News
NEW Very Large Sleep Apnea Study
I am excited to share groundbreaking research on Obstructive Sleep Apnea (OSA) detection and prevalence, presented at the Seville Sleep Conference! Our Sleeptracker.ai platform, in collaboration with Stanford Sleep Medicine and UCSF, has conducted one of the most extensive studies in this field.

Key Findings:
• Analyzed 17,173,525 nights of sleep data from 52,637 participants
• Revealed limitations of single-night OSA assessments
• Discovered higher OSA prevalence in women ≥50 years compared to younger women
Why This Matters:
Continuous Monitoring: Our Sleeptracker.ai enables non-invasive, nightly sleep tracking, providing a more comprehensive view of sleep health.
Improved Detection: Maximum AHI across 3 nights shows high sensitivity (≥95%) for detecting moderate to severe OSA.
Gender and Age Insights: Women over 50 show a greater increase in OSA odds compared to men, potentially linked to menopausal factors.
Personalized Care: Identifying OSA severity fluctuations over time allows for more tailored treatment approaches.
Early detection and management of OSA can significantly improve quality of life and reduce associated health risks. Our research demonstrates the power of continuous sleep monitoring in revolutionizing sleep health assessment and care.
We are proud of our team and grateful for our collaborators in pushing the boundaries of sleep science! https://sleeptracker.com/


About Fullpower-AI®
Fullpower-AI® empowers companies to unlock and maximize actionable insights in real-time, turning them into real-world actions.
Our flagship platforms, KOA™ and Sleeptracker-AI®, continuously process vast streams of biosensing and application-relevant data. By applying advanced data science, predictive AI, and specialized large action-focused generative AI, we aggregate diverse streams of data, analyze into precise, actionable intelligence, and act through connected devices to take real-world actions that drive optimal outcomes. Stanford Medicine and UCSF independently vet our platform.