1. United States, 2. People's Republic of China, 3. Korea, 4. Japan, 5. Mexico, 6. Taiwan, 7. Germany, 8. France, 9. Hong Kong, 10. Chile, 11. Canada, 12. Argentina, 13. Columbia, 14. Malaysia, 15. Austria, 16. Singapore, 17. Poland, 18. Australia, 19. England, 20. Czech Republic, 21. Spain, 22. Peru, 23. Switzerland, 24. Vietnam, 25. Israel, 26. Thailand, 27. Sweden, 28. Philippines, 29. South Africa, 30. Guam, 31. Hungary, 32. Italy, 33. Norway, 34. Belgium, 35. Indonesia, 36. New Zealand, 37. Macau, 38. Jamaica, 39. Netherlands, 40. Finland, 41. Romania, 42. Slovakia, 43. Portugal, 44. Denmark, 45. Ireland, 46. Luxembourg, 47. Dubai, 48. Brazil, 49. Dominican Republic, 50. Tahiti, 51. Iceland, 52. Greece, 53. Mauritius, 54. Turkey, 55. Yugoslavia, 56. Bulgaria, 57. Costa Rica, 58. Virgin Islands, 59. India, 60. Panama, 61. Slovenia, 62. Paraguay, 63. El Salvador, 64. Aruba,
Fullpower-AI® is the leader in AI-modeled biosensing algorithms, embedded AI Machine Learning solutions, and a leader for domain-specific generative AI.
Fullpower-AI® delivers a complete IoT PaaS platform and all end-to-end integration services for our partners. Fullpower-AI is vetted and deployed worldwide for machine learning, remote contactless biosensing, generative AI, and end-to-end smart connected services. In addition, Fullpower-AI® is ISO 27001, GDPR, and SOC 2 Type II certified. 135+ patents back the platform.
Fullpower-AI® is the leader in AI-modeled biosensing algorithms, embedded AI Machine Learning solutions, and a leader for domain-specific generative AI.
Fullpower-AI® delivers a complete IoT PaaS platform and all end-to-end integration services for our partners. Fullpower-AI is vetted and deployed worldwide for machine learning, remote contactless biosensing, generative AI, and end-to-end smart connected services. In addition, Fullpower-AI® is ISO 27001, GDPR, and SOC 2 Type II certified. 135+ patents back the platform.
Tempur-Pedic, the global leader in bedding, is a licensee of Fullpower-AI®’s Sleeptracker-AI® non-invasive AIoT edge-cloud contactless biosensing solutions. More details at Sleeptracker.com.
Powered by Fullpower-AI® AIoT PaaS, the AgeLOC LumiSPA iO is the winner of the 2023 Beauty Device Awards with hundreds of thousands of units distributed in over 60 countries, including China, Japan, Korea, the EU, and the Americas.
Samsung is an investor in Fullpower-AI®. In addition, Samsung and Fullpower collaborate for AIoT solutions.
Nike and Fullpower-AI® have enjoyed a technology trusted partnership for a decade. Fullpower-AI® builds algorithms and sensing intelligence optimized with machine and deep learning for Nike. "We took great care in evaluating sensing technologies and found the Fullpower-AI® technology platform to be superior." - President of Digital Sport at Nike.
Bryte and Fullpower-AI® collaborate on the edge-cloud integration of the Bryte mattress with the Sleeptracker-AI® platform. The Bryte mattress intelligently relieves pressure imbalances for any person in any position, delivering the best sleep experience.
Philippe is the founder of four successful technology companies: Fullpower-AI® (contactless biosensing medical and wellness solutions); LightSurf Technologies (creator of the Camera-Phone); Starfish Software (co-creator of wireless OTA Synchronization); and Borland Software (Leader for Professional Development Tools for C, C++, Prolog, assembler, and Pascal).
Philippe is the inventor of 235+ issued patents, of which 125+ patents are assigned to Fullpower-AI® and the AI, ML, Sleep, and medical Fullpower-AI® Cloud platform: (for a list of Philippe’s patents, follow the link: philippekahn.com/download/philippe-kahn-patents-list, patents.google.com/?inventor=Philippe+Kahn).
Philippe studied at the ETH in Zurich Switzerland and Sofia-Antipolis, France, receiving his Master's in Mathematics. Philippe also earned his Master's in classical flute, with simultaneous minors in composition and chamber music from the Zurich Music Conservatory.
