Jibo’s Spiritual Successor Is Here: Lingverse Unveils AI Wearable iKairos
If you remember Jibo, you’ll probably also remember its emotional farewell. The social robot, once named one of TIME’s Best Inventions, shut down in 2019 with a message asking owners to “say hello” to future robots. Singapore-based AI hardware startup Lingverse, the team behind the original visoon, has announced $29 million in Pre-A funding to develop iKairos, a wearable AI companion that the company describes as the spiritual successor to Jibo. Unlike existing AI wearables, iKairos is designed to understand both its user and their surroundings, allowing it to offer proactive assistance instead of simply responding to prompts.
iKairos Wants to Be More Than Another AI Wearable
AI wearables have gained momentum over the past year, but most products still rely on a single camera or microphone to interpret the world from the wearer’s perspective. Lingverse believes that’s only half the picture. The company says iKairos is the first dual-perspective AI wearable, featuring a modular design that can be worn on the body or used as a desktop device. Users can switch its field of view between themselves and their surroundings, allowing the AI to build context about both the person wearing it and the environment around them.
The goal is to make the device less reactive and more proactive. Instead of waiting for voice commands, iKairos is designed to recognize situations where reminders, suggestions, or questions might be useful based on what it observes over time.
Beyond that, the company says iKairos includes a physical camera shutter that completely blocks visual recording whenever users want additional privacy. It also claims that personal data is either processed locally on the device or encrypted during transmission, and that user data won’t be used to train its AI models.
Speaking on the matter, Jiawei Gu, Founder and CEO of Lingverse, said:
Today, with iKairos, we can finally pick up where the Jibo team left off and deliver on the promise. iKairos continuously observes both you and your surroundings, creating the context that today’s AI lacks. Once the AI understands your life instead of just your prompts, iKairos can begin to act as a personal AI guardian, which is capable of unlocking entirely new experiences and proactively adapts to and works around your lifestyle.”
If you remember Jibo, you’ll probably also remember its emotional farewell. The social robot, once named one of TIME’s Best Inventions, shut down in 2019 with a message asking owners to “say hello” to future robots. Singapore-based AI hardware startup Lingverse, the team behind the original visoon, has announced $29 million in Pre-A funding to develop iKairos, a wearable AI companion that the company describes as the spiritual successor to Jibo. Unlike existing AI wearables, iKairos is designed to understand both its user and their surroundings, allowing it to offer proactive assistance instead of simply responding to prompts.
iKairos Wants to Be More Than Another AI Wearable
AI wearables have gained momentum over the past year, but most products still rely on a single camera or microphone to interpret the world from the wearer’s perspective. Lingverse believes that’s only half the picture. The company says iKairos is the first dual-perspective AI wearable, featuring a modular design that can be worn on the body or used as a desktop device. Users can switch its field of view between themselves and their surroundings, allowing the AI to build context about both the person wearing it and the environment around them.
The goal is to make the device less reactive and more proactive. Instead of waiting for voice commands, iKairos is designed to recognize situations where reminders, suggestions, or questions might be useful based on what it observes over time.
Beyond that, the company says iKairos includes a physical camera shutter that completely blocks visual recording whenever users want additional privacy. It also claims that personal data is either processed locally on the device or encrypted during transmission, and that user data won’t be used to train its AI models.
Speaking on the matter, Jiawei Gu, Founder and CEO of Lingverse, said:
Today, with iKairos, we can finally pick up where the Jibo team left off and deliver on the promise. iKairos continuously observes both you and your surroundings, creating the context that today’s AI lacks. Once the AI understands your life instead of just your prompts, iKairos can begin to act as a personal AI guardian, which is capable of unlocking entirely new experiences and proactively adapts to and works around your lifestyle.”
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#Jibos #Spiritual #Successor #Lingverse #Unveils #Wearable #iKairos
At its San Diego Comic-Con panel today, Apple TV dropped the surprise debut of the first teaser trailer for its upcoming sci-fi series Neuromancer. It’s our best look yet at the show, which is based on the 1984 novel of the same name by William Gibson. Gibson’s novel is a cornerstone of the cyberpunk genre, but it has never before been adapted for the big or small screen.
