Here at Fullpower Labs, we are thinking about last year’s Berkeley earthquake and have been doing some geographical distribution analysis. That earthquake hit right in the middle of our night, 2:39 am to be precise. Many of Sleeptracker’s users (www.sleeptracker.com) in Northern California were affected.

Here’s a graphical representation using the Sleeptracker AI-powered predictive analytics to show how that developed.

Click for PDF version


Fullpower keynote presentation at CES 2019

Sleep technology grew at the 2019 CES show and Fullpower’s Sleeptracker® technology platform is the clear leader. Completely non-invasive and non-intrusive, Sleeptracker monitor requires nothing to wear, nothing to charge, and it makes any bed a smart-bed with accurate monitoring to 90+ pct of PSG for two simultaneous sleepers. The Sleeptracker platform is cloud-based and AI-powered with a powerful bolt-on cloud-to-cloud API for rapid integration (learn more about our technology at Fullpower.com). Alexa users have additional features, for example, simply ask Alexa using the new skill: “Alexa, ask Sleeptracker how I slept last night?” With much more under development to be announced soon, the Sleeptracker® Monitor is leading the sleep AI machine learning industry.

Sleeptracker monitor Key Features

  • AI + Machine Learning
  • Detailed Sleep Analysis
  • Fits Seamlessly Under Mattress
  • Amazon Alexa Compatible

Magid: Devices Measure Quantity, Quality of Sleep

By Larry Magid, Mercury News

Apple’s Beddit comes in second to the Sleeptracker by Beautyrest, which has better features for couples.

One of the criticisms of the Apple Watch is that there is no native sleep monitoring, but that’s not keeping Apple from wanting to measure your sleep. Instead, the consumer electronics giant last year acquired Beddit, a sleep detection device that’s composed of a plastic strip that you put under your bottom sheet, to measure how you sleep. Apple just released the newest version of Beddit (3.5) with an accompanying iPhone app.

As is often the case with new Apple product categories, Apple is not the first to market a sleep detection device that connects to the bed. And, as is sometimes the case, the Apple product isn’t best of the breed. I installed the new Beddit device to compare with the Sleeptracker by Beautyrest monitor that I’ve been using for about a year and prefer the Sleeptracker.

Beddit is available at Apple stores or at Apple.com for $149.95. Beautyrest Sleeptracker lists for $199, but Amazon is currently selling it for $116.14 while Sears.com now has it for only $69.99.

The Apple and Beautyrest devices have a few things in common, but they differ in important ways. First, the Sleeptracker works with both Android and iPhone while Beddit only works with iPhone. Second, a single Sleeptracker product works with two sleepers so, if you share your bed, you and your partner can both get sleep data. You would have to buy and install two Beddit products to measure two sleepers. With Beddit, you need to have the phone in the room, while Sleeptracker connects to your home Wi-Fi network and can work independently of the phone, once it’s set up. During setup, the Sleeptracker app asks if a pet sleeps on your bed to make sure the pet doesn’t affect your readings.

Also, Sleeptracker uploads your data to powerful cloud-based servers, according to Philippe Kahn, CEO of Fullpower, the Santa Cruz company that developed the product for Beautyrest. Kahn said that the data is anonymously compared with data from thousands of other users to give people a basis of comparison. He said that the company adheres to strict European privacy guidelines in all markets, including the U.S.

Having more information about your health – including sleep data – is a good thing

Another big difference is that the Sleeptracker sensors go under the mattress instead of on top of it. I could actually feel the Beddit strip as I was lying in bed. The Sleeptracker sensors are undetectable, except maybe to the protagonist of Hans Christian Anderson’s “The Princess and the Pea.”

Larry Magid is a tech journalist and internet safety activist. To read the complete story, please visit the original article in the Mercury News.

Unlocking the secrets to a better night’s sleep

Asleep. We spend about a third of our lives in a state of slumber. Increasingly documented as a key component of human well-being, sleep enables us to recover and regenerate physically and mentally. Getting too little of it or having poor night’s sleep creates an imbalance that has knock-on effects on cognitive ability, mood, and general performance. For example, the coaches and medical staff at Hintsa Performance emphasize sleep as one of the 6 key components of success for high-level athletes and business people, in what is described as the Circle of Better Life. In The Sleep Revolution, Arianna Huffington claims, “We are in the midst of a sleep deprivation crisis,” and details the consequences society will face socially and economically if we do not adequately address our sleep habits.

