s really important to understand the breadth of humanity so that we can understand the full spectrum of how humanity would perform in space flight, not just the folks who were our early pioneers,” Wu said.

Though commercial astronauts to date have been primarily, although not exclusively, white men, they have represented a wider range of ages and backgrounds than is typical for professional astronauts. And future commercial missions could help widen the pool of data on human health in space. The Polaris Dawn crew consists of an equal balance of men and women, for example, allowing for comparisons between genders.

TRISH is setting up a database that will collect biomedical data from both Polaris Dawn and future commercial space missions. The aim is to collect data from a wider range of people, not just highly trained, young astronauts with no medical conditions, to see how people with preexisting conditions like diabetes or cardiovascular disease fare on space missions.

“We have got to start collecting that data because we don’t know how these [conditions] would behave in space,” Wu explained.

Photo by Joe Raedle / Getty Images
SpaceX’s Polaris Dawn Falcon 9 rocket blasts off from Launch Complex 39A of NASA’s Kennedy Space Center on September 10th.

An impact on Earth

One experiment on the Polaris Dawn mission that could have an outsize impact is something that seems, on the face of it, quite simple: testing out a miniaturized ultrasound scanner that the crew can use to scan themselves and collect medical data. The researchers are looking at not only the performance of the device but also the best way to train the crew on its use.

Although adapting hardware for space comes with its own challenges, the preparation for using a handheld medical scanner, particularly for people who aren’t trained medical professionals, is about education and procedure.

“There’s a line of research around that: how do we provide pre-flight training before they go on the mission, so they can at least understand some fundamentals?” Wu explained. “And then, can we provide just-in-time training? So as they’re preparing for the actual activity, can you give them a refresher?”

Finding the best way to teach nonmedical professionals to use diagnostic devices, and making those devices as small and robust as possible, turns out to not only be useful in space. It could also be invaluable here on Earth, such as in rural settings or a region where people don’t have access to doctors.

“We talk about the concepts of health equity and being able to serve underserved low resource environments,” Wu said. “If you can keep someone healthy in the remoteness of space, you should be able to do that anywhere on Earth.”

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Photo by Amelia Holowaty Krales / The Verge

Apple’s new sleep apnea detection feature has received clearance from the Food and Drug Administration — and Watch Series 9 or Watch Ultra 2 owners can use it starting today.
Sleep apnea is a disorder that causes people to suddenly stop breathing during sleep. The new feature, which is rolling out as part of the watchOS 11 update, will use the Apple Watch’s accelerometer to detect small wrist movements linked with breathing disturbances during sleep. Apple will then use this information to alert users of possible moderate to severe sleep apnea.

Image: Apple

You can find and track the new “breathing disturbances” metric in the Health app, where you can also download data to share it with a doctor. Apple says its sleep apnea notification algorithm was developed with “advanced machine learning and an extensive data set of clinical-grade sleep apnea tests.”
Samsung’s Galaxy Watch also got FDA authorization for its sleep apnea feature earlier this year. Apple will also roll out sleep apnea detection to the forthcoming Watch Series 10 and plans on making the feature available in over 150 countries and regions.

Photo by Amelia Holowaty Krales / The Verge

Apple’s new sleep apnea detection feature has received clearance from the Food and Drug Administration — and Watch Series 9 or Watch Ultra 2 owners can use it starting today.

Sleep apnea is a disorder that causes people to suddenly stop breathing during sleep. The new feature, which is rolling out as part of the watchOS 11 update, will use the Apple Watch’s accelerometer to detect small wrist movements linked with breathing disturbances during sleep. Apple will then use this information to alert users of possible moderate to severe sleep apnea.

Image: Apple

You can find and track the new “breathing disturbances” metric in the Health app, where you can also download data to share it with a doctor. Apple says its sleep apnea notification algorithm was developed with “advanced machine learning and an extensive data set of clinical-grade sleep apnea tests.”

Samsung’s Galaxy Watch also got FDA authorization for its sleep apnea feature earlier this year. Apple will also roll out sleep apnea detection to the forthcoming Watch Series 10 and plans on making the feature available in over 150 countries and regions.

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Photo illustration by The Verge / Photo: Royal Philips

Lightbulbs and electronics defined a century of Royal Philips. Can AI and healthcare define its next era? Today, I’m talking with Roy Jakobs. He’s the CEO of Royal Philips, which makes medical devices ranging from MRI machines to ventilators. Philips has a long history — the company began in the late 19th century as a lightbulb manufacturer, and over the 100 years or so, it’s grown and shrunk in various ways. The famous lightbulb business was spun out into a separate company called Signify in 2018, which now makes and sells Philips-branded lightbulbs like the popular Hue line.
There’s an incredible history of this sort of thing at Philips, which has had a hand in basically every part of the electronics business you can think of. This is the company that invented the cassette tape and helped to invent the CD with Sony. It’s made everything from radios to generators to electric shavers. It was even a founding investor in TSMC, which now dominates chip manufacturing — but it sold that stake in 2008 while also spinning off its own semiconductor business into what is now the very successful NXP.

Basically, while every other company has been trying to get bigger, Philips has been paring itself down to a tight focus on healthcare. Roy and I talked about that, and why that market is worth the focus, and whether European companies have a different attitude toward size than American companies. And, of course, we talked about AI — Philips makes complex diagnostic tools like MRI and ultrasound machines, and there’s a lot of interest in having AI help find medical issues earlier than ever. But I wanted to know how that actually works and what it takes to not only develop these systems, but also put them in place with doctors and hospitals around the world.
Roy and I also talked about a serious ongoing controversy at Philips that he had a part in: in 2021, after years of consumer complaints, Philips was made to recall millions of its breathing machines, including home-use CPAP machines and hospital ventilators, because the foam used in them was deteriorating and being breathed in by users, causing serious health issues. Those ventilators were eventually tied to more than 500 deaths, according to the FDA.
The old CEO stepped down in 2022, amid the scandal, and Roy got the CEO nod. He immediately started a massive restructuring plan to rescue the company in crisis, including several waves of planned layoffs. But although Roy wasn’t in the top job, he was with Philips throughout the entire decade the faulty machines were being sold. There’s reporting and court filings showing that Roy himself was involved in the decision to keep selling the defective machines, even though Philips had received at least 3,700 consumer complaints during the 11-year period leading up to the recall.
That’s a pretty big decision, with literal life-or-death consequences, and you’ll hear us talk about it in detail. It’s not a comfortable topic, and Roy and I went back and forth on the nuances of how he made the choices he did — as well as whether the resulting FDA and DOJ scrutiny has changed how he makes decisions.
This was a fascinating and, at times, tense conversation, and I’m glad we had the opportunity to talk about this part of Philips’ history in depth.
Okay, Royal Philips CEO Roy Jakobs. Here we go.