Check out the teaser below.
Neuromancer stars Callum Turner, Briana Middleton, Mark Strong, Joseph Lee, Peter Sarsgaard and Clémence Poésy. According to its official description, “Neuromancer follows a damaged, top-rung super-hacker named Case (Turner) who is thrust into a web of digital espionage and high-stakes crime with his partner Molly (Middleton), a razor-girl assassin, as they pull off a heist on a corporate dynasty with untold secrets.”
The teaser clocks in at just over a minute, but it’s enough to give us a sense of the show’s visual identity. It looks like Apple has really put in the work of accurately replicating Gibson’s world. Given the streamer’s burgeoning reputation for quality sci-fi TV series, it seemed from the beginning that it would be a good home for Neuromancer, and based on this very early look, that still seems to be the case.
Neuromancer was created for television by Graham Roland (Dark Winds) and JD Dillard (Utopia, The Twilight Zone), with Roland serving as showrunner. The show’s supporting cast includes Max Irons, Dane DeHaan, Junia Rees, Jordan Kouamé, Emma Laird, Marc Menchaca, André De Shields and Isabella Pappas.
Neuromancer premieres January 22, 2027, on Apple TV. The first two episodes will premiere on the same day, with the remaining eight episodes releasing weekly after that.
At its San Diego Comic-Con panel today, Apple TV dropped the surprise debut of the first teaser trailer for its upcoming sci-fi series Neuromancer. It’s our best look yet at the show, which is based on the 1984 novel of the same name by William Gibson. Gibson’s novel is a cornerstone of the cyberpunk genre, but it has never before been adapted for the big or small screen.
Check out the teaser below.
Neuromancer stars Callum Turner, Briana Middleton, Mark Strong, Joseph Lee, Peter Sarsgaard and Clémence Poésy. According to its official description, “Neuromancer follows a damaged, top-rung super-hacker named Case (Turner) who is thrust into a web of digital espionage and high-stakes crime with his partner Molly (Middleton), a razor-girl assassin, as they pull off a heist on a corporate dynasty with untold secrets.”
The teaser clocks in at just over a minute, but it’s enough to give us a sense of the show’s visual identity. It looks like Apple has really put in the work of accurately replicating Gibson’s world. Given the streamer’s burgeoning reputation for quality sci-fi TV series, it seemed from the beginning that it would be a good home for Neuromancer, and based on this very early look, that still seems to be the case.
Neuromancer was created for television by Graham Roland (Dark Winds) and JD Dillard (Utopia, The Twilight Zone), with Roland serving as showrunner. The show’s supporting cast includes Max Irons, Dane DeHaan, Junia Rees, Jordan Kouamé, Emma Laird, Marc Menchaca, André De Shields and Isabella Pappas.
Neuromancer premieres January 22, 2027, on Apple TV. The first two episodes will premiere on the same day, with the remaining eight episodes releasing weekly after that.
#Neuromancer #Teaser #Trailer #Brings #William #Gibsons #LifeApple TV,Neuromancer,San Diego Comic-Con">‘Neuromancer’ Teaser Trailer Brings William Gibson’s Novel to Life
At its San Diego Comic-Con panel today, Apple TV dropped the surprise debut of the first teaser trailer for its upcoming sci-fi series Neuromancer. It’s our best look yet at the show, which is based on the 1984 novel of the same name by William Gibson. Gibson’s novel is a cornerstone of the cyberpunk genre, but it has never before been adapted for the big or small screen.
Check out the teaser below.
Neuromancer stars Callum Turner, Briana Middleton, Mark Strong, Joseph Lee, Peter Sarsgaard and Clémence Poésy. According to its official description, “Neuromancer follows a damaged, top-rung super-hacker named Case (Turner) who is thrust into a web of digital espionage and high-stakes crime with his partner Molly (Middleton), a razor-girl assassin, as they pull off a heist on a corporate dynasty with untold secrets.”