Philippe is credited for creating the first camera phone solution to share photos instantly over public cell phone networks. During his daughter's birth on June 11th, 1997, Philippe completed his first camera phone prototype by wiring a digital camera to a mobile phone and uploading an image to his home-based webserver to share the photo in real time with several hundred contacts. His "Point, Shoot, Share, Instantly" architecture model for instant-sharing would eventually become the product that was licensed to wireless carriers by the company Philippe and Sonia founded, Lightsurf Technologies, in addition to becoming a blueprint for today's social media. In 2016, Time Magazine included Philippe's first camera phone photo in their list of the 100 most influential photographs of all time.
Philippe is fluent in English, French, Spanish, and German. He is passionate about AI, Machine Learning, and his family. Philippe is also a trustee of the Lee-Kahn Foundation.
Polysomnographic validation of the Sleeptracker-AI® solution in estimating sleep architecture and obstructive sleep apnea in adults, in collaboration with Stanford Medical Research, as presented by Dr. Clete Kushida at the 2022 Sleep World Congress in Rome (Italy).
Polysomnographic validation of the Sleeptracker-AI® solution in estimating sleep architecture and obstructive sleep apnea in adults, in collaboration with Stanford Medical Research, as presented by Dr. Clete Kushida at the 2022 Sleep World Congress in Rome (Italy).
Polysomnographic validation of the Sleeptracker-AI® solution in estimating sleep architecture and obstructive sleep apnea in adults, in collaboration with Stanford Medical Research, as presented by Dr. Clete Kushida at the 2022 Sleep World Congress in Rome (Italy).
Polysomnographic validation of the Sleeptracker-AI® solution in estimating sleep architecture and obstructive sleep apnea in adults, in collaboration with Stanford Medical Research, as presented by Dr. Clete Kushida at the 2022 Sleep World Congress in Rome (Italy).
Polysomnographic validation of the Sleeptracker-AI® solution in estimating sleep architecture and obstructive sleep apnea in adults, in collaboration with Stanford Medical Research, as presented by Dr. Clete Kushida at the 2022 Sleep World Congress in Rome (Italy).
Polysomnographic validation of the Sleeptracker-AI® solution in estimating sleep architecture and obstructive sleep apnea in adults, in collaboration with Stanford Medical Research, as presented by Dr. Clete Kushida at the 2022 Sleep World Congress in Rome (Italy).
Polysomnographic validation of the Sleeptracker-AI® solution in estimating sleep architecture and obstructive sleep apnea in adults, in collaboration with Stanford Medical Research, as presented by Dr. Clete Kushida at the 2022 Sleep World Congress in Rome (Italy).
Polysomnographic validation of the Sleeptracker-AI® solution in estimating sleep architecture and obstructive sleep apnea in adults, in collaboration with Stanford Medical Research, as presented by Dr. Clete Kushida at the 2022 Sleep World Congress in Rome (Italy).
Sleeptracker-AI® research is now validated by Stanford University, Division of Sleep Medicine.
Sleep is one-third of our lives; wearables are invasive. Yet, sleep is a crucial signpost for health and changes in health. All of an individual's sleep experience is outside of a sleep lab. However, clinicians and researchers fly blind to this aspect of an individual's sleep and change over time. Sleeptracker-AI's network of sleepers is highly motivated to participate in managing their health. We complement their active engagement with the passive deep analysis of their anonymized data with their consent.
A significant fraction of individuals over the age of 30 show breathing anomalies during sleep, with estimates ranging up to 50%, including some of the more severe varieties [2][3][4]. This ranges from habitual snoring to life-threatening COPD and sleep apnea (including Central and Obstructive). These conditions often correlate with diabetes, hypertension, stroke, and heart attack risks. The Sleeptracker-AI platform delivers the first in-home, non-invasive, automatic, long-term sleep analysis solution, together with all the necessary data science tools and analytical dashboards powered by AI.
Fullpower-AI® synthetic control arms use validated, real-world person/patient-generated sleep data as comparators for clinical trials instead of collecting data from patients recruited for a trial who have been assigned to the control arm. This halves the number of participants needed for clinical trials, speeding up trials and decreasing their costs.[1]
AI, Machine Learning, & Sensor Fusion
IoT, Cloud, & MACS
(Monitor Alert, Control Share)
User Experiences
Cognitive Behavioral Science & Sleep Science
Digital Sports, Health Monitoring, & Medical
Cloud & Wearable