This transcript has been lightly edited for length and clarity.
Roy Jakobs, you’re the CEO of Royal Philips. Welcome to Decoder.
Great to be here. Thank you for having me.
I’m very excited to talk to you. You have made a lot of very complicated, very high-stakes decisions as you’ve begun the process of changing Philips over the past few years. I want to ask about a lot of them.
Let’s start at the very start, though: Philips is a very old company. It’s had multiple identities. It has had multiple lines of business. It’s spun out some very famous businesses. You’re trying to change it, refocus it. What would you say Philips is today?
Philips is a health technology company. At heart, it’s an innovation company. What we are good at is solving problems in the world based upon our deep technology insights and capabilities, and over the recent years, we looked at which challenges the world’s dealing with we would be best catered for to support.
Healthcare is an area of major challenge, significant increase in demand. The amount of patients keeps growing, patients are getting more chronic diseases, and they also age longer. So, the world and every country has to deal with a big demand for healthcare. At the same time, we see a big tension as there are just not enough people to take care of these patients.
There’s a tension area that innovation technology can really help in. And that’s actually where we have said we will put our innovation capability at Philips to work, to, in essence, provide more and better care to the world.
There are a lot of opportunities there. There’s a lot of reasons to innovate there. One of the things that strikes me about Philips in particular is that it used to be a giant conglomerate, a 1980s-style conglomerate that was innovating across multiple lines of business.
You’ve been there a long time. You’ve watched the company restructure; probably Decoder listeners most famously associate Philips with Hue light bulbs. That was the lighting division that got spun out into a company called Signify. You were there when that happened. Walk me through some of this process of taking the big conglomerate and turning it into lots of little pieces. Because here in the United States, mostly what we see is conglomerates getting bigger. Walk me through going through that process in reverse.
It goes back to very much at the heart of who Philips is, right? We are a 133-year-old — or young — company, depending on how you look at it. And the way we have managed to stay relevant over all that time is indeed continuously also reinventing yourself where you can apply and deploy your resources in the best possible way to create value.
And whilst we originate indeed from being a lighting company, having specific innovation capabilities about bringing light to people in their homes and then, from that, the understanding that you have going into radio, going into television, but also going into healthcare already in the 1920s, we indeed grew to becoming a conglomerate in the ‘80s, ‘90s, early 2000s.
But what was also becoming clear in the current world is that developments are going so fast in all these segments that — from a need to serve them well, as well as from a company perspective how you need to focus your resources to drive the biggest impact — there was a need to focus more.
Actually, we were too fragmented in where we were playing, and all had distinct investment needs. All had very fast, rapid environments accelerated with the digital transformation. And then actually, you saw that you want to be successful, and therefore, you better focus on a specific domain. And that actually made us come to the choice of focusing on healthcare because we feel we can make a difference there. It’s a relevant domain, which we have been playing in for a hundred years, but now we are going to dedicate all of our focus there.
We will not look at it through a traditional lens of healthcare being only taking care of sick people. We said we also will keep the trust of self-care. So, actually, we are still active in the home because we believe over time — and actually to load balance healthcare better — you need to start to take care of people in the home more. How can they take care of themselves? If they then are in need of either measurement or diagnosis or an intervention, we can support them along that patient journey.
I have a lot of questions about that because so many tech companies see that as an opportunity, see that as a market. I just want to stay on the structure for one more turn. A lot of what I hear about when I talk to executives at companies that are going through M&A or trying to buy something is that in the market today, what you need is scale. Scale to go by computing capacity from a cloud provider, scale to go by chip manufacturing capacity from one of the fabs, scale to go into market internationally because you can only hire so many software developers. Scale, scale, scale.
You’re describing focus, which is often the opposite of scale: “We’re going to take these companies, we’re going to pull them apart, and we’re going to have overlapping functions, all the way overlapping functions, different companies.” Where does that push come from? Where does the tipping point come from, where you say, “Instead of what we need is scale and efficiency, we actually need focus,” even if that comes with having literally the overlapping capabilities of two different companies?
When I mentioned focus, as we discussed, we were a conglomerate that actually was developing technology that we were using to be successful in electronics, in chips, in healthcare, in lighting. Those are big different segments.
So, when I mentioned we decided to focus, we said, “Okay, we choose one of those, which are in themselves big enough, so the healthcare segment that we look at is a $100 billion market segment.” So, it’s really sizable, it’s growing, and it has a distinct need where innovation needs to come to bear to actually help it function better.
And then, you say within that space, “Actually, I do need to play at scale.” And one of the changes that I made when I became CEO actually is going after the fragmentation by saying, “When we innovate and the domains we play within healthcare, we need to be able to play at scale.”
So, actually, I’ve been stopping projects. I’ve been also stopping certain businesses to actually double down on the most attractive areas but also in the areas where I believe we have the right to win and to scale. So, we focus on healthcare. Within healthcare, it’s still a very big space. We make choices that, in the areas that we kind of are playing in, we scale.
Let me give you an example: Informatics. Healthcare informatics is a very important space but is a very large space as well. So, when we look at where we can provide a meaningful difference is in clinical informatics. So, we are the number one healthcare informatics player in the clinical layer.
If you think about needing imaging as an inpatient, we are the number one player in image systems and in the system that actually acquires the images, then disseminates them and puts AI and insights on top. The same in monitoring, where actually when you need to measure patients; we are the number one in monitoring.
And actually, we do that with a very significant software capability, AI capability, to actually measure patients, pull the data together, and then actually get the insights out of the data to actually serve these patients but, in particular, also serve the health system in a better way by actually giving them meaningful data and don’t overwhelm them with a massive load of data.
So, there is this combination, which is, I think, leading us, which is both focus as well playing at scale. And scale, you can also really translate into thresholds. You can say, “Okay, I’m not going to go after business if the opportunity is not under or above $500 million or $1 billion or $100 million,” right? Philips is playing in 100 countries, but not every country is equally important.
Also there, in terms of focus, you’re going to say, “Okay, I’m going to make certain choices. Where can I deploy and support the system best in terms of allocating my resources?” So, that’s something that I very much hold at heart that I want to do things well. And if you want to do them well also with quality at heart, you need to make certain choices.
You’re describing a pretty significant set of changes and how you think about focus, how you operate the company. As you’ve mentioned, Philips is a very old company. The logo for Philips is still on other parts of the company that spun off. The light bulbs still have the logo on them. How do you convince other people, consumers, healthcare professionals, patients that the Philips you’re describing today is actually Philips without all of the history and all the interconnected signifiers [with] that logo being everywhere?
I find that the brand that we carry, which has been loaded and built over 133 years, is a tremendous valuable asset. Because ultimately, what people remember is the experience they had with a brand. And yes, that could be in lighting, that could be in radio, that could be in television, but over time, you stay relevant if you build trust in a brand. So, people have a certain connotation.
Now, what Philips stands for at the highest level is technology and innovation. So, people remember what innovation they use, that’s actually what Philips means to them. So, if you grew up and you got your first CD player or your first radio or you got your first MRI scan under a Philips brand, that’s something that sticks with you. And actually, the fact that we are still using it across segments even when we spin out companies actually still gives that umbrella of the brand and what we stand for a clear meaning.
And we make sure that users of our brand of course take at heart what the brands need to stand for. So, if they continue to carry our brand, it has to stay for innovation. It has to kind of represent innovation. It has to be with quality. So, there are clear rules upon which you can use it. And I will give you an example in healthcare how that actually really differentiates us.
So, healthcare predominantly still is also being provided for within hospital walls, but there’s a big growth area, which is ambulatory care, where actually people want to consume healthcare outside of hospital. Now, there’s a player in the US, Prenuvo, who is going into the space of ambulatory imaging in particular. This is an imaging example.
They have selected Philips as their sole provider because they know that the segment they serve, the people they serve, actually trust the brand. So, when they have an ambulatory kind of imaging center somewhere outside in a place in the US, they actually, by putting our brand there, get a recognition of a trusted place where people go into to get diagnosed. And they also get an experience that is in line with what they expect a Philips brand experience is about.
So, they know that actually it’s not only great technology, the best diagnosis, but also the ambience that we provide for is really taken care of, that is the best possible experience. So, there is indeed lighting when you come in that actually gives it a different feeling, right? You have the newer experience. We think about the use case of minimizing the time to go through a scan because we know it’s not a pleasant experience. So, we actually develop AI that increases the speed of a scan by three times, right?
So, they use the MRI, but they use the MRI with our smart speed AI functionality so they can reduce the time that the patient has to go through the scanning. And those are elements actually that we carry from the different experiences that we hold. So, actually, the brand is really a differentiator, but also what it then delivers because that is what people remember.
I have a very dumb question. When you approve the purchase order for light bulbs across all of your facilities, do you only buy Philips light bulbs from Signify?
Of course, we have the preferential purchase for Signify because that’s, of course, where we originate from. Not always they will have all light bulbs. So, I don’t believe in the world of sole provisioning. That’s also building a hook for why, in the healthcare delivery, we build products that are catered to an open ecosystem.
We are unique. Again, going back to informatics, many of the challenges in informatics, and especially for the users in dealing with informatics and informatics systems, come from the fact that they are closed systems or proprietary systems. And that means that if a hospital uses five different informatics systems, they need to jump from monitor to monitor.
And actually, that’s not seamless. And actually, an environment that we want to provide and we are truly leading in that is we provide a multivendor experience, which means that we are open to orders to hook up to our system so that the user, the nurse, or the doctor can look at one screen instead of looking at seven screens that are on their desk.
I go very regularly to hospitals, and I must say it’s really sometimes astonishing what the nurses, the doctors, technicians still have to deal with. In Germany, they still use faxes as a common kind of communication method. In the US, in some hospitals, you will see that in an imaging room, they have five different screens, or in a monitoring ICU center, they look at a whole area of different kind of functionality they need to monitor.
We need to help them actually to do their job in a simpler way because they want to spend their time, not on five different systems — they want to spend their time on caring for the patient, on doing the best intervention and actually making the best diagnosis. And therefore, when we think about what they experience and how we can help thinking in an open manner, connecting the different systems, making it easy to work with is something that actually we really put a lot of focus on.
You’re halfway into a pretty ambitious three-year restructuring project that you announced. As part of that, you have done or you have planned 10,000 layoffs. There’s a lot of restructuring. What is the end goal? What structure do you want Royal Philips to be in?
Yeah, I think what was important when I started, and looking also at how can we increase our impact, because I really took the impact lens, I said, “We need to adapt to an environment which is very volatile, which actually requires more agility, which also is under pressure because if you look to our customers, they’re under pressure from resources, affordability. So, we need to be lean.”
If you run a big ship like Philips, you need to be clear who is doing what and especially clarify better what the accountabilities are. So, when I came out with my plan for Philips to create a sustainable impact, I said, “From a structure perspective, I want to go to a simplified operating model.” And I made a few important interventions.
First, I said whilst we were coming from a matrix in which we had businesses making products, region-selling products, and functions giving specific functional expertise like quality or innovation or finance, they had a divide and conquer about who was doing what, and we had a joint P&L. I said, “I put businesses in the lead, and the businesses take care of serving a specific segment.”
So, if we are in the segment of monitoring, the business has the full P&L accountability. We are bringing the functions into the business. We lean out the total organization so that there are less handover points or you are more agile. At the same time, you make sure that you simplify the process so that people can work in a faster and better way.
So, you go to a leaner structure, and then as a result, also you make sure that you do it with fewer roles. So, the 10,000 roles that we used was a very tough measure because, of course, these are all dear colleagues that have been working with great passion for the cause of Philips and for betterment of healthcare, but actually to make the company future fit, this was a necessary intervention. And by now, we have reduced 9,000 of those roles already.
But at the same time, what you see, which, for me, is an important proof point of, “Okay, we can move on that,” is that the engagement in the company in the last 12 months has gone up by eight percentage points. And we now have an engagement score of 78 percent versus a global norm of 80.
That’s an employee engagement score?
That’s an employee engagement score. So, we have asked them, “Okay, do you feel Philips is strategically set up to win?” Philips actually allows you to work in a way that is kind of enabling you to do your job well. Philips is taking care of patient safety and quality.
So, the typical engagement questions: Do you like working in this company? Do you feel engaged, motivated? That’s, for me, the simple translation of it. And actually, what we see is a massive lift because the thing I also did when I got into the chair of the CEO, I first reached out to the whole organization.
And I ask three simple questions. One was, “What do you want to double down on?” Ask Philips, “What do you think I should do?” Secondly, “What do you think I should significantly improve or act upon?” And thirdly, “What do I need to know [that] I don’t know?” Three questions. I got a lot of input.
One of the clear inputs was, “Please make clear who’s accountable. Make sure we simplify the matrix and help us make faster decisions in a more agile way.” So, I got that input, and then I said, “Okay, my way of getting there is changing this organization, going through a tough reorg, but at the end, you will get the benefit ,which is actually you can work more effectively.” Yes, also more efficiently for the company which is, of course, a great benefit as well to support margin improvement and better profitability.
But actually, it had a really dual effect. And therefore, the engagement that actually went up was also the result of it because people see it working better. And of course, there’s betterment to come, so we are halfway to plan. We still have more to do, but there’s clear evidence and also a voice of our employees that says, “We are on the right track. We actually see that in increased engagement, as well as increased margin, as well as growth that comes back and the execution on the plan that we are ahead of, even in the role reduction which was very tough and we did it in a very short amount of time.”
You’re describing going from what sounds like a very complicated matrix model to a pretty classic divisional model, right? You’re going to have P&Ls. You’re going to have segments. You’re going to let people run. There might be some overlapping functions and sales or marketing or whatever inside those divisions.
That’s a big change. I talk to a lot of Silicon Valley CEOs on the show, and they’re all in functional structures. Everything rolls up to them. Apple[is famously the most functionally organized company in the world. What are the benefits to you of being in that divisional structure? That is the big change. I’m not sure it’s the same kind of structure that everyone else is in, but it seems like it’s working for you.
Yeah, it’s working for us. I think for me, you design your operating model or your organization to serve your customers in the best possible way because that will make you successful. So, when thinking about that and being an innovation company, I thought about how can you make sure that you deliver the most relevant innovations for the different segments that you serve?
And monitoring is a very different segment than imaging, interventional therapy, or personal health. So that’s why I said, okay, I strongly believe that actually we want to organize for delivering the best service and innovations to those segments by building the end-to-end core structure of a company, the processes, and the divisional structure around that — so businesses in the lead. That has been my prevailing design principle to get the company into the shape.
And if you look to healthcare, actually you see this is also a model which is practiced more because actually, you see that people are kind of okay to do the specific needs of those segments that you need to be very close to, to innovate. And I’ll give you an example. If you want to know how you need to deliver a next bedside monitor or a next kind of software product, you need to be very deeply embedded in the work process of a doctor or of a nurse.
And that’s different for the different disease areas. That’s different for the different parts of the organization of hospitals. So, actually, we reflect, in part, our customers. Because when we sell our monitors, we will talk to the chief nurse or the CIO of a healthcare institution. If we sell our imaging equipment, we will talk to the head of radiology and also the informatics department because it, of course, is kind of digitizing very fast.
If you talk about interventional, we will talk to the cardiologist or the neurologist or the kind of interventional neurologist or cardiologist, right? So, you cater to the specific audiences, and then you say, “Okay, what do we need to do to serve them best?” And they also have different not only innovation needs but also different supply chain needs, different fulfillment models, different business models.
So, that’s why, to really be specific to them, we organize it but still do it in a lean way and make sure that, of course, you also learn as a company. And that’s where we have also enabling functions like HR, finance, quality and patient safety, clinical that are at the lean structure guiding the full company. But real day to day, you want to ensure that is as close as possible to the customer segment.
Even in Philips for a long time, you obviously worked inside of that complicated matrix structure. Was it just like a huge relief when you got to say, “Look, we just need to be divisions”?
I think it’s one of, of course, insights that I had from personal experience that I did believe it could work better in a different way. I’ve also worked in other companies, so I’ve not only worked in Philips. So, I’ve also experienced this in different ways, and that also helped me build the belief.
But moreover, it was also kind of, “How do you look at the company and the culture to make that work best?” Because I think as much as changing a model, it’s all about changing and having the people and culture focus. Because the things that actually make a model work, it’s not the structure, it’s not the process — it’s the people. As a technology company, you need to be even more people-centric is my view.
So, I’ve been focusing very much on one hand, yes, we need to have the right operating model structure to simplify the processes, but actually, I put the people back at the core of Philips. It is all about the people. We need to understand the people that we serve better — our patients, our consumers — and we need to have the best people actually to serve them and then also a culture of impact with care, as I defined it, to actually make sure that how we work together is all focused on delivering that kind of better care and more care.
These are all big decisions. How do you make decisions? What’s your framework?
So, first, I don’t believe that I have the ultimate wisdom, and that’s a very important starting position. So, when I make a decision, I make sure I am well-informed — so making sure that you understand the context that you operate very well. I make sure that I get the latest information on technology trends where I talk to customers, to governments, to peers in the industry to ensure that actually I understand the context and how it’s moving and where it’s moving.
Secondly, I surround myself with a team that is diverse. I have a personal health leader, Singaporean, living in Asia, giving different perspectives to me. I have an experienced best safety quality leader in the US kind of coming out of that domain, giving me the insights. So, I make sure that I get insights from a strong team because I know I can be only as strong as my team is.
And then, I make sure also that I get pushback and make sure that from a board perspective, from even external people, you make sure that you stress test your own assumptions so that when you go, you are kind of clear that it’s the right track. I also don’t believe that there’s always the right decision, but it’s more important to move than to kind of wait to get to the perfect decision. So, that’s another part of my frame of mind that: A, I don’t know it all; B, it’s important to move at a certain point if you have enough of the information.
And then, actually, it’s important that you are very clear what the decision entails and how you’re going to implement it. Because clarity is so important in organization, especially organization of size, that half the importance of decision making is how you communicate decisions that you have been making.
Let’s put this into practice. Philips is currently in litigation over 15 million defective sleep apnea machines and ventilators. The FDA says that led to over 500 deaths. You’re under a consent decree in the United States. You have to stop selling those products. You have to give up some of your revenue on the products you are allowed to keep selling. There’s compliance for five years with inspectors and regulators.
There’s evidence presented in court as part of this litigation that says even as questions arose about these products, you said Philips could keep selling them. How did you make that decision?
Ultimately, we are a company that serves the betterment of healthcare. So, the ultimate perspective that you always need to have is kind of where the impact is on the customers that you serve, whether it’s patients, whether it’s nurses, doctors. And that means when you are in the healthcare space, you always need to be careful and put patient safety and quality as your first priority in your decision making. That’s also what I’ve put forward, and that’s very clear across the company as our guiding principle.
But also, there’s not always a black and white. And in healthcare in particular, a doctor has to deal every day with his decisions where he needs to make tradeoffs between the risk and the benefit because you don’t have a complete session. So, for me, it’s always you make sure you have the best possible information, fact-based, validated by external / internal, and then actually you move. And that holds true for the decision to change the operating model, that holds true for the decision of doing the right thing in quality. Then, of course, you make sure that you are really guided by the experts.
So, on patient safety and quality, the first thing that I did when I came into my role was put a new patient safety and quality leader in my executive team at the executive table, experienced with dealing with these kind of challenges, helping us to get better at it, dealing with some of those dilemmas, working effectively through these kind of cases and through the recall, and then — together with, of course, the executive team — making sure that we take a holistic view on what we need to do when we address this.
So, make sure you have the expertise; it’s validated and tested by facts. It’s made robust by an external kind of perspective. And then, you make decisions that you believe are the best at that point in time. And then you move. I think that, for me, is important in order to keep a company going but also to keep delivering the services and the products that you need to deliver.
So, here, the decision was to keep selling the machines. Was that the right decision?
Yes. And let me be specific. So, in this case, it was not about selling the machines — it was kind of providing the service. And when we understood that there was potential harm, we took an immediate decision and we went into a voluntary recall. That was a big decision because indeed, you look at the patients first. Secondly, you then look at how you kind of go into that recall. So, we had to replace $5 million devices, which we did and we completed.
But that decision you can only take if you have the full information that actually allows you to take that step. So, before we went to the market, we had the evidence. And actually, I can also say now that when we did two more years of testing, what we have shown, and actually what is demonstrated, is that no appreciable harm was done by using those kinds of products that we continue to deliver to the market.
So, actually, the decision proved right from a perspective that actually there was no patient risk or safety involved. But we did have a product that actually did have degrading foam, and therefore, we replaced it, which I think was the ultimate decision to say we go into recall and replace it. So, it was a tough decision, a very challenging matter, but we did the right thing, and that actually is something that we now also take as a learning into what it is that you do in these kinds of cases, and you make that a learning organization from a patient safety and quality perspective.
As I said, I put patient safety and quality at the executive table. In the culture of impact with care, I’ve been very clear, and from my day one, I’ve been very clear that patient safety and quality is my number one priority. And not only by words, but actually then also putting the right people and capabilities because I believe it really starts with that building and processing system that actually really takes us always at heart.
