A riding companion built for the road — not the office.
Motorcycle riders community
Group rides are dangerous without spatial awareness.
Motorcycle group rides suffer from a fundamental problem: riders separate, communication is limited to noisy intercoms with no spatial context, and action cameras require unsafe manual operation at speed.
Existing solutions were either car-focused GPS apps that drain batteries, or intercom systems that only work at close range. Nothing combined real-time tracking, contextual communication, and camera automation into a rider-first platform.
The community needed a purpose-built system that works with gloves on, at speed, in all conditions — including areas with no cell coverage.
Ride first. Code second.
Rider Research
Joined group rides, interviewed experienced riders, documented every pain point from pack separation to camera fumbling.
Safety-First Architecture
Designed for worst-case: no connectivity, low battery, gloves on, rain. Every feature built with rider safety as the primary constraint.
Multi-Platform Build
Native Android (Kotlin) and iOS (Swift) for performance-critical GPS and camera. React web admin for trip planning and monitoring.
Six core systems. One seamless ride experience.
Real-Time GPS Tracking
Live map of all riders with gap detection alerts when the pack separates beyond safe distance.
Quick Messaging
One-tap glove-friendly messages — hazard, fuel, SOS — with motion-safe UI and audio confirmation.
Auto Camera Triggers
Automated action camera triggering via scenery zone geofencing. No unsafe manual operation while riding.
Offline Maps
Dual SDK (Google Navigation + Mapbox) with pre-cached offline maps for remote routes.
Web Admin Dashboard
Trip planning, route management, live monitoring, and post-ride analytics via React admin panel.
Battery Optimization
Adaptive GPS polling, efficient background services, and power-aware state management.
Purpose-built for performance and reliability.
Android
iOS
Backend
Web
Cloud
Performance that riders trust with their safety.
What this project taught us.
Safety-critical features need sub-3-second delivery — anything slower and riders lose trust.
Glove-friendly UI is a completely different design paradigm — large tap targets, no swipe gestures, haptic confirmation.
Battery optimization is a feature, not an afterthought — riders need their phones for navigation all day.
Facing a similar challenge?
Let's talk about how we can build a solution tailored to your operations.
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