Location-Based Decision Making Platform - Visualize Every Municipal Asset, Service, and Citizen on Interactive Maps
Municipal corporations manage vast physical infrastructure spread across hundreds of square kilometers: roads, water lines, sewer networks, parks, schools, hospitals, bus stops, street lights, waste bins, complaint locations, and more. Yet most cities operate with outdated paper maps, disconnected departmental records, and no unified spatial view of their operations. The consequences are severe. When citizens file pothole complaints, officers can't immediately see if multiple complaints are about the same location. When planning new water connections, engineers don't have accurate maps of existing pipeline networks. When allocating resources during monsoon flooding, the control room lacks real-time visualization of affected areas and available response teams. Consider a typical scenario: A city receives 500 complaints about water supply disruptions across 8 wards. Without GIS, the water board treats these as 500 separate issues. With GIS, they instantly see that all complaints cluster around 3 specific pumping stations—revealing the root cause in minutes instead of days. The GIS Engine transforms city management from guesswork to geographic intelligence. Every asset, every service request, every field worker, every incident gets plotted on interactive maps that reveal patterns, optimize operations, and enable location-based decision-making.
High-resolution city base maps with ward boundaries, road networks, landmarks, and geographical features. Support for multiple map layers: satellite view, street view, terrain view. Integration with Google Maps, OpenStreetMap, and Survey of India official maps.
Every municipal asset gets GPS coordinates: Properties (2.5L+), Water connections (1.8L+), Sewer lines (1,200 km), Street lights (45,000+), Parks (250+), Waste bins (8,000+), Bus stops (450+), CCTV cameras (200+). Assets appear as map markers with clickable details.
Real-time visualization of ongoing operations: Garbage collection vehicles with routes, Field workers with current locations, Complaint status by location (pending/resolved), Machinery deployment, Emergency response teams. Refresh every 30 seconds for live tracking.
Complaint density heat maps showing problem hotspots, Service coverage heat maps identifying underserved areas, Population density overlays for resource planning, Revenue collection patterns by geography, Infrastructure age mapping for maintenance prioritization.
Find nearest resources: Closest available machinery to work site, Nearest sanitation worker to complaint location, Hospitals within 5km of accident spot, Unserved properties near existing water lines. Optimize resource allocation based on geographic proximity.
Built-in tools for field measurements: Calculate road lengths for maintenance contracts, Measure park areas for plantation planning, Determine buffer zones around water bodies, Assess land parcels for encroachment verification.
Create department-specific map views: Revenue Department: Property tax defaulters map, Water Board: Unauthorized connection clusters, Engineering: Infrastructure age and condition map, Sanitation: Daily collection route maps, PMU: Project implementation status by zone.
Field officers access maps on mobile apps: View assigned work locations, Navigate to complaint addresses, Capture geo-tagged photos at site, Update asset status from field, Download maps for offline use in poor connectivity areas.
1. Base Map Setup: Import city maps with ward boundaries and landmarks 2. Asset Registration: Geo-tag all municipal properties and infrastructure 3. Layer Configuration: Create department-specific map views 4. Live Integration: Connect FAST, WEALTH, SMART modules for real-time overlays 5. Analytics Setup: Configure heat maps and proximity alerts 6. User Training: Train officers and field teams on map navigation 7. Continuous Updates: Assets auto-update as new registrations occur
40% faster emergency response through location-based resource allocation
25% reduction in fuel costs via optimized routing
Better infrastructure planning with spatial analytics
Eliminate duplicate work orders for same location
Improved citizen service through visual complaint tracking
Payback:18-24 months through operational efficiencies
Request a personalized demo to see how this solution transforms your city operations.