And as you have seen as well, we made a lot of progress in the journey. We also concluded certain steps. But we still have more to do and more to learn. And I think it’s as important to be open to that and then you keep on this improvement journey across many fronts, including patient safety and quality.
I hear what you’re saying, but you don’t sell safe machines that end up with one of the most intense FDA consent decrees in recent years that has overlapping audit periods and five-year design reviews. There’s a lot there that suggests the FDA doesn’t agree with you.
You’ve agreed to this, right? You’ve agreed to compliance and monitoring. You’ve agreed to take the profits from the machines you are selling and turn them over to the United States government for the period until you’re in compliance. What is that disconnect? I think I’m missing something.
Yes, because there’s a distinct difference between we have delivered safe products to the market, but what the FDA acted on is the processes to deliver these products were not followed as per the standards that the FDA would like us to follow. So, there were deviations found in the process that was coming out of the engagement with the FDA.
We acknowledged. We said we can do things better. And that is delivering with quality all the time. That is adhering to these processes. And that’s what also a consent decree is governing. So, a consent decree is governing, “Okay, please look at your designs again. Make sure that you deliver the best products and continue to do so.”
But the FDA has also not said that we have not delivered safe products to the market. They’ve asked us questions on testing, which we have fulfilled. And as I said, the testing has demonstrated that actually we have been delivering safe and effective products.
So, for me, there’s a difference between patient safety in this case and the learning and the need to improve how we actually run and process, how we adhere to that, and how we fully fulfill the needs and that are required by the regulator. And there, we agreed to go into this trajectory where we are fully committed. I’m fully committed. The whole company is fully committed to take patient safety and quality to a different level, including doing it specifically for the case of the sleep and respiratory care business where this consent decree then was coming into place.
Have you changed your decision-making framework at all having gone through this experience?
I think you learn through this experience, for sure. I think the learning, in terms of progressive insight along the journey, is something that is really important — how to deal with that in the best possible way. Because as I said, when we started, for example, the recall versus where we’re now is a completely different perspective from also insights.
And that means even that actually, if you look at it now, yeah, would you have done things differently? Yes. We might even have done the recall differently. We might have established the process differently in terms of making sure that we could replace them in the best possible way and the fastest possible way. We went all out to kind of ramp up, and it was a very challenging period, but they’re still learning in terms of “how can you do that better with more supply?”
Take an example: can you have a flexible supply chain where you have multiple suppliers instead of a single source? Single source makes you dependent on fewer suppliers; then, it’s harder to scale up, and therefore, it was harder for us to go with the fastest track that was kind of there, although we already kind of quadrupled our production. And so, those are things.
The other learning and decision-making is also even being more rigorous in terms of any assessment that’s out there that’s on the verge of patient safety and quality; get all the voices on the table included. And one other decision that I took going to innovation is that the way we innovate needs to change. And I said we move from a sequential innovation approach to an integral innovation approach.
And what I mean [by] that very practically is that when we were innovating, we had a technology group that was coming with the greatest technology. And they would give it to a business and a product group in a business that said, “Okay, you turn this technology into a product.” And then actually, that group gave it to the manufacturing team and said, “Now, you need to make sure we can produce this unit.” And then the manufacturing team was giving it to the supply team, and the supply team would say, “Okay, now you make sure we can distribute it.” And then they were giving it to the sales team and said, “And now you sell it.”
So, this was a sequential approach, and then you had this matrix where it was divided up. That’s where for me at the heart of the decision was no, we need to get these teams talking from the first moment you go through the process and do it together. So, then, you put manufacturing supply chain, sales, engineering, and R&D in one team. That’s the business team.
So, this change in accountability was very much at the heart of taking the learnings from getting into this and saying, “How can we change this?” It’s changing at heart how we drive innovation because that’s the core of what we do. And then if you do that within a coach, or it’s very clear that patient safety and quality is the first priority, that you then have the right people with the right competences to also ensure that that’s being delivered, then you get to a holistic approach where you have changed the way you do innovation, you put the right frame culturally around it, and then you kind of put the right people on it. And then you can go on this improvement journey.
Because, as you also know, you don’t change a company from one to the other day in full, right? There are steps you need to take. And that’s kind of the journey that we have been going on. We have seen, and you have seen, that we are very serious about it. We have been delivering our commitments. We are halfway through the plan, so we are also, for sure, not there yet. There’s much more to do and to come.
But we made demonstrable progress. The company is growing again. We have closed certain chapters of the recall, which were very important, including, first of all, giving the patients the new devices, getting to the consent decree, getting the litigation in the US behind us, focusing on innovation again of all the other parts of Philips because we came also out of covid with a lot of supply challenges. And then you have these poor healthcare systems that already are challenged and then also are still waiting for products from the suppliers because there were just not enough of them.
Now, that’s something we also focus a lot on. So, next to patient safety, we’ve made a lot of progress on supply chain improvements so that, actually, we are now currently fully in line with the lead times to the market, and we can fulfill them when they need it and then actually doing it in agile way so we are better and responsive to what they need.
Let me bring this all the way down to the ground. We’ve talked about restructuring the company into divisions so you can be closer to your customers, you can better understand who you’re selling to, what they need, what their processes are.
In this case, very specifically, what you had was thousands of complaints over a decade from consumers saying there’s sticky stuff in their breathing machines, and that wasn’t acted on until quite some time later. Will your new structure make you more responsive to consumers who are filing complaints?
Yes. So, if you go to some specific areas — and again, complaints management is an important one — I’ve been very clear in the culture, it’s all about speaking up, acting fast when we see things happening, which means that if there are complaints coming in, catch them early, address them quickly, and deal with them rigorously.
Now, that is the journey that we’re on, and that’s actually the improvement that we are also seeing. So, we had a significant amount of complaints coming in. That was the learning: how do you deal with that in a systemic way, in a different way? So, that’s one of the concrete examples where we will see complaints come down.
We also see it already in business units, and we have been working on that: how can we bring these parts down? But also, I always say there’s part of “you have a structure out there of products that are serving the market that you need to act fast on,” and then there is “what is that you bring out new as innovation and you make sure that actually that has the highest standard?”
So, you work on two parts. One is “what is it that you need to address and deal with from the past and actually make sure that you act on that very fast in the right way,” and then, “make sure that the first time, you actually design the products for the future in the way that they are safe, adequate, effective, and really deliver more and better care.”
This is a hard and challenging problem with something as mechanical as a respirator or a sleep apnea machine where you can see the problem. You might even be able to hear the problem, right? We’ve talked a lot about what you’re doing next, and a lot of it is software. It’s connected services in the home. It’s synthesizing a bunch of data to help make diagnoses faster. It’s the use of AI. It is vastly harder for anyone to see the problems in software. How are you thinking about that risk and measuring that risk?
I think software has, first of all, a lot of benefits to give and to offer to healthcare. So, I’m very excited about what software can do and what AI can do. But with any technology, you need to make sure that it’s being used in an appropriate manner. So testing, validating, making sure that you have the feedback loops is critically important.
So, one of the reasons why actually I stepped into the National Academy of Medicine initiative where it’s about developing a code of conduct for responsible use of AI in healthcare because we want to be ahead of it, and we want to think through what are the different parts that you need to address to make sure that AI is applied in the right way.
And thinking about a few areas: First of all, you need to be very clear on what problem is it solving so that you can be specific around what you measure in terms of how effectively it does it. So, the testing validation methods around that need to be adequate for software testing and evolution.
Secondly, you need to kind of decide which software is very important, what is the data that you use that they’re representative of, that they make sure that they deliver the right outcome. And for example, ethical healthcare, you need to make sure that you make it right for the right patient, for the right patient group. So, that’s another angle that you can look at.
And then also, you look at,, I would say, if you can start with the lower risk areas. There’s a lot of routine tasks in healthcare that you can address. Let me give an example. A nurse spends on average 20 minutes an hour doing admin tasks, meaning they need to write down certain measurements, they need to transfer data from one system to another.
Actually, AI can really help in doing that faster but also even more accurately because, of course, if you have manual labor, there’s also a risk error that goes to that. So actually there, you can really improve and lower the risk profile.
If you go closer to, especially, interventions, you want to make sure that the decision support you provide is at the highest tested level of security and patient safety. Next to that, the doctors will make the ultimate decision. So, it’s a decision-making and support tool, but you need to make sure it’s tested very well. So, also, therefore, qualify what are different use cases and, therefore, what kind of risk they have and, therefore, what robustness do they need to have in the process of delivering a solution for it is very important.
And then last but not least, of course, you develop it together with the practice. So, you never do it in isolation. That’s very important. So, you’re very close to the clinical practice. So, all AI that we develop is developed together with providers. We use patient datasets that are jointly worked at so that actually, you don’t only look at it from your perspective but also from others so that you have the multiple size principle that when you bring something out, to the best of your abilities, you have made sure that you deliver effective products.
Now, you still need to be alert because there’s no perfect world, things can happen, problems will arise. And then again, you come back to what mechanisms do you put in place to actually capture that faster and better. And there actually, AI, we are also adopting and using in dealing with complaint management. Because generative AI, of course, a lot of complaints come in also in text; they are descriptive.
And actually, you can also use technology to make sure that actually you interpret it better, faster. So, you complement, again, the kind of human element of it by also using the late technology to actually process some of these in a better and more accurate manner.
One of the pieces of the puzzle there is the actual core AI technology you’re using. So, maybe for complaint management, you have an LLM, AI that’s doing whatever it’s doing there to manage texts. Maybe that’s what you’re using for informatics for nurses. In imaging, which is where a lot of the promise of AI in healthcare lies, you might be using a different model.
Are you partnering with outside companies to build those models? Are you training your own foundation models? How does that work for you?
We are doing both. So, we use models from partners. A concrete example: we have a strong development partnership with AWS where actually we are looking into imaging, as you mentioned. For example, the image acquisition system, the PACS, needs to be taken to the cloud.
That’s an effort that actually we both are looking into — from our own perspective and from their perspective — how we can best support that. What are the models that actually can help do so? So, that’s one of the example cases that is out there.
We also use some of the models and then train, on our own data, the model to make it specific for a clinical application area. So, [to] give the example, when we wanted to develop the SmartSpeed, making an MRI to scan faster (in essence, three times faster), that’s something that you do with your own data. So, you use a base model. Then, you’re going to train it based upon your own data.
And actually, we did it with a provider, a specific provider in the Netherlands, Leiden [University Medical Center], where they had 200 researchers on it. We had a team of 200 on it. Together, you develop a model that actually makes sure and turns into an algorithm that is very specific for the use case.
So, it depends also on what is the application area, what model you use. So, we have a mix. We are not, I believe, the party that develops the foundation model. They’re the big technology players that do that and we partner with them. But we are the ones that actually develop that into the clinical application layer that actually has the workflow solutions, that has specific software solutions to improve the performance of products, to make sure that that actually lands in healthcare practice in a meaningful manner.
And there, I gave this example, the practical example of the increased scan time. We use AI to actually help take noise out of the images when people go through a scan so that they don’t have to retake a scan. We make sure when a scan is taken, we can take the most urgent and critical cases and put them in front of a queue for radiologists to look at.
So, there are real tangible examples happening today, and that’s indeed using LLM models for relevant use cases but also still using traditional AI numerical that kind of have to come to certain predictions when we are in the ICU. When we look at patient deterioration in the ICU, our monitors can actually predict, in 24 or 36 or 48 hours, if there’s an event going to happen based upon deterioration signals that are being interpreted and specific algorithms that are developed for that use case.
So, I think there is this combination between using the technology partners for the technology at scale, which is either taking it to the cloud, the foundational models, and we have the clinical translation to actually make it really relevant for the use cases.
There’s a handful of radiologists in my family. Their view is that, over time, AI will just take their jobs away. In particular, the imaging use case is so powerful. Obviously, it doesn’t get sleepy, it doesn’t make as many mistakes. There is this idea that over time, that will become automated. I don’t know if they’re right or wrong, but that’s what they tell me at parties.
What’s your view? Is the technology good enough to achieve a complete reinvention of that field over some period of time?
I don’t think it will take the human fully out of the loop because there are certain complexities in cases that I think you always want to have ultimately a human oversight for. Actually, I think what it does and actually dear AI is necessary for and actually software is necessary for, we will not be able to catch up between the growing need for imaging versus the amount of radiologists that are being trained actually to do the examinations.
So, there will be a growing divide between supply and demand. And to just make that manageable, we will need AI and use it to the ultimate kind of case to make sure that we can scan, that we can take the images. Because we just see, there are more images taken per patient. Chronic diseases require more, new medicine requires more. And then also for us, it’s about what is the technology use case that we can offer so that actually we can do it better, that we can do it at lower dose so it’s less intrusive, and that the experience gets better.
As I said, if you can half the scan time so an MRI scan doesn’t take an hour but 30 minutes or 50 minutes, of course, that’s a much better experience for a patient. So, I think there’s a lot that technology can do that goes beyond just reading. Also, to help improve the workflow process from the moment that actually people schedule up to that they need the outcome of the examination.
And I still believe that we will have radiologists in the future, but the one thing I know for sure is we will not have enough. And we will need to support them with the best of our abilities to make sure they can do their job. Because what I also know, and probably when you have them in your family, I know many of them are very overworked, many of them are burned out, and they have challenges dealing with the load that is on top of them.
And then, it’s also for us as a technology company to make sure that technology does make their job harder but actually really helps them do it better and faster. And that’s what is upon us in this journey, and that’s an exciting collaboration that we have on that.
I think the radiologists I know would blame that entirely on the presence of private equity in their industry. But that is a different podcast. We’ll come to that at a different time.
Let me ask you this question. Right now, if you use a standard MRI machine and you have some images taken and somebody reads them, gives you a diagnosis, something happens and they were wrong, you would sue the doctor, right? That’s very clear. You’re not going to sue the tool that they used.
Once the tool starts making decisions or assisting in making decisions even, there’s a chance that the liability lies with Philips because Philips has started to make medical decisions because of the data it has. Have you assessed that risk? Because it seems like a growing piece of the puzzle. More and more of these systems are automated. We need to reallocate the liability.
I think it’s a very fair question. We clearly indeed distinguish that we don’t practice medicine as Philips. So, there’s a clear kind of threshold where we say we don’t go to that level. So, there is an ultimate responsibility, accountability of the decision-maker, the practitioner, that actually applies.
But we feel very accountable to make sure that our technology that supports it is safe. And of course, what you will also see [is] that if there is a problem with it, we will take the accountability, but also we’ll have to step in to resolve to the best of our abilities and we will also be held to account for it. And we are also in a world, in a regulatory frame, where actually that is also governed. And I think we also will look after that, but we ourselves need to take that responsibility. That’s where it starts.
And that, for me, is regardless of that requirement. But we will not take the ultimate decision, or we will not practice medicine as such. So, that’s kind of where there’s still a threshold in what we do and what we innovate for.
I want to come back to something you said at the very beginning of the conversation, which is part of the journey for Philips is now going home with the customer, being with the patient, providing more care in all the places. I see the big tech companies trying to do that. I’m wearing an Apple Watch. This thing desperately wants to be a healthcare device. It is not. I mean, they’ve got some FDA clearances for some of their functions. There’s some things they want to do that they can’t figure out, like glucose monitoring.
This is the frontier, right? Wellness in this country in particular feels like a frontier. It’s somewhat unregulated. It’s mostly full of quackery from what I can tell. But there’s a lot of data you can collect and synthesize into some advice, into some outcome. You can sell subscriptions to mattresses that keep you cool at night. There’s just a whole universe of stuff that isn’t very well proven.
Philips has the brand, right? You’re in the hospital, and now you might go home with a customer. There’s all kinds of things you might do. Where’s the line for you?
The line is the clinical application. And that’s also how we kind of go actually from hospital into home. Of course, we have our own self-care propositions, but they are different. If you look at what we do with oral healthcare, we are making sure that an oral care routine is being adhered to, and we know how to actually do that. We train and we ensure that kids do it with specific applications. We make sure that people do it multiple times a day, and we support them with the best technology. So that’s one piece of it.
But the other piece, and take monitoring as an example, we have monitoring solutions that also go outside of the hospital where you diagnose in a week’s time, in a month’s time, whether there’s an arrhythmia that you need to detect. But those are clinically validated products that support doctors and they also trust in and upon.
I think there will be a phase where more contextual data will be loaded and they will be very relevant. We also are open to that. So, if a cardiologists want to look at the Apple Watch data, they can actually insert it into our data set because as I said, we believe they—
But do you think that data is good enough? This is the challenge, right? There’s a lot of consumer-level data being collected, and it might not be good enough to lead to clinical outcomes.
No. So, for me, it depends on what do you want to do with it? If you want to understand how is a person living, is he moving? Is he experiencing certain stress levels? Which is different from coming to the ultimate diagnosis of “he has an arrhythmia failure and this is the treatment that you need to do actually to treat that.” That’s a real clinical application that needs to have the full rigor development testing of a clinical use case.
But if you want to treat a patient, more and more, it’ll realistically not only be, “You have a problem with your heart.” No, it will be, “Okay, how can we deal with it in addressing it, not only in solving what is not working, but do you need to change your lifestyle? Do you need to behave in a different way? And how can we get you to behave in a different way?”
I’ll give you another example. We have our Mother & Child Care franchise. As part of that, we provide pregnant mothers with information. We are actually the single biggest used app in the United States — Pregnancy Plus app. Half of the mothers that are pregnant use our app.
They use that for daily information to look at “How’s my child evolving? What are things that I should be thinking about, about my nutrition, my movements? When do I need to go and see a doctor for a checkup?” So that actually is informing them in a really relevant and meaningful manner. But it also gives access to a certain group of people that might need to be pulled into the hospital.
So, now, you can start to overlay it with government. And so, we’re also having discussions with governments because they’re concerned with high-risk pregnancy, where actually you can inform them and say, “Hey, there’s a policy out there that you can get access to three scans during your pregnancy, so please use it.” Because we believe it’s important that we know how the child is evolving because not everybody does that. And we see that there’s a rise of high-risk pregnancies in the US, and the consequences of it are very negative. So, how can we counter that?
I think there will be more and more use cases like that coming up. But the last point and that’s also maybe a good one for the total perspective, I always say if you want to change healthcare systemically in a big way, you have four streams that have to come together. Technology is one of them — to change behavior, to change practice — and we are pushing that envelope and there’s a lot available. The most important actually is the clinical practice that needs to work with that and do they adopt it to change the way that they work? That’s the second stream.
Then, thirdly, you need to have the financial regime that supports that different way of working. And then the fourth stream, you need a regulatory stream to make sure that this all happens in a regulatory environment that is kind of for a medical field. Because these four have to come together, that’s why you see that actually change in healthcare is difficult, and it’s not always going as fast.
We had the ultimate example in covid. Because of the crisis, actually, these four had to come together. And I always say kind of the example in digital health was the most pressing one, right? People move at a different clock speed and are moving to digital health or digital consults. There was no way to do it in a different manner, so people had to go to digital consults.
So, certainly, there was financial support for doing digital consults. Doctors were changing the way of applying medicine by actually offering digital consults. And actually, regulators said, “Okay, we accept that this is a practice that you can do.” And that happened within months, not years.
But that’s actually where you see also, in particular, moving into the home, it requires these four streams to come together at scale. And that’s where you see that healthcare system, but also the governments and the public, is still more challenged with — that continuing the kind of current routines and practices, which is for disease, you go to the hospital, you see a doctor physically, and that’s how you consume healthcare practice in today’s world.
That’s the regulated side, right? You have the four streams, and there’s one very important piece of that puzzle. On the consumer side, it’s just the wild west. How do you see that playing out? How do you get people to understand what’s important and what’s not?
There is an educational component that actually is rising very fast, right? People can get self-educated in a much better and faster way than ever before. There’s also a downside to it, which is actually they become doctors themselves or pretend they kind of know themselves what’s here.
So, again, there, it’s between what is it that you can act upon yourself. So, the self-care component, where we see growing interest of consumers to take care of their own health, is an undeniable trend already for long. And actually, you see people getting more engaged, getting more involved.
Measuring helps. Making them aware helps. Offering tools that they can connect helps. But that’s not yet at scale that it reaches everybody. And for some others, you need also to be mindful that Dr. Google is not an official doctor, so don’t start to practice based on what Dr. Google says to you. So, if you have a serious problem, please still make sure you get serious support, meaning you go to your current support system, whether it’s a nurse, a doctor, that actually can give you the professional support that you need.
There will be a line that will be growing in terms of what it is that you can do yourself to actually make sure you keep healthy. The moment you start to go into diagnosis, there’s very quickly the point that you need to get into the professional system. And then also, of course, for any intervention that needs to happen, that’s where you end up.
But that kind of line where we can propel people to actually take more proactive care of their health, I think, is a very important one to make sure we have a sustainable healthcare system for the future.
Well, Roy, this has been an incredible conversation. I could keep going for hours, especially about AI and consumer, but I think we’re going to have to have you back to finish that up. Thank you so much for being on Decoder.
Thank you for having me.