Yet, for all the various tips and tricks proposed to improve sleep it remains a largely obscure state that many of us rarely reflect upon – unless you have a bad night’s sleep. Some of us are more aware of the importance of sleep. Severe sleep disorders afflict as much as 16.6% of the population worldwide, if not more, according to a 2012 Warwick University study. There are a number of challenges in researching sleep disorders; however, new technologies are paving the way for improved means of gaining valuable insights into sleep.

Three innovative areas that ETH Zurich currently investigates could hold the answers to optimizing sleep.

Tracking Brain Activity

The SleepLoop project is developing a device in the form of a headband that measures and analyzes brain waves, subsequently playing a matching sound to stimulate deeper sleep. One of the major impediments to traditional sleep studies is the bulky equipment required to measure the subject, often requiring them to sleep in the lab. SleepLoop’s wearable technology optimizes data collection providing quality results that are faster, cheaper, and affords greater comfort to human subjects taking part in the study. This technology could potentially deliver a cure to sleep disorders without the need for drug therapies and may have applications in the prevention of certain brain diseases.

Don’t Hold Your Breath

Scientists in ETH Zurich’s Organic Chemistry Lab have increased 5-fold the sensitivity of their sleep measuring devices using secondary electrospray ionisation (SESI). “This sensitivity is sufficient for our SESI devices to be used for breath analysis in medicine,” says Professor Pablo Sinues. One of the applications Sinues and his team are investigating is the analysis of exhaled breath in order to diagnose sleep apnea. Their future projects include looking at how to simplify instruments to deploy in clinics and doctors’ offices.

Rock-a-bye Baby

Originally created to study the optimal rocking movements for falling asleep, researchers have reengineered the Somnomat bed to study snoring. In both cases, the Sensory-Motor Systems Lab envisions an autonomous robotic platform capable of monitoring, detecting, and self-adjusting as the user sleeps. By customizing the bed to an individual’s preferred conditions, the bed will be able to guarantee a good night’s sleep.

Numbers Don’t Lie

Complimentary to all of these research areas is the work led by ETH Zurich alumnus Philippe Kahn at the California-based company Fullpower Technologies. Drawing on their knowledge of big data, machine learning, and AI, they have developed the Sleeptracker® platform to analyze over 250 million of nights of sleep from millions of individuals worldwide. Their results notably show that there is a genetic predisposition to being a morning or an evening person. According to Kahn, “The challenge is that our modern society tends to force everyone to a schedule inherited from the early days of the industrial revolution. This in turn means that there is about 25% of the population that may not perform optimally on a recommended modern schedule.”

It turns out that in addition to the science of sleep providing solutions to sleepless nights, we may also need to adapt some of our societal parameters to offer more flexibility to account for different sleeping habits and preferences.

Visit Thrive Global to read the original article.

Earlier this year, Prof Zicari had the pleasure of interviewing Philippe Kahn, a mathematician, well-known technology innovator, entrepreneur and founder of four technology companies: Fullpower Technologies, LightSurf Technologies, Starfish Software and Borland.

“There is a lot of hype about the dangers of IoT and AI. It’s important to understand that nobody is building Blade-Runner style replicants.” — Philippe Kahn

Access the full interview to read more!

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About Us:

Zion Market Research is an obligated company. We create futuristic, cutting-edge, informative reports ranging from industry reports, company reports to country reports. We provide our clients not only with market statistics unveiled by avowed private publishers and public organizations but also with vogue and newest industry reports along with pre-eminent and niche company profiles. Our database of market research reports comprises a wide variety of reports from cardinal industries. Our database is been updated constantly in order to fulfill our clients with prompt and direct online access to our database. Keeping in mind the client’s needs, we have included expert insights on global industries, products, and market trends in this database. Last but not the least, we make it our duty to ensure the success of clients connected to us—after all—if you do well, a little of the light shines on us.

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Congratulations Michael, Jeffrey and Michael for your unveiling of the molecular mechanisms that control the circadian rhythm.

Yes, our three science heroes have figured out that while we sleep our “protein batteries” get recharged and during the day our “protein batteries” get depleted. It all seems to work in rhythmic patterns timed by the rotation of planet earth. That’s the molecular-biologists’ confirmation of what the data shows, analyzing millions of night of sleep with the Sleeptracker deep learning solution among other things.

Further, the data shows that in eachsleep cycle, each phase of sleep (deep, light and REM), is essential and contributes to regeneration. With every complete sleep cycle, the mind, body and soul get regenerated. On average, for Ms. and Mr. Everyone it takes a total of four sleep cycles to get reasonably recharged and to perform emotionally, intellectually and physically the next day. Using a car as an analogy, think of deep sleep as the engine, light sleep as the body, and REM as the wheels. You need them all, equally, cyclicly, and multiple times during one night, or in separate naps.