The teaser clocks in at just over a minute, but it’s enough to give us a sense of the show’s visual identity. It looks like Apple has really put in the work of accurately replicating Gibson’s world. Given the streamer’s burgeoning reputation for quality sci-fi TV series, it seemed from the beginning that it would be a good home for Neuromancer, and based on this very early look, that still seems to be the case.
Neuromancer was created for television by Graham Roland (Dark Winds) and JD Dillard (Utopia, The Twilight Zone), with Roland serving as showrunner. The show’s supporting cast includes Max Irons, Dane DeHaan, Junia Rees, Jordan Kouamé, Emma Laird, Marc Menchaca, André De Shields and Isabella Pappas.
Neuromancer premieres January 22, 2027, on Apple TV. The first two episodes will premiere on the same day, with the remaining eight episodes releasing weekly after that.
#Smart #Cutting #Machine #Depends #Youre #Makingandhousehold,shopping,accessories and peripherals,smart home,diy,gadgets">The Best Smart Cutting Machine for You Depends on What You’re Making—and How Many
More than once, Leonardo threw up a generic error pop-up with no explanation of how to fix the problem. You’re forced to dismiss the message before doing anything else, which feels like hitting a dead end before trying to troubleshoot yourself or looking up the error code in Leonardo.
Connectivity, luckily, is super simple and seamless. The Romeo connects to your computer over Wi-Fi instead of Bluetooth, which sounds like a minor detail until you’ve wrestled with the quirks that Bluetooth can sometimes pose (looking at you, Design Space). During my testing of the Explore 5, I’d occasionally lose my Bluetooth connection, requiring me to disconnect the machine from my computer, reconnect, and try again. I’m not sure if that’s a Design Space issue or my laptop juggling too many Bluetooth devices, but it can be a headache. Through my testing, I never once had the Romeo machine unexpectedly disconnect.
Making Space
There’s no getting around it: The Romeo is big—it’s got twice the cutting width of the Explore 5. It’s not the type of machine that sits easily on a closet shelf when you’re not using it. Most people will want to dedicate a table to it. That’s not necessarily a downside, but it’s intended to exist like a permanent fixture in your workspace. (And remember to account for clearance behind the machine, since materials feed through the rear!). But it is sturdy and built well; it never shifted on the table while cutting, there was very little vibration, the carriage moved seamlessly with no rattles, and nothing flexed or creaked.
Its open design is another trade-off. Unlike the Explore 5, which folds up, everything stays exposed on the Romeo. I haven’t noticed any buildup yet, but I do worry about pet hair and dust getting into the internals, and it’s something that I’ll keep an eye on over time.
When it cuts, the Romeo bleeps and chirps like a dial-up internet, while the Cricut hums and whirs more like an old inkjet printer. Neither is particularly loud, but worth noting if you share a workspace.
Time to Graduate?
Photograph: Nicole Kinning
After spending time with both machines, my biggest takeaway is that the Cricut is designed to remove as many decisions and points of friction as possible. The Romeo hands you the controls and expects you to learn how to use them.
#Smart #Cutting #Machine #Depends #Youre #Makingandhousehold,shopping,accessories and peripherals,smart home,diy,gadgets
Reduction of fine lines, dark circles, and crow’s feet
Improving skin texture
Fighting wrinkles
Boosting collagen production
Reducing inflammation and redness
To be effective, the light coming from the mask must penetrate different layers of your skin. There are optimal wavelengths for each type of light a face mask emits, and any reputable brand will put their mask’s wavelengths front and center in the listing. These carefully chosen ranges are strong enough to penetrate your skin, but gentle enough to avoid over-activating delicate face skin.
Red light does its work in the middle layer (dermis) of your skin, requiring wavelengths between 630 and 633 nm to reach past the top layer. There, red light stimulates cells to produce rejuvenating proteins like collagen and elastin, evening out surface redness, and preventing scarring or post-pimple red spots.