Photo illustration by The Verge / Photo: Royal Philips

Lightbulbs and electronics defined a century of Royal Philips. Can AI and healthcare define its next era?

Today, I’m talking with Roy Jakobs. He’s the CEO of Royal Philips, which makes medical devices ranging from MRI machines to ventilators. Philips has a long history — the company began in the late 19th century as a lightbulb manufacturer, and over the 100 years or so, it’s grown and shrunk in various ways. The famous lightbulb business was spun out into a separate company called Signify in 2018, which now makes and sells Philips-branded lightbulbs like the popular Hue line.

There’s an incredible history of this sort of thing at Philips, which has had a hand in basically every part of the electronics business you can think of. This is the company that invented the cassette tape and helped to invent the CD with Sony. It’s made everything from radios to generators to electric shavers. It was even a founding investor in TSMC, which now dominates chip manufacturing — but it sold that stake in 2008 while also spinning off its own semiconductor business into what is now the very successful NXP.

Basically, while every other company has been trying to get bigger, Philips has been paring itself down to a tight focus on healthcare. Roy and I talked about that, and why that market is worth the focus, and whether European companies have a different attitude toward size than American companies. And, of course, we talked about AI — Philips makes complex diagnostic tools like MRI and ultrasound machines, and there’s a lot of interest in having AI help find medical issues earlier than ever. But I wanted to know how that actually works and what it takes to not only develop these systems, but also put them in place with doctors and hospitals around the world.

Roy and I also talked about a serious ongoing controversy at Philips that he had a part in: in 2021, after years of consumer complaints, Philips was made to recall millions of its breathing machines, including home-use CPAP machines and hospital ventilators, because the foam used in them was deteriorating and being breathed in by users, causing serious health issues. Those ventilators were eventually tied to more than 500 deaths, according to the FDA.

The old CEO stepped down in 2022, amid the scandal, and Roy got the CEO nod. He immediately started a massive restructuring plan to rescue the company in crisis, including several waves of planned layoffs. But although Roy wasn’t in the top job, he was with Philips throughout the entire decade the faulty machines were being sold. There’s reporting and court filings showing that Roy himself was involved in the decision to keep selling the defective machines, even though Philips had received at least 3,700 consumer complaints during the 11-year period leading up to the recall.

That’s a pretty big decision, with literal life-or-death consequences, and you’ll hear us talk about it in detail. It’s not a comfortable topic, and Roy and I went back and forth on the nuances of how he made the choices he did — as well as whether the resulting FDA and DOJ scrutiny has changed how he makes decisions.

