"जय हिन्द" · Jai Hind
Aetosky empowers India's defence forces and mission-critical organisations with sovereign AI-driven geospatial intelligence systems — delivering real-time situational dominance, autonomous decision workflows, and national security advantage across every domain.
Fuse satellite, drone, sensor, and open-source data into a single sovereign browser environment for operational intelligence.
Scalable sovereign data lake for structured and unstructured geospatial intelligence assets with classified access controls.
AI-powered change detection, object identification, and super-resolution analysis across multi-sensor imagery.
Advanced research environment for prototype development, algorithm testing, and experimental geospatial workflows.
Intelligent automation engine for mission workflows, alert orchestration, and decision-support pipelines across all domains.
Sovereign terrain intelligence platform for 3D geospatial analysis, elevation modelling, and ground-truth fusion across operational areas.
Drag-and-drop dashboard builder for real-time operational picture display, mission briefings, and command reporting.
Hardened enterprise-grade backend infrastructure supporting on-premise, private cloud, and air-gapped deployments.
Automated multi-temporal analysis to detect construction, movement, vegetation change, and infrastructure shifts across monitored sites.
AI-driven classification of vehicles, vessels, aircraft, and infrastructure objects from satellite and airborne sensor imagery.
Enhancement of sub-metre imagery to extract maximum detail from available sensors, improving target discrimination and reporting fidelity.
3D terrain draping of drone and aerial imagery for immersive operational planning, route analysis, and site assessment.
Dynamically updated sovereign base maps with classified overlays, integrated with live sensor feeds and mission data layers.
Automated ingestion and fusion of SIGINT, IMINT, AIS, ground sensors, and OSINT into a common operating picture with Edge AI inference at the source.
Aetosky is India's sovereign AI-driven intelligence platform — designed to serve India's armed forces, border security, and civil government with zero foreign data dependency. From the Himalayas to the Indian Ocean, our systems operate where it matters most.
Aligned with Atmanirbhar Bharat and the Defence Acquisition Procedure, our platform delivers strategic site monitoring, border surveillance, operational mapping, and maritime domain awareness — all within India's sovereign data boundaries.
Real-time vessel tracking, AIS fusion, and anomaly detection across exclusive economic zones. Persistent blue-water and littoral surveillance covering Indian Ocean, Arabian Sea, and Bay of Bengal — correlated with RF signal intelligence for dark vessel detection.
Multi-source imagery intelligence with AI-assisted change detection, object classification, and pattern-of-life analysis from satellite and airborne sensors. Supports strategic site monitoring, border surveillance, and operational mapping across India's land and maritime borders.
Sovereign-hosted spatial data management with OGC-compliant services, tiled map servers, and classified data vaults — fully operable in air-gapped and disconnected environments. Underpins the entire Aetosky intelligence stack as the sovereign SDI backbone.
Continuous persistent surveillance with automated alerting, threshold-based triggers, and multi-source event correlation across defined areas of interest. Supports 24/7 border monitoring, strategic site watch, encroachment detection, and infrastructure protection — with configurable escalation workflows via the Athena automation engine.
Automated ingestion, normalisation, and fusion of SIGINT, IMINT, OSINT, AIS, and ground sensor data into a single sovereign common operating picture — with configurable confidence weighting and full source provenance tracking across all intelligence lines. Powered by Aetos Browser for multi-source integration and Aetos Cube as the intelligence data lake, enabling India's defence forces to act on fused, correlated intelligence rather than fragmented data streams.