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.
In a nutshell, the Sleeptracker® Monitor is about small day-to-day non-invasive improvements for Ms. and Mr. Everyone using the principles of CBM (Cognitive Behavioral Modification) that add-up over time to improved sleep in the comfort of one’s home. Polysomnography (PSG) is about wearing a battery of sensors and monitors for diagnosing potentially life-threatening sleep disorders such as severe apnea in one or more sessions in a sleep lab. Both PSG and the Sleeptracker® Monitor are complementary and “compatible.” Big data and AI are what drive the innovation in the Sleeptracker® Monitor.
The Sleeptracker system is focused on Cognitive Behavioral Modification and understanding what simple practical matters impact our daily sleep. The idea is to improve sleep for Ms. and Mr. Everyone with small adaptations suggested by AI working with big data sets. With millions of users and millions of nights of sleep to draw from, the Sleeptracker AI engine helps to give us immediately actionable personal insights as to what impacts a night of sleep. The AI engine observes short, medium, and long-term personal daily sleep patterns and compares the Sleeptracker user to hundreds of thousands of people “just like me” to provide actionable personal insights. Through this process, the Sleeptracker user can experience and quantify for themselves the effects of making measured changes to their sleep routine. The data show key impacts to our sleep quality are directly tied to daily exercise, proximity of meals to bed-time, alcohol consumption and stress. These behaviors which directly affect sleep are handled privately, confidentially and securely for the purpose of understanding and further improving using the principles of CBM. Throughout the night, and completely non-invasively, the Sleeptracker® Monitor continuously monitors breathing rate, heart rate, motion, wake-up and out-of-bed events. In time, monitoring will expand to include air quality, ambient noise and temperature of the sleeping environment to provide greater insight into environmental impacts to one’s sleep. For example, sleeping with a partner, pets on the bed and the impact of children on sleep are important factors which the Sleeptracker AI-engine takes into account. With CBM, the AI-powered coaching agent suggests simple actionable tips that help improve sleep for Ms. and Mr. Everyone, a little at a time.
By contrast, Polysomnography (PSG) is focused in today’s medical world in identifying candidates for CPAP machines. That’s very important and probably the most actionable matter that is derived from PSG study as sleep apnea is a potentially life-threatening condition. One must remember, the Heisenberg Uncertainly Principle (HUP) shows the measuring apparatus of an experiment impacts the outcome of the experiment. Anyone who has participated in a polysomnography study knows how invasive PSG can be to sleep. In fact, often the PSG requires patients be monitored multiple nights to obtain a clear understanding of their tendency to apnea due to the invasive nature of the equipment and restlessness from not sleeping in one’s home environment. Most agree that an important part of sleep hygiene is a consistent schedule and conducive sleep environment. Diagnosing apnea and the prescription of CPAP machines is a multibillion-dollar business and of course is indispensable to those diagnosed. The Sleeptracker® Monitor is meant to be a complimentary product to PSG and not meant to diagnose, but to provide insight into sleep patterns and the measured changes one can make to improve one’s sleep routine.
Correlation of the Sleeptracker® Monitor to Polysomnography is accomplished through a fully operational onsite PSG lab staffed by a licensed sleep specialist. While the focus is on CBM rather than diagnosing apnea, this ongoing calibration ensures the Sleeptracker® Monitor delivers greater than 90% accuracy compared to invasive sleep monitoring. Accuracy is focused on time to fall asleep, sleep efficiency, wake-up events, respiration rates, heart rates and REM sleep.
We’d be happy to have you try the Fullpower sleep lab for a complete free and confidential sleep study if you’d like. Here is an article by Fortune magazine that is two years old and describes our sleep lab and how we use it: //fortune.com/2015/06/29/sleep-data/
In conclusion, as the data sets grow with Fullpower’s advanced AI methodologies, we learn more and more about our sleep and how the quality of our sleep compares to “people just like me” in a non-invasive sleep environment. Using CBM, we make small modifications that help significantly improve our sleep and health over time. For severe sleep disorders, PSG and a trained MD are key for prescribing a CPAP machine and treating the sleep disorders. For everything else, the Sleeptracker® Monitor offers valuable insight and actionable coaching into one’s sleep routine for a better night’s sleep.