This was a fascinating and, at times, tense conversation, and I’m glad we had the opportunity to talk about this part of Philips’ history in depth.

Okay, Royal Philips CEO Roy Jakobs. Here we go.

This transcript has been lightly edited for length and clarity.

Roy Jakobs, you’re the CEO of Royal Philips. Welcome to Decoder.

Great to be here. Thank you for having me.

I’m very excited to talk to you. You have made a lot of very complicated, very high-stakes decisions as you’ve begun the process of changing Philips over the past few years. I want to ask about a lot of them.

Let’s start at the very start, though: Philips is a very old company. It’s had multiple identities. It has had multiple lines of business. It’s spun out some very famous businesses. You’re trying to change it, refocus it. What would you say Philips is today?

Philips is a health technology company. At heart, it’s an innovation company. What we are good at is solving problems in the world based upon our deep technology insights and capabilities, and over the recent years, we looked at which challenges the world’s dealing with we would be best catered for to support.

Healthcare is an area of major challenge, significant increase in demand. The amount of patients keeps growing, patients are getting more chronic diseases, and they also age longer. So, the world and every country has to deal with a big demand for healthcare. At the same time, we see a big tension as there are just not enough people to take care of these patients.

There’s a tension area that innovation technology can really help in. And that’s actually where we have said we will put our innovation capability at Philips to work, to, in essence, provide more and better care to the world.

There are a lot of opportunities there. There’s a lot of reasons to innovate there. One of the things that strikes me about Philips in particular is that it used to be a giant conglomerate, a 1980s-style conglomerate that was innovating across multiple lines of business.

You’ve been there a long time. You’ve watched the company restructure; probably Decoder listeners most famously associate Philips with Hue light bulbs. That was the lighting division that got spun out into a company called Signify. You were there when that happened. Walk me through some of this process of taking the big conglomerate and turning it into lots of little pieces. Because here in the United States, mostly what we see is conglomerates getting bigger. Walk me through going through that process in reverse.

It goes back to very much at the heart of who Philips is, right? We are a 133-year-old — or young — company, depending on how you look at it. And the way we have managed to stay relevant over all that time is indeed continuously also reinventing yourself where you can apply and deploy your resources in the best possible way to create value.

And whilst we originate indeed from being a lighting company, having specific innovation capabilities about bringing light to people in their homes and then, from that, the understanding that you have going into radio, going into television, but also going into healthcare already in the 1920s, we indeed grew to becoming a conglomerate in the ‘80s, ‘90s, early 2000s.

But what was also becoming clear in the current world is that developments are going so fast in all these segments that — from a need to serve them well, as well as from a company perspective how you need to focus your resources to drive the biggest impact — there was a need to focus more.

Actually, we were too fragmented in where we were playing, and all had distinct investment needs. All had very fast, rapid environments accelerated with the digital transformation. And then actually, you saw that you want to be successful, and therefore, you better focus on a specific domain. And that actually made us come to the choice of focusing on healthcare because we feel we can make a difference there. It’s a relevant domain, which we have been playing in for a hundred years, but now we are going to dedicate all of our focus there.

We will not look at it through a traditional lens of healthcare being only taking care of sick people. We said we also will keep the trust of self-care. So, actually, we are still active in the home because we believe over time — and actually to load balance healthcare better — you need to start to take care of people in the home more. How can they take care of themselves? If they then are in need of either measurement or diagnosis or an intervention, we can support them along that patient journey.

I have a lot of questions about that because so many tech companies see that as an opportunity, see that as a market. I just want to stay on the structure for one more turn. A lot of what I hear about when I talk to executives at companies that are going through M&A or trying to buy something is that in the market today, what you need is scale. Scale to go by computing capacity from a cloud provider, scale to go by chip manufacturing capacity from one of the fabs, scale to go into market internationally because you can only hire so many software developers. Scale, scale, scale.

You’re describing focus, which is often the opposite of scale: “We’re going to take these companies, we’re going to pull them apart, and we’re going to have overlapping functions, all the way overlapping functions, different companies.” Where does that push come from? Where does the tipping point come from, where you say, “Instead of what we need is scale and efficiency, we actually need focus,” even if that comes with having literally the overlapping capabilities of two different companies?

When I mentioned focus, as we discussed, we were a conglomerate that actually was developing technology that we were using to be successful in electronics, in chips, in healthcare, in lighting. Those are big different segments.

So, when I mentioned we decided to focus, we said, “Okay, we choose one of those, which are in themselves big enough, so the healthcare segment that we look at is a $100 billion market segment.” So, it’s really sizable, it’s growing, and it has a distinct need where innovation needs to come to bear to actually help it function better.

And then, you say within that space, “Actually, I do need to play at scale.” And one of the changes that I made when I became CEO actually is going after the fragmentation by saying, “When we innovate and the domains we play within healthcare, we need to be able to play at scale.”

So, actually, I’ve been stopping projects. I’ve been also stopping certain businesses to actually double down on the most attractive areas but also in the areas where I believe we have the right to win and to scale. So, we focus on healthcare. Within healthcare, it’s still a very big space. We make choices that, in the areas that we kind of are playing in, we scale.

Let me give you an example: Informatics. Healthcare informatics is a very important space but is a very large space as well. So, when we look at where we can provide a meaningful difference is in clinical informatics. So, we are the number one healthcare informatics player in the clinical layer.

If you think about needing imaging as an inpatient, we are the number one player in image systems and in the system that actually acquires the images, then disseminates them and puts AI and insights on top. The same in monitoring, where actually when you need to measure patients; we are the number one in monitoring.

And actually, we do that with a very significant software capability, AI capability, to actually measure patients, pull the data together, and then actually get the insights out of the data to actually serve these patients but, in particular, also serve the health system in a better way by actually giving them meaningful data and don’t overwhelm them with a massive load of data.

So, there is this combination, which is, I think, leading us, which is both focus as well playing at scale. And scale, you can also really translate into thresholds. You can say, “Okay, I’m not going to go after business if the opportunity is not under or above $500 million or $1 billion or $100 million,” right? Philips is playing in 100 countries, but not every country is equally important.

Also there, in terms of focus, you’re going to say, “Okay, I’m going to make certain choices. Where can I deploy and support the system best in terms of allocating my resources?” So, that’s something that I very much hold at heart that I want to do things well. And if you want to do them well also with quality at heart, you need to make certain choices.

You’re describing a pretty significant set of changes and how you think about focus, how you operate the company. As you’ve mentioned, Philips is a very old company. The logo for Philips is still on other parts of the company that spun off. The light bulbs still have the logo on them. How do you convince other people, consumers, healthcare professionals, patients that the Philips you’re describing today is actually Philips without all of the history and all the interconnected signifiers [with] that logo being everywhere?

I find that the brand that we carry, which has been loaded and built over 133 years, is a tremendous valuable asset. Because ultimately, what people remember is the experience they had with a brand. And yes, that could be in lighting, that could be in radio, that could be in television, but over time, you stay relevant if you build trust in a brand. So, people have a certain connotation.

Now, what Philips stands for at the highest level is technology and innovation. So, people remember what innovation they use, that’s actually what Philips means to them. So, if you grew up and you got your first CD player or your first radio or you got your first MRI scan under a Philips brand, that’s something that sticks with you. And actually, the fact that we are still using it across segments even when we spin out companies actually still gives that umbrella of the brand and what we stand for a clear meaning.

And we make sure that users of our brand of course take at heart what the brands need to stand for. So, if they continue to carry our brand, it has to stay for innovation. It has to kind of represent innovation. It has to be with quality. So, there are clear rules upon which you can use it. And I will give you an example in healthcare how that actually really differentiates us.

So, healthcare predominantly still is also being provided for within hospital walls, but there’s a big growth area, which is ambulatory care, where actually people want to consume healthcare outside of hospital. Now, there’s a player in the US, Prenuvo, who is going into the space of ambulatory imaging in particular. This is an imaging example.

They have selected Philips as their sole provider because they know that the segment they serve, the people they serve, actually trust the brand. So, when they have an ambulatory kind of imaging center somewhere outside in a place in the US, they actually, by putting our brand there, get a recognition of a trusted place where people go into to get diagnosed. And they also get an experience that is in line with what they expect a Philips brand experience is about.

So, they know that actually it’s not only great technology, the best diagnosis, but also the ambience that we provide for is really taken care of, that is the best possible experience. So, there is indeed lighting when you come in that actually gives it a different feeling, right? You have the newer experience. We think about the use case of minimizing the time to go through a scan because we know it’s not a pleasant experience. So, we actually develop AI that increases the speed of a scan by three times, right?

So, they use the MRI, but they use the MRI with our smart speed AI functionality so they can reduce the time that the patient has to go through the scanning. And those are elements actually that we carry from the different experiences that we hold. So, actually, the brand is really a differentiator, but also what it then delivers because that is what people remember.

I have a very dumb question. When you approve the purchase order for light bulbs across all of your facilities, do you only buy Philips light bulbs from Signify?

Of course, we have the preferential purchase for Signify because that’s, of course, where we originate from. Not always they will have all light bulbs. So, I don’t believe in the world of sole provisioning. That’s also building a hook for why, in the healthcare delivery, we build products that are catered to an open ecosystem.

We are unique. Again, going back to informatics, many of the challenges in informatics, and especially for the users in dealing with informatics and informatics systems, come from the fact that they are closed systems or proprietary systems. And that means that if a hospital uses five different informatics systems, they need to jump from monitor to monitor.

And actually, that’s not seamless. And actually, an environment that we want to provide and we are truly leading in that is we provide a multivendor experience, which means that we are open to orders to hook up to our system so that the user, the nurse, or the doctor can look at one screen instead of looking at seven screens that are on their desk.

I go very regularly to hospitals, and I must say it’s really sometimes astonishing what the nurses, the doctors, technicians still have to deal with. In Germany, they still use faxes as a common kind of communication method. In the US, in some hospitals, you will see that in an imaging room, they have five different screens, or in a monitoring ICU center, they look at a whole area of different kind of functionality they need to monitor.

We need to help them actually to do their job in a simpler way because they want to spend their time, not on five different systems — they want to spend their time on caring for the patient, on doing the best intervention and actually making the best diagnosis. And therefore, when we think about what they experience and how we can help thinking in an open manner, connecting the different systems, making it easy to work with is something that actually we really put a lot of focus on.

You’re halfway into a pretty ambitious three-year restructuring project that you announced. As part of that, you have done or you have planned 10,000 layoffs. There’s a lot of restructuring. What is the end goal? What structure do you want Royal Philips to be in?

Yeah, I think what was important when I started, and looking also at how can we increase our impact, because I really took the impact lens, I said, “We need to adapt to an environment which is very volatile, which actually requires more agility, which also is under pressure because if you look to our customers, they’re under pressure from resources, affordability. So, we need to be lean.”

If you run a big ship like Philips, you need to be clear who is doing what and especially clarify better what the accountabilities are. So, when I came out with my plan for Philips to create a sustainable impact, I said, “From a structure perspective, I want to go to a simplified operating model.” And I made a few important interventions.

First, I said whilst we were coming from a matrix in which we had businesses making products, region-selling products, and functions giving specific functional expertise like quality or innovation or finance, they had a divide and conquer about who was doing what, and we had a joint P&L. I said, “I put businesses in the lead, and the businesses take care of serving a specific segment.”

So, if we are in the segment of monitoring, the business has the full P&L accountability. We are bringing the functions into the business. We lean out the total organization so that there are less handover points or you are more agile. At the same time, you make sure that you simplify the process so that people can work in a faster and better way.

So, you go to a leaner structure, and then as a result, also you make sure that you do it with fewer roles. So, the 10,000 roles that we used was a very tough measure because, of course, these are all dear colleagues that have been working with great passion for the cause of Philips and for betterment of healthcare, but actually to make the company future fit, this was a necessary intervention. And by now, we have reduced 9,000 of those roles already.

But at the same time, what you see, which, for me, is an important proof point of, “Okay, we can move on that,” is that the engagement in the company in the last 12 months has gone up by eight percentage points. And we now have an engagement score of 78 percent versus a global norm of 80.

That’s an employee engagement score?

That’s an employee engagement score. So, we have asked them, “Okay, do you feel Philips is strategically set up to win?” Philips actually allows you to work in a way that is kind of enabling you to do your job well. Philips is taking care of patient safety and quality.

So, the typical engagement questions: Do you like working in this company? Do you feel engaged, motivated? That’s, for me, the simple translation of it. And actually, what we see is a massive lift because the thing I also did when I got into the chair of the CEO, I first reached out to the whole organization.

And I ask three simple questions. One was, “What do you want to double down on?” Ask Philips, “What do you think I should do?” Secondly, “What do you think I should significantly improve or act upon?” And thirdly, “What do I need to know [that] I don’t know?” Three questions. I got a lot of input.

