Touching Grass with Local AI: Building Waypoint Autopilot
This is a submission for the Hacktoberfest Open-Source AI Challenge Week 1: Touch Grass What I Built Waypoint Autopilot is a mobile-first, privacy-centric Progressive Web App (PWA) designed to get you off the screen and into the real world. It generates autonomous, context-aware pedestrian explorat
This is a submission for the Hacktoberfest Open-Source AI Challenge Week 1: Touch Grass
Waypoint Autopilot is a mobile-first, privacy-centric Progressive Web App (PWA) designed to get you off the screen and into the real world. It generates autonomous, context-aware pedestrian exploration missions through your city or local parks without requiring you to constantly stare at a map.
It is built for urban explorers, mindful walkers, and anyone looking to discover hidden gems (like quiet greenways, historic landmarks, or vibrant pedestrian alleys) in their vicinity. By using an "Eyes Up, Phone Away" philosophy, the app calculates a deterministic route using open geographic data, delivers a locally-generated AI mission briefing before you leave, and then lets you cache the entire mission offline. While walking, it uses subtle audio and haptic cues to guide you from waypoint to waypoint, ensuring you remain present in your surroundings.
Since this application relies on a local AI model for mission preparation and heavily utilizes device-native features (like GPS and IndexedDB for offline storage), the best way to experience it is to run it locally!
journey title A Typical Waypoint Mission section Preparation Set anchor & radius: 5: User Select exploration style: 5: User Local AI generates brief: 4: AI Cache for offline use: 5: User section The Walk Put phone in pocket: 5: User Walk to Waypoint 1: 4: User Audio chime on arrival: 5: System Glance to confirm: 5: User section Completion Return to start: 4: User View mission summary: 5: User Code Joydeep2005Banik / waypoint Waypoint Autopilot Waypoint Autopilot is a mobile-first, installable web application (PWA) that guides a person through an ordered sequence of real-world geographic waypoints for pedestrian exploration of cities and parks.
It is designed around an "Eyes Up, Phone Away" philosophy: alerting walkers with distinct audio and glanceable waypoint cues upon arrival so they can keep their phones in their pockets.