Project Overview

SPINTrip is a geospatial mobility platform designed to support location tracking, geofence management, and spatial monitoring through web and mobile applications. It enables administrators to define geographic boundaries, associate them with users or assets, and monitor location updates through interactive maps and geospatial analytics.

Technologies Used

  • React
  • Flutter
  • PostgreSQL
  • AWS Cloud
  • Leaflet Maps
  • DigiPIN
  • OSMR

Problem Statement

Managing vehicles, field users, assets, routes, and geographic operating zones across disconnected systems can make real-time monitoring difficult. A unified platform is needed to combine location tracking, geofence validation, and spatial visualization in a centralized environment.

Our Approach

Define → Assign → Track → Validate → Visualize → Monitor

Administrators define geographic boundaries through the web dashboard and assign geofences to relevant users, vehicles, or assets. Mobile devices provide location updates, which the backend processes and evaluates against configured geographic boundaries. The resulting information supports live map visualization, geofence status monitoring, and historical location analysis.

Core Functionality

  • GNSS-based positioning
  • Administrator-defined geofencing
  • Live map visualization
  • Asset and vehicle tracking
  • Telemetry data processing
  • Real-time location updates
  • Geofence status validation
  • Route monitoring
  • Multi-tenant access control
  • Historical track storage
  • Fleet analytics and geospatial monitoring

Results & Impact

SPINTrip provides a unified approach to location monitoring and geofence management. The platform supports real-time spatial awareness, geographic boundary validation, historical tracking, and operational reporting for mobility and field activities.

Target Users

  • Fleet and mobility operators
  • Field operations teams
  • Asset management organizations
  • Administrators managing geographic zones
  • Transport and logistics teams
  • Organizations coordinating location-dependent activities

Technical Challenges

Processing frequent GNSS/NavIC measurements with low latency while maintaining reliable geofence validation, efficient spatial queries, real-time communication, and secure access to historical telemetry.

Operational Challenges

Managing users, vehicles, and assets across multiple geographic zones while maintaining consistent tracking, location visibility, and access control.

 

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