Geospatial Intelligence Platform

Meet ORION

Transform Aerial Data Into Actionable Intelligence

We help governments, utilities, and infrastructure operators make smarter decisions through advanced AI-powered geospatial analytics.

Our Process

End-to-End Geospatial Intelligence

Our core capability is turning raw aerial and remote-sensing data into actionable intelligence through a comprehensive four-step process.

01

Data Capture

From Above

We collect multi-modal data from UAVs/Drones (RGB imagery, LiDAR, thermal, multispectral), high-precision satellite imagery for continuous wide-area monitoring, and fixed towers & ground sensors for persistent observation in high-risk zones.

UAV/Drone CollectionSatellite ImageryFixed Sensors
Data Capture
02

Centralized Collection

& Integration

All data streams are ingested into a central platform, aligned spatially and temporally, and enriched with contextual data including GIS layers, asset registries, weather, and terrain information.

Data IngestionSpatial AlignmentContext Enrichment
Centralized Collection
03

AI-Based Processing

& Analytics

We apply AI/ML and computer vision for image & video analysis, LiDAR point-cloud processing, thermal and spectral signal interpretation, and sensor data fusion to automatically detect, classify, predict, and alert.

Computer VisionML ModelsAutomated Alerts
AI-Based Processing
04

Visualization

& Decision Support

Results are delivered via interactive maps, dashboards, real-time alerts, and APIs, ready for operational use and regulatory evidence gathering.

Interactive MapsReal-time DashboardsAPI Integration
Visualization
Our Core Technology

Temporal Change Detection

We capture images at different moments in time, compare them to detect relevant differences, eliminate false positives, and narrow down critical areas requiring immediate attention.

01

Multi-Temporal Capture

We acquire imagery of the same location at different points in time - days, weeks, or months apart - creating a temporal dataset for analysis.

02

Pixel-Level Comparison

Our AI compares images pixel by pixel, identifying any changes in the landscape - new structures, vegetation loss, thermal anomalies, and more.

03

False Positive Elimination

Smart filtering removes irrelevant changes: shadows, seasonal variations, cloud cover, and temporary objects to focus on what truly matters.

04

Critical Area Narrowing

The system pinpoints exact locations requiring attention, prioritized by severity, enabling rapid and targeted response.

See It In Action

Drag the slider to compare before and after imagery

Before
Before
After
After
Detection Result

New structure identified

AI confidence: 97.3%

Analysis Pipeline:

Image alignment complete
Pixel comparison done
False positives filtered
Critical area identified
Primary Focus

Utilities Predictive Maintenance

For Transmission System Operators (TSOs) and Distribution System Operators (DSOs), we provide comprehensive monitoring and predictive maintenance solutions that transform infrastructure management.

Power Line Inspection

Vegetation encroachment, sagging, damaged components detection

Asset Condition Assessment

Using LiDAR + imagery for comprehensive infrastructure analysis

Predictive Maintenance

AI-powered planning and risk prioritization before failures occur

Optimized Operations

Reduced outages, improved safety, and significant OPEX savings

Use Case

Illegal Construction Detection

Automated detection and monitoring of unauthorized building activities using satellite and drone imagery with AI-powered change detection.

  • Continuous satellite monitoring to detect new structures
  • Drone-based high-precision verification where legal or evidential accuracy is required
  • Time-based change detection for enforcement workflows
  • Automated reporting and evidence documentation
Illegal Construction Detection
AI-Powered Analysis
Real-time processing
Use Case

Fire Detection & Early Warning

Real-time thermal and optical monitoring for wildfire prevention and rapid response in high-risk areas and corridors.

  • Tower-based optical and thermal detection in high-risk forest areas
  • Sensor coverage along risk corridors (roads, power lines, settlements)
  • Early alerts to minimize response time and damage
  • Integration with emergency response systems
Fire Detection & Early Warning
AI-Powered Analysis
Real-time processing
Use Case

Illegal Logging Detection & Forecasting

Advanced deforestation monitoring and predictive analytics for proactive forest protection and environmental compliance.

  • Detection of unauthorized deforestation from satellite imagery
  • Pattern analysis and risk forecasting for proactive enforcement
  • Long-term environmental monitoring and reporting
  • Carbon credit verification support
Illegal Logging Detection & Forecasting
AI-Powered Analysis
Real-time processing