Tailored Solutions for Critical Industries

A large farming operation managing 50,000 acres needed to detect crop stress, disease, and nutrient deficiency across their fields before visible damage occurred. Traditional manual field scouting covered less than 5% of acreage weekly and only caught problems after significant yield loss. Blanket pesticide and fertilizer application was expensive and environmentally unsustainable.

Deployed hyperspectral and multi-spectral satellite imaging with AI-powered analysis to monitor all 50,000 acres daily. The system automatically detects plant health anomalies at the cellular level, identifies specific issues (water stress, nutrient deficiency, disease), and provides GPS coordinates for targeted intervention.

A defense agency needed continuous monitoring of a 500km border region but faced frequent surveillance gaps due to weather. Cloud cover prevented optical satellite imagery 40% of the time during critical monsoon season, and night operations were severely limited. Manual analysis of available imagery took 4-6 hours, making real-time threat response impossible.

Implemented SAR (Synthetic Aperture Radar) imaging combined with AI-powered real-time analysis for 24/7 all-weather monitoring. SAR penetrates clouds and operates day/night, while AI automatically detects and classifies vehicles, personnel movements, and infrastructure changes.

After a Category 4 hurricane, emergency management needed immediate damage assessment to deploy rescue resources, but persistent cloud cover prevented any optical satellite imagery for 48 hours. Ground teams couldn't access many areas due to flooding and infrastructure damage. Without knowing where damage was worst, rescue resources were deployed inefficiently.

Deployed SAR imaging to penetrate cloud cover for immediate post-storm assessment, combined with AI-powered damage classification to automatically identify destroyed vs intact structures across the entire affected region.

An environmental protection agency needed to monitor 200,000 km² of protected rainforest for illegal logging and land clearing, but remote locations made ground patrols impractical. Illegal activities often went undetected for months, by which time significant damage had occurred and perpetrators had left.

Implemented AI-powered satellite monitoring with real-time change detection to automatically identify forest clearing within 24 hours. When tree cover decreases or new roads appear, automated alerts notify enforcement teams with exact coordinates for rapid response.

A rapidly growing city of 2 million needed to track construction permits and zoning compliance, but manual inspections covered only 15% of permits and often occurred months after construction was complete. Unauthorized construction was rarely detected until neighbors complained. The understaffed planning department couldn't keep pace with 5,000+ building permits annually.

Deployed AI-powered satellite monitoring to automatically detect all new construction citywide, cross-referencing with permit database to identify unauthorized building or zoning violations. System monitors construction progress and alerts when work deviates from approved plans.

A coastal nation's exclusive economic zone (EEZ) covering 1.2 million km² of ocean was being exploited by illegal fishing vessels, but enforcement was nearly impossible. The coast guard's 6 patrol boats could cover less than 2% of the EEZ, and illegal vessels simply turned off AIS transponders and operated in fog or at night when detection was impossible.

Implemented all-weather SAR satellite monitoring combined with AI-powered vessel detection to identify all ships in the EEZ regardless of weather, time of day, or AIS status. System automatically detects fishing behavior patterns and alerts coast guard to probable illegal activities.