One of the clear inputs was, “Please make clear who’s accountable. Make sure we simplify the matrix and help us make faster decisions in a more agile way.” So, I got that input, and then I said, “Okay, my way of getting there is changing this organization, going through a tough reorg, but at the end, you will get the benefit ,which is actually you can work more effectively.” Yes, also more efficiently for the company which is, of course, a great benefit as well to support margin improvement and better profitability.

But actually, it had a really dual effect. And therefore, the engagement that actually went up was also the result of it because people see it working better. And of course, there’s betterment to come, so we are halfway to plan. We still have more to do, but there’s clear evidence and also a voice of our employees that says, “We are on the right track. We actually see that in increased engagement, as well as increased margin, as well as growth that comes back and the execution on the plan that we are ahead of, even in the role reduction which was very tough and we did it in a very short amount of time.”

You’re describing going from what sounds like a very complicated matrix model to a pretty classic divisional model, right? You’re going to have P&Ls. You’re going to have segments. You’re going to let people run. There might be some overlapping functions and sales or marketing or whatever inside those divisions.

That’s a big change. I talk to a lot of Silicon Valley CEOs on the show, and they’re all in functional structures. Everything rolls up to them. Apple[is famously the most functionally organized company in the world. What are the benefits to you of being in that divisional structure? That is the big change. I’m not sure it’s the same kind of structure that everyone else is in, but it seems like it’s working for you.

Yeah, it’s working for us. I think for me, you design your operating model or your organization to serve your customers in the best possible way because that will make you successful. So, when thinking about that and being an innovation company, I thought about how can you make sure that you deliver the most relevant innovations for the different segments that you serve?

And monitoring is a very different segment than imaging, interventional therapy, or personal health. So that’s why I said, okay, I strongly believe that actually we want to organize for delivering the best service and innovations to those segments by building the end-to-end core structure of a company, the processes, and the divisional structure around that — so businesses in the lead. That has been my prevailing design principle to get the company into the shape.

And if you look to healthcare, actually you see this is also a model which is practiced more because actually, you see that people are kind of okay to do the specific needs of those segments that you need to be very close to, to innovate. And I’ll give you an example. If you want to know how you need to deliver a next bedside monitor or a next kind of software product, you need to be very deeply embedded in the work process of a doctor or of a nurse.

And that’s different for the different disease areas. That’s different for the different parts of the organization of hospitals. So, actually, we reflect, in part, our customers. Because when we sell our monitors, we will talk to the chief nurse or the CIO of a healthcare institution. If we sell our imaging equipment, we will talk to the head of radiology and also the informatics department because it, of course, is kind of digitizing very fast.

If you talk about interventional, we will talk to the cardiologist or the neurologist or the kind of interventional neurologist or cardiologist, right? So, you cater to the specific audiences, and then you say, “Okay, what do we need to do to serve them best?” And they also have different not only innovation needs but also different supply chain needs, different fulfillment models, different business models.

So, that’s why, to really be specific to them, we organize it but still do it in a lean way and make sure that, of course, you also learn as a company. And that’s where we have also enabling functions like HR, finance, quality and patient safety, clinical that are at the lean structure guiding the full company. But real day to day, you want to ensure that is as close as possible to the customer segment.

Even in Philips for a long time, you obviously worked inside of that complicated matrix structure. Was it just like a huge relief when you got to say, “Look, we just need to be divisions”?

I think it’s one of, of course, insights that I had from personal experience that I did believe it could work better in a different way. I’ve also worked in other companies, so I’ve not only worked in Philips. So, I’ve also experienced this in different ways, and that also helped me build the belief.

But moreover, it was also kind of, “How do you look at the company and the culture to make that work best?” Because I think as much as changing a model, it’s all about changing and having the people and culture focus. Because the things that actually make a model work, it’s not the structure, it’s not the process — it’s the people. As a technology company, you need to be even more people-centric is my view.

So, I’ve been focusing very much on one hand, yes, we need to have the right operating model structure to simplify the processes, but actually, I put the people back at the core of Philips. It is all about the people. We need to understand the people that we serve better — our patients, our consumers — and we need to have the best people actually to serve them and then also a culture of impact with care, as I defined it, to actually make sure that how we work together is all focused on delivering that kind of better care and more care.

These are all big decisions. How do you make decisions? What’s your framework?

So, first, I don’t believe that I have the ultimate wisdom, and that’s a very important starting position. So, when I make a decision, I make sure I am well-informed — so making sure that you understand the context that you operate very well. I make sure that I get the latest information on technology trends where I talk to customers, to governments, to peers in the industry to ensure that actually I understand the context and how it’s moving and where it’s moving.

Secondly, I surround myself with a team that is diverse. I have a personal health leader, Singaporean, living in Asia, giving different perspectives to me. I have an experienced best safety quality leader in the US kind of coming out of that domain, giving me the insights. So, I make sure that I get insights from a strong team because I know I can be only as strong as my team is.

And then, I make sure also that I get pushback and make sure that from a board perspective, from even external people, you make sure that you stress test your own assumptions so that when you go, you are kind of clear that it’s the right track. I also don’t believe that there’s always the right decision, but it’s more important to move than to kind of wait to get to the perfect decision. So, that’s another part of my frame of mind that: A, I don’t know it all; B, it’s important to move at a certain point if you have enough of the information.

And then, actually, it’s important that you are very clear what the decision entails and how you’re going to implement it. Because clarity is so important in organization, especially organization of size, that half the importance of decision making is how you communicate decisions that you have been making.

Let’s put this into practice. Philips is currently in litigation over 15 million defective sleep apnea machines and ventilators. The FDA says that led to over 500 deaths. You’re under a consent decree in the United States. You have to stop selling those products. You have to give up some of your revenue on the products you are allowed to keep selling. There’s compliance for five years with inspectors and regulators.

There’s evidence presented in court as part of this litigation that says even as questions arose about these products, you said Philips could keep selling them. How did you make that decision?

Ultimately, we are a company that serves the betterment of healthcare. So, the ultimate perspective that you always need to have is kind of where the impact is on the customers that you serve, whether it’s patients, whether it’s nurses, doctors. And that means when you are in the healthcare space, you always need to be careful and put patient safety and quality as your first priority in your decision making. That’s also what I’ve put forward, and that’s very clear across the company as our guiding principle.

But also, there’s not always a black and white. And in healthcare in particular, a doctor has to deal every day with his decisions where he needs to make tradeoffs between the risk and the benefit because you don’t have a complete session. So, for me, it’s always you make sure you have the best possible information, fact-based, validated by external / internal, and then actually you move. And that holds true for the decision to change the operating model, that holds true for the decision of doing the right thing in quality. Then, of course, you make sure that you are really guided by the experts.

So, on patient safety and quality, the first thing that I did when I came into my role was put a new patient safety and quality leader in my executive team at the executive table, experienced with dealing with these kind of challenges, helping us to get better at it, dealing with some of those dilemmas, working effectively through these kind of cases and through the recall, and then — together with, of course, the executive team — making sure that we take a holistic view on what we need to do when we address this.

So, make sure you have the expertise; it’s validated and tested by facts. It’s made robust by an external kind of perspective. And then, you make decisions that you believe are the best at that point in time. And then you move. I think that, for me, is important in order to keep a company going but also to keep delivering the services and the products that you need to deliver.

So, here, the decision was to keep selling the machines. Was that the right decision?

Yes. And let me be specific. So, in this case, it was not about selling the machines — it was kind of providing the service. And when we understood that there was potential harm, we took an immediate decision and we went into a voluntary recall. That was a big decision because indeed, you look at the patients first. Secondly, you then look at how you kind of go into that recall. So, we had to replace $5 million devices, which we did and we completed.

But that decision you can only take if you have the full information that actually allows you to take that step. So, before we went to the market, we had the evidence. And actually, I can also say now that when we did two more years of testing, what we have shown, and actually what is demonstrated, is that no appreciable harm was done by using those kinds of products that we continue to deliver to the market.

So, actually, the decision proved right from a perspective that actually there was no patient risk or safety involved. But we did have a product that actually did have degrading foam, and therefore, we replaced it, which I think was the ultimate decision to say we go into recall and replace it. So, it was a tough decision, a very challenging matter, but we did the right thing, and that actually is something that we now also take as a learning into what it is that you do in these kinds of cases, and you make that a learning organization from a patient safety and quality perspective.

As I said, I put patient safety and quality at the executive table. In the culture of impact with care, I’ve been very clear, and from my day one, I’ve been very clear that patient safety and quality is my number one priority. And not only by words, but actually then also putting the right people and capabilities because I believe it really starts with that building and processing system that actually really takes us always at heart.

And as you have seen as well, we made a lot of progress in the journey. We also concluded certain steps. But we still have more to do and more to learn. And I think it’s as important to be open to that and then you keep on this improvement journey across many fronts, including patient safety and quality.

I hear what you’re saying, but you don’t sell safe machines that end up with one of the most intense FDA consent decrees in recent years that has overlapping audit periods and five-year design reviews. There’s a lot there that suggests the FDA doesn’t agree with you.

You’ve agreed to this, right? You’ve agreed to compliance and monitoring. You’ve agreed to take the profits from the machines you are selling and turn them over to the United States government for the period until you’re in compliance. What is that disconnect? I think I’m missing something.

Yes, because there’s a distinct difference between we have delivered safe products to the market, but what the FDA acted on is the processes to deliver these products were not followed as per the standards that the FDA would like us to follow. So, there were deviations found in the process that was coming out of the engagement with the FDA.

We acknowledged. We said we can do things better. And that is delivering with quality all the time. That is adhering to these processes. And that’s what also a consent decree is governing. So, a consent decree is governing, “Okay, please look at your designs again. Make sure that you deliver the best products and continue to do so.”

But the FDA has also not said that we have not delivered safe products to the market. They’ve asked us questions on testing, which we have fulfilled. And as I said, the testing has demonstrated that actually we have been delivering safe and effective products.

So, for me, there’s a difference between patient safety in this case and the learning and the need to improve how we actually run and process, how we adhere to that, and how we fully fulfill the needs and that are required by the regulator. And there, we agreed to go into this trajectory where we are fully committed. I’m fully committed. The whole company is fully committed to take patient safety and quality to a different level, including doing it specifically for the case of the sleep and respiratory care business where this consent decree then was coming into place.

Have you changed your decision-making framework at all having gone through this experience?

I think you learn through this experience, for sure. I think the learning, in terms of progressive insight along the journey, is something that is really important — how to deal with that in the best possible way. Because as I said, when we started, for example, the recall versus where we’re now is a completely different perspective from also insights.

And that means even that actually, if you look at it now, yeah, would you have done things differently? Yes. We might even have done the recall differently. We might have established the process differently in terms of making sure that we could replace them in the best possible way and the fastest possible way. We went all out to kind of ramp up, and it was a very challenging period, but they’re still learning in terms of “how can you do that better with more supply?”

Take an example: can you have a flexible supply chain where you have multiple suppliers instead of a single source? Single source makes you dependent on fewer suppliers; then, it’s harder to scale up, and therefore, it was harder for us to go with the fastest track that was kind of there, although we already kind of quadrupled our production. And so, those are things.

The other learning and decision-making is also even being more rigorous in terms of any assessment that’s out there that’s on the verge of patient safety and quality; get all the voices on the table included. And one other decision that I took going to innovation is that the way we innovate needs to change. And I said we move from a sequential innovation approach to an integral innovation approach.

And what I mean [by] that very practically is that when we were innovating, we had a technology group that was coming with the greatest technology. And they would give it to a business and a product group in a business that said, “Okay, you turn this technology into a product.” And then actually, that group gave it to the manufacturing team and said, “Now, you need to make sure we can produce this unit.” And then the manufacturing team was giving it to the supply team, and the supply team would say, “Okay, now you make sure we can distribute it.” And then they were giving it to the sales team and said, “And now you sell it.”

So, this was a sequential approach, and then you had this matrix where it was divided up. That’s where for me at the heart of the decision was no, we need to get these teams talking from the first moment you go through the process and do it together. So, then, you put manufacturing supply chain, sales, engineering, and R&D in one team. That’s the business team.

So, this change in accountability was very much at the heart of taking the learnings from getting into this and saying, “How can we change this?” It’s changing at heart how we drive innovation because that’s the core of what we do. And then if you do that within a coach, or it’s very clear that patient safety and quality is the first priority, that you then have the right people with the right competences to also ensure that that’s being delivered, then you get to a holistic approach where you have changed the way you do innovation, you put the right frame culturally around it, and then you kind of put the right people on it. And then you can go on this improvement journey.

Because, as you also know, you don’t change a company from one to the other day in full, right? There are steps you need to take. And that’s kind of the journey that we have been going on. We have seen, and you have seen, that we are very serious about it. We have been delivering our commitments. We are halfway through the plan, so we are also, for sure, not there yet. There’s much more to do and to come.