The Shark CryoGlow’s Better Aging routine combines red and near-infrared light.Credit: Leah Stodart / Mashable
The Shark CryoGlow’s Skin Clearing routine uses a special sequence of red, near-infrared, and blue light.Credit: Leah Stodart / Mashable
Most red light masks also use near-infrared red light therapy, which requires longer wavelengths to travel further than regular red light. Near-infrared light between 830 and 850 nm reaches into tissue under the dermis to further stimulate cell turnover, firm skin, and heal deep-seated spots or stubborn dark circles.
What about blue light therapy?
Blue light is often used to target acne, and some of the best red light masks use a combination of blue and red light therapy.
Blue light operates on the top layer (epidermis) of your skin, so its ideal wavelength is shorter than either red light standard. Blue light at 415nm has an antimicrobial effect, ideally killing the bacteria that cause acne before a breakout starts. If hellbent bacterial acne makes it past the blue light phase — or if you’re also dealing with hormonal or cystic acne not caused by bacteria — red light swoops in to neutralize inflammation and speed up the healing process.
The thing is, most mainstream LED face masks hit those wavelength marks. So, how do you choose between masks if their wavelength numbers are all the same?
The importance of irradiance
Irradiance is another major element that determines whether or not a red light mask actually works. While wavelength refers to the length the light can travel, irradiance refers to the amount of light energy that’s actually reaching your skin per session (not just the intensity of light being generated at the bulb). If wavelength numbers are correct but irradiance is low, the mask will still be kind of a dud.
Bulb placement is one of the key factors we considered in our test.Credit: Leah Stodart / Mashable
Comfort is another key factor, as consistent use is key to results.Credit: Miller Kern / Mashable
Irradiance is officially expressed as milliwatts per square centimeter. The optimal irradiance range for a red light face mask is pretty wide (anywhere between 30 and 100 mW/cm²), though many brands don’t directly provide that number.
Most brands do note the length of each session, which is one way to quickly gauge irradiance without getting into calculations. Dr. Mamina Turegano sums it up best on her YouTube account: “Higher irradiance means more effective energy delivery per minute of use.” Longer sessions don’t automatically mean that results will be more powerful — a mask with sessions that last for less than 10 minutes has higher irradiance than a mask with sessions that last for 20 to 30 minutes. Since a mask with lower irradiance needs to sit on your face for longer, you might be less likely to keep up with wearing it.
Are bulb count and bulb placement a big deal?
The number of bulbs and the placement of bulbs inside the mask can also impact efficacy, especially if you’re expecting results on a specific area of your face. Masks with more bulbs packed evenly across the face will provide more even coverage across every inch of your face than masks with more sporadically-placed bulbs.
Some masks also provide more light sources overall by emitting both red and blue light simultaneously from every single bulb, like the Shark CryoGlow. This would be a better option for full-face acne prevention than masks with blue and red LEDs only concentrated in certain spots, like the Dr. Dennis Gross DRx SpectraLite.
What red light masks worked for us?
Of course, you probably didn’t come here for a science lesson. You want to find the best red light masks Mashable’s testers used and loved.
After trying out 11 different products, we ultimately found six that we can recommend. These masks delivered visible results for our product testers.
Remember: Consistency is essential for the best results (or any results)with LED face masks. You’ll need to wear your mask consistently for at least 1-2 months.
Reduction of fine lines, dark circles, and crow’s feet
Improving skin texture
Fighting wrinkles
Boosting collagen production
Reducing inflammation and redness
To be effective, the light coming from the mask must penetrate different layers of your skin. There are optimal wavelengths for each type of light a face mask emits, and any reputable brand will put their mask’s wavelengths front and center in the listing. These carefully chosen ranges are strong enough to penetrate your skin, but gentle enough to avoid over-activating delicate face skin.
Red light does its work in the middle layer (dermis) of your skin, requiring wavelengths between 630 and 633 nm to reach past the top layer. There, red light stimulates cells to produce rejuvenating proteins like collagen and elastin, evening out surface redness, and preventing scarring or post-pimple red spots.