The fantastic team of Fullpower Scientists, using the AI-powered Sleeptracker® platform to analyze several millions of nights of sleep from millions of individuals worldwide, dating all the way back to 2011 find that:
– 23% of sleepers are Owls (perform best in the evening)
– 28% Larks (perform best in the morning)
– 49% are pretty much able to perform in the morning, or the evening either way
Morning vs Evening Person: Lark vs Owl
Yes, it’s genetic. If you are not a morning person and can’t fall asleep before late at night or if you love getting up at 6am and feel sleepy by 9pm, it’s not your fault, you may be genetically a night Owl or a morning Lark. No matter where you stand in both of those extremes, it may simply be genetic.
Humans adapt. We’ve evolved from Paleolithic ages by adapting to changes. Yet we are genetically programmed to perform the best in some particular circumstances. The latest research shows a genetic link to being a night Owl or a morning Lark.
A team led by Daniel Katzenberg at Stanford University looked at 410 randomly selected adults to assess their tendencies as morning Larks or night Owls. Among other things they took blood samples and looked at the gene named “Clock.” They concluded that the Larks bio clock was up to one hour ahead on the average to the one of the Owls. //www.ncbi.nlm.nih.gov/pubmed/9779516
It seems that the world population is made out of one quarter of Night Owls and one quarter of Morning Larks. The remaining half of the population seems to perform equally well at sunrise or sunset. 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.” You can think of it as lefties being forced to be right handed. Although as humans we can adapt to being ambidextrous, it’s not comfortable. If Kelly Slater were forced to be goofy footed, would he still be the greatest surfer? //www.surfertoday.com/surfing/7527-the-best-goofy-footers-of-all-time
Especially if you are night Owl, society and social life and work schedules may impose stress. Of course, it is always possible to adapt. But it is not advised to change sleeper type. Be a proud Owl or Lark. Don’t force unnatural adaptation. Lefties should be happy lefties and Kelly Slater should not be forced to compete goofy-footed.
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.”
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 //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.
Fullpower Technologies, Inc.
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.
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.
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.”
Twenty years ago Sunday, Philippe and Sonya Kahn spent 18 hours at a hospital in Santa Cruz, waiting for their baby Sophie to be born. Like nearly all expectant fathers, Philippe Kahn planned to take a picture of the new baby but, instead of waiting till he got home to distribute the photo to friends online, he wanted to do it directly from the hospital. But that was in 1997 when there were no camera phones. So he invented one.
Kahn, who previously founded Borland International and Starfish Software, had already configured a home server to store images, automatically notify friends about new images and send them a link so they could view them via the web. But there was no way to get the pictures to the server directly from a camera.
Philippe Kahn took the first ever cell phone picture of his then-newborn daughter Sophie in Santa Cruz County.
Kahn had a Casio QV-10, the first consumer-grade digital camera with an LCD display that, he said, “made pixelated but nice 320 by 240 pictures.” He also had a Motorola StarTAC “flip” phone, so during Sonia’s 18 hours of labor, he thought about finding a way to connect the two so he could upload a picture of the baby directly from the hospital.
“It was clear that I had a hardware problem. Short of taking the phone apart I needed to interface with the phone,” he said in an interview.
He also needed to connect a laptop to control the camera/phone connection. Phones then couldn’t connect to either laptops or cameras but – as he pondered the problem – he remembered he had a StarTAC speaker phone kit in his car which, of course, could connect to the phone. With his wife’s blessing, he “literally ran down to my car, took out the whole speaker phone kit and started working frantically at creating a software/firmware/hardware interface” that enabled him to send the pictures from the laptop, which was connected to both the camera and the phone.
As luck would have it, he finished this Rube Goldberg device just in time for the arrival of Sophie and snapped what was not only Sophie’s first picture, but the first picture taken by what eventually evolved into the camera phone.
Kahn’s server sent links to this image to friends, family and colleagues and he started hearing from people who were impressed at how quickly he got this picture from the hospital to their screens, which made him realize he had a potential product.
“Immediately it became clear that we needed a CMOS (complementary metal–oxide–semiconductor) sensor and a micro controller unit integrated in phones. So we built these prototypes that were interfaced with the exact software/server/service-infrastructure,” he said.