But we made demonstrable progress. The company is growing again. We have closed certain chapters of the recall, which were very important, including, first of all, giving the patients the new devices, getting to the consent decree, getting the litigation in the US behind us, focusing on innovation again of all the other parts of Philips because we came also out of covid with a lot of supply challenges. And then you have these poor healthcare systems that already are challenged and then also are still waiting for products from the suppliers because there were just not enough of them.

Now, that’s something we also focus a lot on. So, next to patient safety, we’ve made a lot of progress on supply chain improvements so that, actually, we are now currently fully in line with the lead times to the market, and we can fulfill them when they need it and then actually doing it in agile way so we are better and responsive to what they need.

Let me bring this all the way down to the ground. We’ve talked about restructuring the company into divisions so you can be closer to your customers, you can better understand who you’re selling to, what they need, what their processes are.

In this case, very specifically, what you had was thousands of complaints over a decade from consumers saying there’s sticky stuff in their breathing machines, and that wasn’t acted on until quite some time later. Will your new structure make you more responsive to consumers who are filing complaints?

Yes. So, if you go to some specific areas — and again, complaints management is an important one — I’ve been very clear in the culture, it’s all about speaking up, acting fast when we see things happening, which means that if there are complaints coming in, catch them early, address them quickly, and deal with them rigorously.

Now, that is the journey that we’re on, and that’s actually the improvement that we are also seeing. So, we had a significant amount of complaints coming in. That was the learning: how do you deal with that in a systemic way, in a different way? So, that’s one of the concrete examples where we will see complaints come down.

We also see it already in business units, and we have been working on that: how can we bring these parts down? But also, I always say there’s part of “you have a structure out there of products that are serving the market that you need to act fast on,” and then there is “what is that you bring out new as innovation and you make sure that actually that has the highest standard?”

So, you work on two parts. One is “what is it that you need to address and deal with from the past and actually make sure that you act on that very fast in the right way,” and then, “make sure that the first time, you actually design the products for the future in the way that they are safe, adequate, effective, and really deliver more and better care.”

This is a hard and challenging problem with something as mechanical as a respirator or a sleep apnea machine where you can see the problem. You might even be able to hear the problem, right? We’ve talked a lot about what you’re doing next, and a lot of it is software. It’s connected services in the home. It’s synthesizing a bunch of data to help make diagnoses faster. It’s the use of AI. It is vastly harder for anyone to see the problems in software. How are you thinking about that risk and measuring that risk?

I think software has, first of all, a lot of benefits to give and to offer to healthcare. So, I’m very excited about what software can do and what AI can do. But with any technology, you need to make sure that it’s being used in an appropriate manner. So testing, validating, making sure that you have the feedback loops is critically important.

So, one of the reasons why actually I stepped into the National Academy of Medicine initiative where it’s about developing a code of conduct for responsible use of AI in healthcare because we want to be ahead of it, and we want to think through what are the different parts that you need to address to make sure that AI is applied in the right way.

And thinking about a few areas: First of all, you need to be very clear on what problem is it solving so that you can be specific around what you measure in terms of how effectively it does it. So, the testing validation methods around that need to be adequate for software testing and evolution.

Secondly, you need to kind of decide which software is very important, what is the data that you use that they’re representative of, that they make sure that they deliver the right outcome. And for example, ethical healthcare, you need to make sure that you make it right for the right patient, for the right patient group. So, that’s another angle that you can look at.

And then also, you look at,, I would say, if you can start with the lower risk areas. There’s a lot of routine tasks in healthcare that you can address. Let me give an example. A nurse spends on average 20 minutes an hour doing admin tasks, meaning they need to write down certain measurements, they need to transfer data from one system to another.

Actually, AI can really help in doing that faster but also even more accurately because, of course, if you have manual labor, there’s also a risk error that goes to that. So actually there, you can really improve and lower the risk profile.

If you go closer to, especially, interventions, you want to make sure that the decision support you provide is at the highest tested level of security and patient safety. Next to that, the doctors will make the ultimate decision. So, it’s a decision-making and support tool, but you need to make sure it’s tested very well. So, also, therefore, qualify what are different use cases and, therefore, what kind of risk they have and, therefore, what robustness do they need to have in the process of delivering a solution for it is very important.

And then last but not least, of course, you develop it together with the practice. So, you never do it in isolation. That’s very important. So, you’re very close to the clinical practice. So, all AI that we develop is developed together with providers. We use patient datasets that are jointly worked at so that actually, you don’t only look at it from your perspective but also from others so that you have the multiple size principle that when you bring something out, to the best of your abilities, you have made sure that you deliver effective products.

Now, you still need to be alert because there’s no perfect world, things can happen, problems will arise. And then again, you come back to what mechanisms do you put in place to actually capture that faster and better. And there actually, AI, we are also adopting and using in dealing with complaint management. Because generative AI, of course, a lot of complaints come in also in text; they are descriptive.

And actually, you can also use technology to make sure that actually you interpret it better, faster. So, you complement, again, the kind of human element of it by also using the late technology to actually process some of these in a better and more accurate manner.

One of the pieces of the puzzle there is the actual core AI technology you’re using. So, maybe for complaint management, you have an LLM, AI that’s doing whatever it’s doing there to manage texts. Maybe that’s what you’re using for informatics for nurses. In imaging, which is where a lot of the promise of AI in healthcare lies, you might be using a different model.

Are you partnering with outside companies to build those models? Are you training your own foundation models? How does that work for you?

We are doing both. So, we use models from partners. A concrete example: we have a strong development partnership with AWS where actually we are looking into imaging, as you mentioned. For example, the image acquisition system, the PACS, needs to be taken to the cloud.

That’s an effort that actually we both are looking into — from our own perspective and from their perspective — how we can best support that. What are the models that actually can help do so? So, that’s one of the example cases that is out there.

We also use some of the models and then train, on our own data, the model to make it specific for a clinical application area. So, [to] give the example, when we wanted to develop the SmartSpeed, making an MRI to scan faster (in essence, three times faster), that’s something that you do with your own data. So, you use a base model. Then, you’re going to train it based upon your own data.

And actually, we did it with a provider, a specific provider in the Netherlands, Leiden [University Medical Center], where they had 200 researchers on it. We had a team of 200 on it. Together, you develop a model that actually makes sure and turns into an algorithm that is very specific for the use case.

So, it depends also on what is the application area, what model you use. So, we have a mix. We are not, I believe, the party that develops the foundation model. They’re the big technology players that do that and we partner with them. But we are the ones that actually develop that into the clinical application layer that actually has the workflow solutions, that has specific software solutions to improve the performance of products, to make sure that that actually lands in healthcare practice in a meaningful manner.

And there, I gave this example, the practical example of the increased scan time. We use AI to actually help take noise out of the images when people go through a scan so that they don’t have to retake a scan. We make sure when a scan is taken, we can take the most urgent and critical cases and put them in front of a queue for radiologists to look at.

So, there are real tangible examples happening today, and that’s indeed using LLM models for relevant use cases but also still using traditional AI numerical that kind of have to come to certain predictions when we are in the ICU. When we look at patient deterioration in the ICU, our monitors can actually predict, in 24 or 36 or 48 hours, if there’s an event going to happen based upon deterioration signals that are being interpreted and specific algorithms that are developed for that use case.

So, I think there is this combination between using the technology partners for the technology at scale, which is either taking it to the cloud, the foundational models, and we have the clinical translation to actually make it really relevant for the use cases.

There’s a handful of radiologists in my family. Their view is that, over time, AI will just take their jobs away. In particular, the imaging use case is so powerful. Obviously, it doesn’t get sleepy, it doesn’t make as many mistakes. There is this idea that over time, that will become automated. I don’t know if they’re right or wrong, but that’s what they tell me at parties.

What’s your view? Is the technology good enough to achieve a complete reinvention of that field over some period of time?

I don’t think it will take the human fully out of the loop because there are certain complexities in cases that I think you always want to have ultimately a human oversight for. Actually, I think what it does and actually dear AI is necessary for and actually software is necessary for, we will not be able to catch up between the growing need for imaging versus the amount of radiologists that are being trained actually to do the examinations.

So, there will be a growing divide between supply and demand. And to just make that manageable, we will need AI and use it to the ultimate kind of case to make sure that we can scan, that we can take the images. Because we just see, there are more images taken per patient. Chronic diseases require more, new medicine requires more. And then also for us, it’s about what is the technology use case that we can offer so that actually we can do it better, that we can do it at lower dose so it’s less intrusive, and that the experience gets better.

As I said, if you can half the scan time so an MRI scan doesn’t take an hour but 30 minutes or 50 minutes, of course, that’s a much better experience for a patient. So, I think there’s a lot that technology can do that goes beyond just reading. Also, to help improve the workflow process from the moment that actually people schedule up to that they need the outcome of the examination.

And I still believe that we will have radiologists in the future, but the one thing I know for sure is we will not have enough. And we will need to support them with the best of our abilities to make sure they can do their job. Because what I also know, and probably when you have them in your family, I know many of them are very overworked, many of them are burned out, and they have challenges dealing with the load that is on top of them.

And then, it’s also for us as a technology company to make sure that technology does make their job harder but actually really helps them do it better and faster. And that’s what is upon us in this journey, and that’s an exciting collaboration that we have on that.

I think the radiologists I know would blame that entirely on the presence of private equity in their industry. But that is a different podcast. We’ll come to that at a different time.

Let me ask you this question. Right now, if you use a standard MRI machine and you have some images taken and somebody reads them, gives you a diagnosis, something happens and they were wrong, you would sue the doctor, right? That’s very clear. You’re not going to sue the tool that they used.

Once the tool starts making decisions or assisting in making decisions even, there’s a chance that the liability lies with Philips because Philips has started to make medical decisions because of the data it has. Have you assessed that risk? Because it seems like a growing piece of the puzzle. More and more of these systems are automated. We need to reallocate the liability.

I think it’s a very fair question. We clearly indeed distinguish that we don’t practice medicine as Philips. So, there’s a clear kind of threshold where we say we don’t go to that level. So, there is an ultimate responsibility, accountability of the decision-maker, the practitioner, that actually applies.

But we feel very accountable to make sure that our technology that supports it is safe. And of course, what you will also see [is] that if there is a problem with it, we will take the accountability, but also we’ll have to step in to resolve to the best of our abilities and we will also be held to account for it. And we are also in a world, in a regulatory frame, where actually that is also governed. And I think we also will look after that, but we ourselves need to take that responsibility. That’s where it starts.

And that, for me, is regardless of that requirement. But we will not take the ultimate decision, or we will not practice medicine as such. So, that’s kind of where there’s still a threshold in what we do and what we innovate for.

I want to come back to something you said at the very beginning of the conversation, which is part of the journey for Philips is now going home with the customer, being with the patient, providing more care in all the places. I see the big tech companies trying to do that. I’m wearing an Apple Watch. This thing desperately wants to be a healthcare device. It is not. I mean, they’ve got some FDA clearances for some of their functions. There’s some things they want to do that they can’t figure out, like glucose monitoring.

This is the frontier, right? Wellness in this country in particular feels like a frontier. It’s somewhat unregulated. It’s mostly full of quackery from what I can tell. But there’s a lot of data you can collect and synthesize into some advice, into some outcome. You can sell subscriptions to mattresses that keep you cool at night. There’s just a whole universe of stuff that isn’t very well proven.

Philips has the brand, right? You’re in the hospital, and now you might go home with a customer. There’s all kinds of things you might do. Where’s the line for you?

The line is the clinical application. And that’s also how we kind of go actually from hospital into home. Of course, we have our own self-care propositions, but they are different. If you look at what we do with oral healthcare, we are making sure that an oral care routine is being adhered to, and we know how to actually do that. We train and we ensure that kids do it with specific applications. We make sure that people do it multiple times a day, and we support them with the best technology. So that’s one piece of it.

But the other piece, and take monitoring as an example, we have monitoring solutions that also go outside of the hospital where you diagnose in a week’s time, in a month’s time, whether there’s an arrhythmia that you need to detect. But those are clinically validated products that support doctors and they also trust in and upon.

I think there will be a phase where more contextual data will be loaded and they will be very relevant. We also are open to that. So, if a cardiologists want to look at the Apple Watch data, they can actually insert it into our data set because as I said, we believe they—

But do you think that data is good enough? This is the challenge, right? There’s a lot of consumer-level data being collected, and it might not be good enough to lead to clinical outcomes.

No. So, for me, it depends on what do you want to do with it? If you want to understand how is a person living, is he moving? Is he experiencing certain stress levels? Which is different from coming to the ultimate diagnosis of “he has an arrhythmia failure and this is the treatment that you need to do actually to treat that.” That’s a real clinical application that needs to have the full rigor development testing of a clinical use case.

But if you want to treat a patient, more and more, it’ll realistically not only be, “You have a problem with your heart.” No, it will be, “Okay, how can we deal with it in addressing it, not only in solving what is not working, but do you need to change your lifestyle? Do you need to behave in a different way? And how can we get you to behave in a different way?”

