Overview
HyperSleep is an Android application that blocks social media and distracting apps until its sensors verify you have actually slept. Unlike standard screen time timers that are easily bypassed, it uses multi-sensor fusion including Google's Sleep API, motion, and ambient light to confirm sleep. Users earn their scroll time through positive behavioral reinforcement. All processing and user data remain entirely local on the device.
Popularity: 1,000+ active users
Funding status: Bootstrapped
Tech stack: Android SDK, Kotlin, Google Sleep API, Accessibility Services
Integrations: Google Play, Android System APIs
What it does
- Blocks user-selected distracting apps automatically during scheduled or manual nighttime sessions.
- Verifies genuine sleep state using multi-sensor fusion like Google Sleep API, motion stillness, and ambient light.
- Unlocks restricted applications automatically only after the established sleep goal has been achieved.
- Tracks daily morning sleep quality metrics, streaks, and score updates to encourage consistency.
- Provides emergency override options and quick breaks with built-in accountability mechanics.
Who it's for
- Digital Minimalists
- Students
- Professionals
- Nighttime Scroll Addicts
Why it works
- Replaces easy-to-bypass timers with absolute physical sleep verification conditions.
- Leverages reward psychology rather than rigid restriction to build sustainable habits.
- Operates 100% locally on-device without cloud dependencies or user accounts.
- Cross-references four independent sensor streams to prevent cheating or bypassing.
Founder story
HyperSleep was created by developer Sangat as an offline-first solution to late-night phone scrolling addiction. Built for Android devices, it solves the core flaw of traditional screen-time applications by forcing physical rest as the only unlock mechanism.
Comparison overview
- HyperSleep enforces app unlocking strictly through multi-sensor sleep verification instead of simple time-based countdowns , Traditional screen time blockers rely on user discipline or timers that can be easily dismissed