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February 28th, 2026

Continuous Verification & Dynamic Scheduler Configuration Today, we laid the groundwork for continuous commitment verification. Instead of just verifying a commitment once, the system can now periodically and randomly challenge the user to prove they are actively maintaining their commitment (e.g., staying at a location throughout a time block).

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1. Randomized Check-In Schema & Configuration UI

We introduced the foundational schema and interface required to support continuous verification.
  • Backend Schema & Domain Types: Expanded the core domain types and database schema to include a discrete checkpoints array within the condition object. This array tracks scheduled, randomized verification times, allowing the backend to challenge and validate a user’s exact presence periodically throughout an active time block.
  • Dynamic Frontend Settings: The commitment configuration screen has been updated to fully support this new continuous verification style. The settings interface now features dynamic styling to clearly indicate disabled states contextually.
  • Check-In Frequency Selector: Integrated a new “Check-In Frequency” option into the setup flow. This UI component automatically reveals itself when a user selects the strict Stay Throughout verification mode, allowing them to intuitively configure exactly how many random verifications they wish to perform per hour.

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2. Event Timer & Grace Period UI

We brought deeper real-time visibility to strict configuration settings directly inside the Event Modal.
  • Displaying Grace Periods: The modal UI now prominently displays the configured Grace Period countdown natively within the live event timer.
  • Early Expiration Status: Handled logic to display an accurate, early expiration status. If a user exhausts their grace period before verifying, the UI reacts immediately to lock the state and show exactly why the attempt expired.

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3. Native Dynamic Scheduler Parsing

Continuing our work on the native Android module, we bridged the frontend configurations seamlessly into the OS layer.
  • Dynamic Pre-Alarm Intervals: Integrated dynamic config parsing directly into the native scheduler. Instead of hardcoded offsets, the Android AlarmManager natively reads the user’s custom preAlarm interval settings from the deeply synced SQLite database.
  • Media Routing Over Lockscreen: Guaranteed that critical alarm media (ringtone/vibration) accurately routes over the Android lockscreen when triggered by the newly parsed custom intervals.