I’ll give you another example. We have our Mother & Child Care franchise. As part of that, we provide pregnant mothers with information. We are actually the single biggest used app in the United States — Pregnancy Plus app. Half of the mothers that are pregnant use our app.

They use that for daily information to look at “How’s my child evolving? What are things that I should be thinking about, about my nutrition, my movements? When do I need to go and see a doctor for a checkup?” So that actually is informing them in a really relevant and meaningful manner. But it also gives access to a certain group of people that might need to be pulled into the hospital.

So, now, you can start to overlay it with government. And so, we’re also having discussions with governments because they’re concerned with high-risk pregnancy, where actually you can inform them and say, “Hey, there’s a policy out there that you can get access to three scans during your pregnancy, so please use it.” Because we believe it’s important that we know how the child is evolving because not everybody does that. And we see that there’s a rise of high-risk pregnancies in the US, and the consequences of it are very negative. So, how can we counter that?

I think there will be more and more use cases like that coming up. But the last point and that’s also maybe a good one for the total perspective, I always say if you want to change healthcare systemically in a big way, you have four streams that have to come together. Technology is one of them — to change behavior, to change practice — and we are pushing that envelope and there’s a lot available. The most important actually is the clinical practice that needs to work with that and do they adopt it to change the way that they work? That’s the second stream.

Then, thirdly, you need to have the financial regime that supports that different way of working. And then the fourth stream, you need a regulatory stream to make sure that this all happens in a regulatory environment that is kind of for a medical field. Because these four have to come together, that’s why you see that actually change in healthcare is difficult, and it’s not always going as fast.

We had the ultimate example in covid. Because of the crisis, actually, these four had to come together. And I always say kind of the example in digital health was the most pressing one, right? People move at a different clock speed and are moving to digital health or digital consults. There was no way to do it in a different manner, so people had to go to digital consults.

So, certainly, there was financial support for doing digital consults. Doctors were changing the way of applying medicine by actually offering digital consults. And actually, regulators said, “Okay, we accept that this is a practice that you can do.” And that happened within months, not years.

But that’s actually where you see also, in particular, moving into the home, it requires these four streams to come together at scale. And that’s where you see that healthcare system, but also the governments and the public, is still more challenged with — that continuing the kind of current routines and practices, which is for disease, you go to the hospital, you see a doctor physically, and that’s how you consume healthcare practice in today’s world.

That’s the regulated side, right? You have the four streams, and there’s one very important piece of that puzzle. On the consumer side, it’s just the wild west. How do you see that playing out? How do you get people to understand what’s important and what’s not?

There is an educational component that actually is rising very fast, right? People can get self-educated in a much better and faster way than ever before. There’s also a downside to it, which is actually they become doctors themselves or pretend they kind of know themselves what’s here.

So, again, there, it’s between what is it that you can act upon yourself. So, the self-care component, where we see growing interest of consumers to take care of their own health, is an undeniable trend already for long. And actually, you see people getting more engaged, getting more involved.

Measuring helps. Making them aware helps. Offering tools that they can connect helps. But that’s not yet at scale that it reaches everybody. And for some others, you need also to be mindful that Dr. Google is not an official doctor, so don’t start to practice based on what Dr. Google says to you. So, if you have a serious problem, please still make sure you get serious support, meaning you go to your current support system, whether it’s a nurse, a doctor, that actually can give you the professional support that you need.

There will be a line that will be growing in terms of what it is that you can do yourself to actually make sure you keep healthy. The moment you start to go into diagnosis, there’s very quickly the point that you need to get into the professional system. And then also, of course, for any intervention that needs to happen, that’s where you end up.

But that kind of line where we can propel people to actually take more proactive care of their health, I think, is a very important one to make sure we have a sustainable healthcare system for the future.

Well, Roy, this has been an incredible conversation. I could keep going for hours, especially about AI and consumer, but I think we’re going to have to have you back to finish that up. Thank you so much for being on Decoder.

Thank you for having me.

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Illustration by Alex Castro / The Verge

Expect news about Stranger Things, Arcane, Squid Game, and plenty more. Netflix is back with its now-annual Geeked Week, a weeklong event meant to hype up its nerdier shows, movies, and games. That means you can expect a steady drip of trailers and news about some of the streaming service’s biggest properties. Last year, for instance, we got the likes of Avatar: the Last Airbender, Hades, and 3 Body Problem.
This year’s edition has some heavy hitters as well. A teaser video suggests we’ll be learning more about the second seasons of Arcane (which is due out in November), Squid Game (which starts streaming in December), and Avatar (which was renewed back in March). We’ll likely also hear about the service’s steadily growing gaming offerings, highlighted by the upcoming launch of Monument Valley 3. The teaser also hints that we’ll finally be getting some Stranger Things news — it’s been two whole years since the last season.
The week will include daily announcements online, culminating with a live event on September 19th at 8PM ET. But you can keep up with all of the important news, announcements, and trailers right here.

Illustration by Alex Castro / The Verge

Expect news about Stranger Things, Arcane, Squid Game, and plenty more.

Netflix is back with its now-annual Geeked Week, a weeklong event meant to hype up its nerdier shows, movies, and games. That means you can expect a steady drip of trailers and news about some of the streaming service’s biggest properties. Last year, for instance, we got the likes of Avatar: the Last Airbender, Hades, and 3 Body Problem.

This year’s edition has some heavy hitters as well. A teaser video suggests we’ll be learning more about the second seasons of Arcane (which is due out in November), Squid Game (which starts streaming in December), and Avatar (which was renewed back in March). We’ll likely also hear about the service’s steadily growing gaming offerings, highlighted by the upcoming launch of Monument Valley 3. The teaser also hints that we’ll finally be getting some Stranger Things news — it’s been two whole years since the last season.

The week will include daily announcements online, culminating with a live event on September 19th at 8PM ET. But you can keep up with all of the important news, announcements, and trailers right here.

Read More 

Image: Nintendo

The incoming holiday season has some reliable signs, with Christmas songs on the radio, football back on television, and Nintendo Switch bundles with Mario Kart 8 Deluxe. If you somehow have avoided the convertible console so far, then this is your chance to get not only the system but also a complimentary subscription to Nintendo Switch Online.
Since we know that the Switch 2 will be announced soon, Nintendo has improved the offer over last year’s bundle by including the Switch OLED as an option and packing in 12 months of the online service for free instead of three.

Image: Nintendo

The Mario Kart 8 pack-in is in the form of a digital code, so that’s worth noting if you demand physical media. But otherwise, there’s a little extra value attached to both the standard Switch and Switch OLED without bumping up their sticker prices of $299.99 and $349.99, respectively.
These discounted bundle packs should arrive in stores and online “by October” if you need a new machine to play The Legend of Zelda: Echoes of Wisdom on once it’s released on September 26th or Donkey Kong Country Returns HD when it arrives in January.

Image: Nintendo

The incoming holiday season has some reliable signs, with Christmas songs on the radio, football back on television, and Nintendo Switch bundles with Mario Kart 8 Deluxe. If you somehow have avoided the convertible console so far, then this is your chance to get not only the system but also a complimentary subscription to Nintendo Switch Online.

Since we know that the Switch 2 will be announced soon, Nintendo has improved the offer over last year’s bundle by including the Switch OLED as an option and packing in 12 months of the online service for free instead of three.

Image: Nintendo

The Mario Kart 8 pack-in is in the form of a digital code, so that’s worth noting if you demand physical media. But otherwise, there’s a little extra value attached to both the standard Switch and Switch OLED without bumping up their sticker prices of $299.99 and $349.99, respectively.

These discounted bundle packs should arrive in stores and online “by October” if you need a new machine to play The Legend of Zelda: Echoes of Wisdom on once it’s released on September 26th or Donkey Kong Country Returns HD when it arrives in January.

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Aerial image of a controlled burn. | Image: Google

A Google-backed initiative aims to prevent raging infernos by using satellites that can detect small fires before they grow out of control.
The goal is to launch a constellation of satellites called FireSat into low Earth orbit. It’s a collaboration between a newly founded nonprofit coalition called Earth Fire Alliance and the startup Muon Space, which designs and operates satellite networks. Google.org is funding the project, and Google’s research team is also helping to develop the technology to spot wildfires and monitor their growth from space.
“There is a significant gap between the data we have available today and what we could have with better satellite coverage.”
Climate change is setting the stage for more monstrous wildfires as temperatures rise and droughts worsen in many places around the world. That’s why emergency responders and scientists are searching for new tools to help keep communities safe from more intense blazes.
Satellites already gather data used to warn people about large wildfires. The hope is that FireSat can provide more consistent, high-resolution data and spot flames sooner than existing satellites or even people on the ground can.
“There is a significant gap between the data we have available today and what we could have with better satellite coverage. So that’s why Google Research, we teamed up with a bunch of folks, scientists, and leaders in the fire community to develop a new satellite constellation,” Christopher Van Arsdale, lead researcher at Google Research’s Climate and Energy group and a board member for Earth Fire Alliance, said in a press briefing this week.

Fires are often spotted by people or planes first, rather than satellites. Existing satellites that gather data on wildfires might only come by a few times a day or can detect blazes only once they’ve reached a certain size. That makes them harder to use for detecting small fires. If they could gather more granular data, satellites could potentially find blazes in remote places before they reach more populated areas.
With more than 50 satellites dedicated solely to watching wildfires, FireSat is expected to check wildfire activity across the globe every 20 minutes. It’s also supposed to detect fires as small as 5 x 5 meters (the size of a classroom). That’s significantly smaller than earlier satellites, which were able to find blazes two to three acres in size (the size of two football fields), according to Google. To do this, the team behind FireSat developed custom sensors and algorithms to crunch the data using AI. FireSat will be able to quickly compare images of any 5 x 5-meter area over time to recognize a fire and contribute to a global record of fire spread for researchers.
Muon Space is scheduled to launch the first of these satellites in early 2025 and then three more spacecraft in 2026 as part of the first phase of the mission. The Earth Fire Alliance just launched publicly this year, although the technology for FireSat has been under development over the past five years.
“As a former firefighter, I can personally attest to the difference that this will make for firefighters in the field today,” Kate Dargan Marquis, former California state fire marshal and a senior adviser at the Gordon and Betty Moore Foundation that’s also funding FireSat, said in the press call. “It is a game changer, especially as wildfires are becoming more extreme, more frequent and more dangerous for everyone, information like this will make a life saving difference.”

Aerial image of a controlled burn. | Image: Google

A Google-backed initiative aims to prevent raging infernos by using satellites that can detect small fires before they grow out of control.

The goal is to launch a constellation of satellites called FireSat into low Earth orbit. It’s a collaboration between a newly founded nonprofit coalition called Earth Fire Alliance and the startup Muon Space, which designs and operates satellite networks. Google.org is funding the project, and Google’s research team is also helping to develop the technology to spot wildfires and monitor their growth from space.

Climate change is setting the stage for more monstrous wildfires as temperatures rise and droughts worsen in many places around the world. That’s why emergency responders and scientists are searching for new tools to help keep communities safe from more intense blazes.

Satellites already gather data used to warn people about large wildfires. The hope is that FireSat can provide more consistent, high-resolution data and spot flames sooner than existing satellites or even people on the ground can.

“There is a significant gap between the data we have available today and what we could have with better satellite coverage. So that’s why Google Research, we teamed up with a bunch of folks, scientists, and leaders in the fire community to develop a new satellite constellation,” Christopher Van Arsdale, lead researcher at Google Research’s Climate and Energy group and a board member for Earth Fire Alliance, said in a press briefing this week.

Fires are often spotted by people or planes first, rather than satellites. Existing satellites that gather data on wildfires might only come by a few times a day or can detect blazes only once they’ve reached a certain size. That makes them harder to use for detecting small fires. If they could gather more granular data, satellites could potentially find blazes in remote places before they reach more populated areas.

With more than 50 satellites dedicated solely to watching wildfires, FireSat is expected to check wildfire activity across the globe every 20 minutes. It’s also supposed to detect fires as small as 5 x 5 meters (the size of a classroom). That’s significantly smaller than earlier satellites, which were able to find blazes two to three acres in size (the size of two football fields), according to Google. To do this, the team behind FireSat developed custom sensors and algorithms to crunch the data using AI. FireSat will be able to quickly compare images of any 5 x 5-meter area over time to recognize a fire and contribute to a global record of fire spread for researchers.

Muon Space is scheduled to launch the first of these satellites in early 2025 and then three more spacecraft in 2026 as part of the first phase of the mission. The Earth Fire Alliance just launched publicly this year, although the technology for FireSat has been under development over the past five years.

“As a former firefighter, I can personally attest to the difference that this will make for firefighters in the field today,” Kate Dargan Marquis, former California state fire marshal and a senior adviser at the Gordon and Betty Moore Foundation that’s also funding FireSat, said in the press call. “It is a game changer, especially as wildfires are becoming more extreme, more frequent and more dangerous for everyone, information like this will make a life saving difference.”

Read More