The Shark CryoGlow’s Better Aging routine combines red and near-infrared light.Credit: Leah Stodart / Mashable
The Shark CryoGlow’s Skin Clearing routine uses a special sequence of red, near-infrared, and blue light.Credit: Leah Stodart / Mashable
Most red light masks also use near-infrared red light therapy, which requires longer wavelengths to travel further than regular red light. Near-infrared light between 830 and 850 nm reaches into tissue under the dermis to further stimulate cell turnover, firm skin, and heal deep-seated spots or stubborn dark circles.
What about blue light therapy?
Blue light is often used to target acne, and some of the best red light masks use a combination of blue and red light therapy.
Blue light operates on the top layer (epidermis) of your skin, so its ideal wavelength is shorter than either red light standard. Blue light at 415nm has an antimicrobial effect, ideally killing the bacteria that cause acne before a breakout starts. If hellbent bacterial acne makes it past the blue light phase — or if you’re also dealing with hormonal or cystic acne not caused by bacteria — red light swoops in to neutralize inflammation and speed up the healing process.
The thing is, most mainstream LED face masks hit those wavelength marks. So, how do you choose between masks if their wavelength numbers are all the same?
The importance of irradiance
Irradiance is another major element that determines whether or not a red light mask actually works. While wavelength refers to the length the light can travel, irradiance refers to the amount of light energy that’s actually reaching your skin per session (not just the intensity of light being generated at the bulb). If wavelength numbers are correct but irradiance is low, the mask will still be kind of a dud.
Bulb placement is one of the key factors we considered in our test.Credit: Leah Stodart / Mashable
Comfort is another key factor, as consistent use is key to results.Credit: Miller Kern / Mashable
Irradiance is officially expressed as milliwatts per square centimeter. The optimal irradiance range for a red light face mask is pretty wide (anywhere between 30 and 100 mW/cm²), though many brands don’t directly provide that number.
Most brands do note the length of each session, which is one way to quickly gauge irradiance without getting into calculations. Dr. Mamina Turegano sums it up best on her YouTube account: “Higher irradiance means more effective energy delivery per minute of use.” Longer sessions don’t automatically mean that results will be more powerful — a mask with sessions that last for less than 10 minutes has higher irradiance than a mask with sessions that last for 20 to 30 minutes. Since a mask with lower irradiance needs to sit on your face for longer, you might be less likely to keep up with wearing it.
Are bulb count and bulb placement a big deal?
The number of bulbs and the placement of bulbs inside the mask can also impact efficacy, especially if you’re expecting results on a specific area of your face. Masks with more bulbs packed evenly across the face will provide more even coverage across every inch of your face than masks with more sporadically-placed bulbs.
Some masks also provide more light sources overall by emitting both red and blue light simultaneously from every single bulb, like the Shark CryoGlow. This would be a better option for full-face acne prevention than masks with blue and red LEDs only concentrated in certain spots, like the Dr. Dennis Gross DRx SpectraLite.
What red light masks worked for us?
Of course, you probably didn’t come here for a science lesson. You want to find the best red light masks Mashable’s testers used and loved.
After trying out 11 different products, we ultimately found six that we can recommend. These masks delivered visible results for our product testers.
Remember: Consistency is essential for the best results (or any results)with LED face masks. You’ll need to wear your mask consistently for at least 1-2 months.
#red #light #masks #tested #winners #avoid">Best red light masks tested: 6 winners, 2 to avoid in 2026
How to choose a red light face mask: Look at wavelength first
There are some ways to tell that a red light face mask won’t be effective before you buy it and use it for a few months.