With a prototype in hand, Kahn tried to convince the CEOs of Kodak and Polaroid to create an integrated phone and camera “but none of them could imagine that the phone would be the integrating device.” He said that they “hired consultants, market pundits and they all collectively came to the conclusion that phones would be focused on voice and that cameras would become wireless.” Both Kodak and Polaroid later went bankrupt.
“They totally missed the paradigm shift,” said Kahn.
Unable to find a partner in the U.S., Kahn took his idea to Japan but had no success with big players like NTT Docomo. But he did find interest from a small carrier called J-Phone, which, in 1999 partnered with Sharp along with Kahn’s company LightSurf, to design a “Picture-Mail phone.” In 2002 Kahn’s company worked with Sprint and Casio on the first U.S. camera phone.
Sprint loaned me one of those first phones to review. I picked it up at their office on Wilshire Boulevard in Los Angeles and, after leaving the office, I found a parking ticket on my car. Convinced that it was an unjust ticket, I used the phone to document my surroundings to prove why I shouldn’t have to pay the fine. The Los Angeles Parking Citations Bureau disagreed and I didn’t bother to appeal, but it nevertheless convinced me of the power of always having a camera in your pocket.
Today, I routinely use my camera phone to help me remember where I park my car. I take pictures of luggage tags, receipts and the price tags of items I’m thinking of buying. Of course, like most people, I also use my phone to photograph people, animals and scenery. Truth be told, the pictures I take with my smartphone often look just as good as the ones I take with my $1,000 camera.
Kahn’s current company, Santa Cruz-based Fullpower, develops cloud-based technology to power sleep tracking, analog smartwatches and other “Internet of Things” products.
Both my kids were born before Kahn built that camera phone so I wasn’t able to use a phone to transmit pictures of my kids’ births in near real time. But millions of fathers have since instantly shared pictures of their newborns to loved ones far and near. Happy 20th birthday to both the camera phone and Sophie Kahn.
Border Terrier, ready any time for anything: Maximizes Sleep Opportunities
Yes, Fido can teach us humans a lot about sleep. For dogs and humans our scientific approach to analyzing sleep cycles shows us that dogs and humans have similar sleep cycles but that dogs are much more opportunistic in finding opportunities to nap than humans.
We co-evolved with Fido for at least 25,000 years and given the reality of genetics and epigenetics our sleep cycles are similar. Yet our sleep patterns are slightly different. Ballistocardiographs have shown correlation between the study or micro-motions of the human wrist with sleep cycles in humans. That is also true for dogs. When we watch our dogs sleep we observe similar phenomena: Fido twitches her legs as she runs/dreams, snores, growls and smiles through her naps. Fido is really great fun to watch and shows those micro “wrist movements” characteristic of REM sleep and other phases of sleep in humans. Further analysis of brain waves shows similar patterns too.
Of course dog sleeping patterns are a little different than humans. The main differences are in Fido’s sleeping habits. In general Fido is a better sleeper than most humans and a very smart opportunistic sleeper.
Research shows that “Cognitive Behavioral Therapy” is the simplest way for humans to improve sleep, and our best friends can help guide us to better quality sleep. Of course, first we must understand sleep, and there is no better way to understand sleep than to quantify sleep with a solution such as the Sleeptracker.com Monitor. The Sleeptracker monitor gives you a comprehensive daily “Sleep-Score”, analysis and personalized coaching insights to improve sleep quality without changing any of your bedding or habits, completely non-invasively, in the privacy of your home. For us humans it’s essential to quantify first in order to form a good understanding of where we stand and what our goals can be.
And now with a good quantified view of our sleep, watching Fido carefully can complement our quantification with practical cognitive behavioral therapy practical advice.
First question: How much sleep does a dog get (and how much sleep does a dog need?)
Dogs are opportunistic in their sleep patterns. They get all the sleep that they can get when they can get it. They are always ready for any canine future. This is what we can learn from Fido: If there is an opportunity to nap, even for 10 minutes, Fido will. Intuitively dogs feel this. Fido is ready to go for a walk any time, well rested, full of energy. At 5 pm or 3 am, Fido has the same enthusiasm for a walk. On the other hand, we humans are generally not ready to go for a brisk walk at 3 am an get back to bed. That’s because we are all chronically sleep deprived, perhaps partly because we are all missing the opportunities that we may have to “recharge”during the day. Practically, to get some regenerative sleep, we need as little as 10 minutes and 45 minutes is about a complete sleep cycle and wonderful. But we always have “something better to do”. Facebook never sleeps! (But better sleep habits can make us “better at Facebook”!)