From an evolutionary standpoint, genetic research has now established that 25% of us are night owls and perform best at night, 50% are morning larks, and the rest can perform both as owls and larks. What a fantastic opportunity to help Ms. and Mr. Everyone sleep better!

Again congratulations Michael, Jeffrey and Michael for your unveiling of the molecular mechanisms that control the circadian rhythms and for winning the Nobel prize.

SAN FRANCISCO, July 25, 2017 /PRNewswire/ — The short film, “1997: The Birth of the Camera Phone,” has been selected as both a Vimeo Staff Pick and as a featured film on the Short of the Week website. Created by Conscious Minds, the film depicts how technology innovator Philippe Kahn (currently CEO of Fullpower Technologies) instantly shared the first camera phone photo of the birth of his daughter. That iconic photo was included in Time Magazine’s 2016 list of the 100 most influential photos of all time.

“I was fascinated by the rather odd story of that day in the hospital when all the components of his project finally came together,” said Jonathan Ignatius Green, the director of the film. “It seemed like a true story that you wouldn’t believe if you saw it in a movie. That’s my favorite kind.”

“While we didn’t even realize the Conscious Minds team had created the film until we saw the final product, it captures that momentous day amazingly well,” said Kahn, the creator of the camera phone. “It is a great honor to have this film chosen as short-of-the-week and to reflect twenty years later how the camera phone has been a game changer for society in so many ways.”

The film can be viewed on Vimeo at https://vimeo.com/221117048 or the Short of the Week website at https://www.shortoftheweek.com/2017/07/24/birth-camera-phone/.

Philippe Kahn is currently CEO of Fullpower Technologies, a startup focused on improving sleep through the AI-powered cloud-based IoT Sleeptracker® platform that has been commercially deployed by three leading bedding brands, Beautyrest, Serta, and Tomorrow Sleep.

More information and previous films from Conscious Minds can be found on their website at http://www.weare.cm.

About Fullpower Technologies, Inc.
Fullpower is the leader for cloud-based IoT smart-home and wearable solutions powered by AI, machine-learning and data science. With more than 125 patents, the Fullpower IP portfolio covers the AI-powered Sleeptracker® and the MotionX® IoT technology platforms. Fullpower’s business model is to license technology and IP as a PaaS to brand leaders such as Nike, Beautyrest®, Serta®, Movado® and others. Founded by Philippe Kahn, creator of the first camera phone, and based in Silicon Valley, the Fullpower team is passionate about AI, machine learning, IoT and PII.

Contact:
Leslie Ruble
Fullpower Technologies, Inc.
info@fullpower.com
831-460-7070

1997: The Birth of the Camera Phone from Conscious Minds on Vimeo. (Kahn narrates a reenactment of the birth in the video below; the building of the prototype starts at 1:35.)

Twenty years ago, at the Sutter Maternity Center in Santa Cruz, Calif., while his wife was in labor, Philippe Kahn hacked together a Motorola StarTAC flip phone, a Casio QV digital camera that took 320 by 240 pixel images, and a Toshiba 430CDT laptop computer. When he took a picture with the camera, the system would automatically dial up his Web server and upload the picture to it at 1200 baud. The server would send email alerts to a list of friends and family, who could then log on and view the photo.

It wasn’t a brand new concept for Kahn; he’d spent about a year working on a Web-based infrastructure that he called Picture Mail. Picture Mail would do what we now call “sharing”—that is, one user would upload a photo and text, designated as something to share with a particular list of contacts (say, “friends,” “family,” or “colleagues”). The system would send email notifications to everyone at that list, directing them to visit the host Web page to view the picture. Kahn says he was aiming to be the Polaroid of the 21st century, providing “Instant Picture Mail” that would be a digital update of Polaroid’s vision of the instant camera.

What he hadn’t gotten around to building was the consumer hardware piece of the puzzle. Photography wasn’t going to be instant if you had to hook your camera up to your computer and go to a particular website every time you took a picture.

“I had always wanted to have this all working in time to share my daughter’s birth photo,” Kahn recalls, “but I wasn’t sure I was going to make it.”

Thanks to his wife spending 18 hours in labor at the local maternity center, he had a little time to build the prototype. He realized he had most of what he needed with him—in particular, the phone’s car kit, including a plug that allowed the phone to connect to a car speaker system. For the rest of what he needed, he asked an assistant to make a run to Radio Shack and drop off the additional gear at the hospital.