Wavelength is the first factor anyone will tell you to consider. You want to find products that emit light within the therapeutic window, or the range of wavelengths that can be effective when treating common skin conditions. There is now an abundance of evidence that specific wavelengths of red light can be effective for:
Reduction of fine lines, dark circles, and crow’s feet
Improving skin texture
Fighting wrinkles
Boosting collagen production
Reducing inflammation and redness
To be effective, the light coming from the mask must penetrate different layers of your skin. There are optimal wavelengths for each type of light a face mask emits, and any reputable brand will put their mask’s wavelengths front and center in the listing. These carefully chosen ranges are strong enough to penetrate your skin, but gentle enough to avoid over-activating delicate face skin.
Red light does its work in the middle layer (dermis) of your skin, requiring wavelengths between 630 and 633 nm to reach past the top layer. There, red light stimulates cells to produce rejuvenating proteins like collagen and elastin, evening out surface redness, and preventing scarring or post-pimple red spots.
The Shark CryoGlow’s Better Aging routine combines red and near-infrared light.Credit: Leah Stodart / Mashable
The Shark CryoGlow’s Skin Clearing routine uses a special sequence of red, near-infrared, and blue light.Credit: Leah Stodart / Mashable
Most red light masks also use near-infrared red light therapy, which requires longer wavelengths to travel further than regular red light. Near-infrared light between 830 and 850 nm reaches into tissue under the dermis to further stimulate cell turnover, firm skin, and heal deep-seated spots or stubborn dark circles.
What about blue light therapy?
Blue light is often used to target acne, and some of the best red light masks use a combination of blue and red light therapy.
Blue light operates on the top layer (epidermis) of your skin, so its ideal wavelength is shorter than either red light standard. Blue light at 415nm has an antimicrobial effect, ideally killing the bacteria that cause acne before a breakout starts. If hellbent bacterial acne makes it past the blue light phase — or if you’re also dealing with hormonal or cystic acne not caused by bacteria — red light swoops in to neutralize inflammation and speed up the healing process.
The thing is, most mainstream LED face masks hit those wavelength marks. So, how do you choose between masks if their wavelength numbers are all the same?
The importance of irradiance
Irradiance is another major element that determines whether or not a red light mask actually works. While wavelength refers to the length the light can travel, irradiance refers to the amount of light energy that’s actually reaching your skin per session (not just the intensity of light being generated at the bulb). If wavelength numbers are correct but irradiance is low, the mask will still be kind of a dud.
Bulb placement is one of the key factors we considered in our test.Credit: Leah Stodart / Mashable
Comfort is another key factor, as consistent use is key to results.Credit: Miller Kern / Mashable
Irradiance is officially expressed as milliwatts per square centimeter. The optimal irradiance range for a red light face mask is pretty wide (anywhere between 30 and 100 mW/cm²), though many brands don’t directly provide that number.
Most brands do note the length of each session, which is one way to quickly gauge irradiance without getting into calculations. Dr. Mamina Turegano sums it up best on her YouTube account: “Higher irradiance means more effective energy delivery per minute of use.” Longer sessions don’t automatically mean that results will be more powerful — a mask with sessions that last for less than 10 minutes has higher irradiance than a mask with sessions that last for 20 to 30 minutes. Since a mask with lower irradiance needs to sit on your face for longer, you might be less likely to keep up with wearing it.
Are bulb count and bulb placement a big deal?
The number of bulbs and the placement of bulbs inside the mask can also impact efficacy, especially if you’re expecting results on a specific area of your face. Masks with more bulbs packed evenly across the face will provide more even coverage across every inch of your face than masks with more sporadically-placed bulbs.
Some masks also provide more light sources overall by emitting both red and blue light simultaneously from every single bulb, like the Shark CryoGlow. This would be a better option for full-face acne prevention than masks with blue and red LEDs only concentrated in certain spots, like the Dr. Dennis Gross DRx SpectraLite.
What red light masks worked for us?
Of course, you probably didn’t come here for a science lesson. You want to find the best red light masks Mashable’s testers used and loved.
After trying out 11 different products, we ultimately found six that we can recommend. These masks delivered visible results for our product testers.
Remember: Consistency is essential for the best results (or any results)with LED face masks. You’ll need to wear your mask consistently for at least 1-2 months.
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