Challenge
Sustainable management of mineral resources requires accurate, timely, and transparent information on mining activities. Traditional monitoring methods often rely on periodic field inspections, fragmented records, and manual reporting, making it difficult to detect unauthorized mining, monitor lease compliance, assess environmental impacts, and respond quickly to regulatory violations. These limitations increase administrative costs, delay enforcement, and pose significant environmental and governance challenges.
Solution
SPARC developed an integrated GeoAI-powered Mining Intelligence Platform that combines high-resolution satellite imagery, artificial intelligence, GIS, cadastral records, lease information, and mobile field verification into a unified WebGIS ecosystem. The platform automatically identifies active quarrying and sand mining operations, distinguishes authorized from unauthorized activities, detects encroachments and lease violations through change detection analytics, and supports ground validation using mobile applications with geo-tagged evidence. Interactive dashboards, spatial analytics, automated alerts, and historical monitoring enable regulators to make faster, evidence-based decisions while maintaining a comprehensive digital inventory of mining assets. The system is used by Government of Odisha (India) for monitoring of mining in 1000+ active leases and management of another 4000 resource areas for mineral development.
Outcome
The solution has significantly strengthened regulatory oversight by improving transparency, accelerating compliance monitoring, and reducing reliance on manual inspections. Authorities can now identify illegal mining activities earlier, prioritize enforcement actions, protect environmentally sensitive areas, and maintain an auditable record of mining operations. The scalable platform establishes a modern digital governance framework that supports responsible resource management, ESG objectives, environmental stewardship, and sustainable economic development.