“It’s always the case that if it weren’t for the last minute, nothing would ever get done,” Kahn says.

Kahn got it working before the baby came, and 11 June 1997 has gone down in history as the birth of a whole new world.

Philippe Kahn took the first ever cell phone picture of his then-newborn daughter Sophie in Santa Cruz County
This photo of Phillipe Kahn’s newborn daughter, taken on 11 June 1997, was the first digital photo ever shared instantly via cell phone

Some call this milestone the beginning of the camera phone. It’s not exactly that; Kahn acknowledges that others had put photo sensors in phones before. And it’s also not the first time someone sent someone else a digital photo on the Internet. But it was the first time that a photo went from one person to a broad list of his friends and family members instantly, with just a touch of a button. Kahn now calls the milestone Instant Share, and points out that this is the way social media still works today—you upload an image once to a site that stores it, and then notifications are broadcast and people follow a link back to the stored image.

Today, of course, instant sharing of photos—evolving to videos—is everywhere. It’s the idea behind Snapchat, Instagram, and Facebook Live. It has changed the way we connect with our friends and the world, and changed the way we experience things. For many, it’s hard to put the phone down and watch something interesting without sharing an image. Camera phones have even spawned dystopian visions of a world in which everything is shared, as in “The Circle.”

All this, looking back, seemed to grow organically. But, according to Kahn, that wasn’t exactly the case. He had to do a lot of plowing to prepare the soil, to extend the metaphor.

“After the baby,” he says, “I spent the next month integrating the design, using a microcontroller, a CMOS sensor, and a phone.” In early 1998, he founded a company around the technology, Lightsurf, and eventually received a handful of patents on the work, he recalls.

He took the technology, he says, “to Kodak, Polaroid, and [other camera companies]; they all had wireless camera projects, but none of them could imagine that the future was digital photography inside the phone, with Instant-Picture-Mail software and service infrastructure. They collectively came to the conclusion that phones would be focused on voice—this was before texting—and that cameras would become wireless.”

Having struck out in the U.S., Kahn moved on to pitch Japanese companies. He had no luck with dominant mobile phone service provider Docomo, but found enthusiasm at J-Phone. J-Phone, he says, then brought in Sharp to design their “Sha-Mail” (translated as “Picture-Mail”) phone, and the product was a success.

Back in the U.S., Wired magazine covered Kahn and LightSurf, prompting Sprint to contact him; Sprint worked with LightSurf and Casio to launch the first U.S. camera phone in 2002.

Quick, what’s the most recent photo on your phone? For photo sharing pioneer Philippe Kahn, it’s a selfie of him with his wife, Sonia Lee, on the beach.

Quick, what’s the most recent photo on your phone? For photo sharing pioneer Philippe Kahn, it’s a selfie of him with his wife, Sonia Lee, on the beach.

Even from the early days, Kahn says, he had a sense that instant photo sharing really was going to change the world. “Citizen journalism immediately came to mind; we were documenting the birth of my daughter, but that was just the beginning.” He believed that other, more political events would be documented, “and it has happened. People can’t hide things anymore. There is always someone with a camera phone taking a video; people can’t just claim that something didn’t happen.”

Bob Parks, who interviewed Kahn for the Wired article in 2000, confirms Kahn’s prescience. Parks says: “He was telling me things like, ‘In the future people will document crimes using video on their phones. Then everyone will know the real story.’ At the time I was skeptical. I thought, ‘OK, guy, I guess we’ll see how that works out.’”

For Kahn personally, the invention worked out quite well: LightSurf was acquired by Verisign in 2005 for approximately $270 million, the intellectual property scattered in later sales and, Kahn said, was tussled over in courts. Kahn is no longer involved with the technology—he has a new startup, FullPower Technologies, that has developed under-the-mattress sensors and cloud based artificial intelligence to gather data and personalize recommendations to help customers improve their sleep. But he’s thrilled watching phone-based photo sharing explode around the world.

“If you go to Africa, people don’t have laptops. They have phones with cameras and they do everything with them—sell things, buy things, telemedicine. If a person’s house burns down these days, their pictures aren’t lost, their memories are stored in the cloud. I see tourists with selfie-sticks and I think it’s fantastic, the more cameras the better. It’s a fantastic power to be in the hands of Mr. and Mrs. Everyone.”

And that rush to cobble together a prototype in the maternity room? Absolutely worth it, Kahn says: “The picture of my daughter’s birth was a magical, unique, instant moment and worth a million words.”