Depending on your dog’s size she may need more or less sleep. In general smaller breeds like Border Terriers need less sleep than larger breeds like St. Bernards that may need as much as 18 hours of sleep a day. This article is based on my practical work for the last 5 years with several Border Terriers as well as published research. Border Terriers are athletic and very smart working dogs, bred for their abilities and seem to have a functional and instinctive approach to most of what they do. They are working dogs and they are ready to work hard. And they sleep about 12 hours a day in the aggregate on the average, with limitless energy for hunting rats or taking endless walks/runs on the beach any time of the day or night.
Second Question: How much sleep do human’s need?
Practically as much as sleep as humans can get. We are busy with family, work, hobbies, exercise, Facebook and our sleep budgets are shrinking.
From a CBT perspective we need to learn from Fido:
By making simple little CBT changes such as eating less before bed and avoiding carbohydrates, drinking that last glass of water 30 minutes earlier, burning that extra stored energy by working out with more intensity (Long leisurely walks are great for the soul but don’t do much for the body) etc…
Yes, one last thing: High Intensity Exercise Can Help Sleep Quality and recovery.
Take a look at Fido, go for a one hour leisurely walk. Great smells great experience, meet other canines and humans. But once Fido gets home, Fido is ready to play ball and run and sprint and do ludic intervals. Then Fido crash into deep sleep. That’s CBT right there. I need not say more!
PS For our Cat loving friends, sleep cycles and patterns are fairly similar. Cats tend to sleep even more than dogs and when cats play and hunt it tends to really be HIIT (High Intensity Interval Training). They are now focused and ready to go at it for as long as it takes and then, deep restful sleep!
Philippe Kahn, a French entrepreneur, was waiting for his baby daughter to be born when he hit upon the inspiration for the world’s first camera-photo.
It was a summer evening in 1997, and Philippe Kahn was anxiously waiting for his daughter Sophie to be born. Desiring to share her birth instantly with family and friends, he conceived what would become the world’s first camera phone. The Internet was only four years old and only good for simple email with limited wireless connection. So he bought a Casio QV-10 digital camera and inserted it into a Motorola Startac phone. When Sophie was born, her photo became the first ever camera-phone image, something that, 20 years on, we take for granted.
Newborn Sophie Kahn — the person who inspired the first camera phone.
Now Kahn runs several companies, including Fullpower, founded in 2003, which provides a patented ecosystem for wearables and Internet of Things products. The inspiration for his main product, the Sleeptracker Monitor, stems from Kahn’s passion for sailing — he owns a team called Pegasus Racing. During a demanding race that means sailors have less than an hour’s sleep in a 24-hour period, Kahn began experimenting with biosensors and three-axis linear accelerometers that could detect micro-movements. Kahn created prototype sleep trackers using biosensors that optimised 26-minute power naps to maximise sleep benefits and sail time.
Bedding Industry’s First Stand-Alone Sleep Monitoring Device Empowers Individuals to Optimize Daily Performance
(ATLANTA, Ga. – March 21, 2017) – The Beautyrest Brand is proud to introduce the Beautyrest Sleeptracker monitor – a patented sleep monitoring system that pairs with any mattress or foundation, allowing individuals to make their bed a smart bed. This non-invasive breakthrough device is the bedding industry’s first stand-alone solution to monitor a broad range of factors affecting high-quality sleep for two individuals simultaneously. Offering an unprecedented level of accuracy, the monitor is 90 percent accurate when measuring heart rate and breathing rate for the vast majority of the population, 90 percent of the time.
“As one of the most trusted and recognizable bedding brands nationwide, we are proud to embrace the smart home movement with technology that provides a deeper understanding of how we sleep,” said Jim Gallman, Executive Vice President, Beautyrest Marketing. “The Beautyrest Sleeptracker monitor allows consumers to optimize their sleep habits and make improvements that can have dramatic implications for their overall quality of life.”
The monitor provides consumers with an in-depth analysis of each user’s sleep ecosystem – including current behaviors, comparisons to biometrical similar users and personalized tips to help them perform better every day. By analyzing a variety of sleep variables, it also provides personalized recommendations and expert insights designed to improve daily performance. While everyone has an individual definition of what performance means, the Beautyrest Sleeptracker monitor enables users to get the optimal sleep necessary to accomplish whatever may come in the day ahead – whether that is a full day at the office, managing a complex family schedule or even running a marathon.
“The Sleeptracker artificial intelligence (AI) engine represents a dramatic improvement over other sleep monitoring devices, and is the result of significant resources invested in research and development,” said Arthur Kinsolving, Chief Technology Officer of Fullpower Technologies, Inc., the technology partner of the Beautyrest Brand. “With the power of AI and machine learning, the Beautyrest Sleeptracker monitor will continue to stretch its lead and deliver unprecedented deep insights into consumers’ sleep patterns.”
According to the Better Sleep Council, “a good night’s sleep sets the optimal stage for, not only physical, but also mental performance. If you are well rested, you will approach social, professional, and physical challenges in the most advantageous state of mind and body.” The Beautyrest Sleeptracker monitor will provide individuals with a new understanding of what is keeping them up at night while also offering easy-to-implement solutions that recognize long-term trends and become more personalized over time.
The Beautyrest Sleeptracker® Monitor Benefits and Features:
The only device in its class that can monitor sleep patterns of two individual sleepers simultaneously due to an advanced AI engine
While wearables must be worn on the body and charged regularly, the Beautyrest Sleeptracker monitor plugs directly into a wall outlet, is completely non-invasive and requires no changes to day-to-day bedding
Patented system that accurately measures both respiration and heart rate for deeper sleep analysis (wrist-worn wearables can’t monitor the essential respiration vital sign and are notoriously inaccurate for continuous heart rate monitoring)
Can be set to automatically monitor sleep data when users fall asleep unexpectedly
Pairs with the Sleeptracker iOS and Android smartphone app to offer an unprecedented level of detail – providing users with a minute-by-minute snapshot of their journey through each sleep cycle: light sleep, deep sleep and REM
Features a Sleep Cycle Alarm that detects a light stage of sleep in order to wake users at the ideal time in their sleep cycle
Offers an AI Sleep Coach that monitors improvement over time and provides effective, easy-to-implement, personal sleep tips based on a comprehensive analysis of individual sleep patterns and external factors that may impact sleep quality
Integrates with Amazon Echo – soon allowing control of other smart home elements from a single device, such as thermostats, lights, music, alarm systems, door locks and more
The Beautyrest Sleeptracker monitor is compatible with all mattresses and foundations (results may vary depending on the type of mattress and foundation used) and is available on Amazon.com for $199. The Sleeptracker app is available for download on the App Store and Google Play. Visit Beautyrest.com for more information and to find a retailer near you.
About Serta Simmons Bedding, LLC
Serta Simmons Bedding, LLC (SSB) owns and manages two of the largest bedding brands in the mattress industry National Bedding Company L.L.C. (the largest licensee and majority shareholder of Serta, Inc.) and Simmons Bedding Company, LLC. SSB is based in Atlanta and operates 33 manufacturing plants in the United States, five in Canada and one in Puerto Rico. Its subsidiary, National Bedding Company L.L.C., is based in suburban Chicago and markets a broad range of products under the Serta® brand, including Perfect Sleeper®, iComfort®, iSeries®, Sertapedic® and a portfolio of licensed products. In addition to National Bedding Company L.L.C., Serta, Inc. has five other independent licensees in the United States and one in Canada that manufacture and market Serta-branded products. SSB’s other subsidiary, Simmons Bedding Company, LLC, is based in Atlanta and markets a broad range of products including Beautyrest®, Beautyrest Black® and BeautySleep®. Both companies also serve as key suppliers of beds to many of the world’s leading hotel groups and resort properties.
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.
Beautyrest Press Contacts:
Hunter Public Relations on behalf of Beautyrest Blake Kaufman email@example.com
(212) 679-6600 x 41-228
Beautyrest Public Relations