One Platform. Three Mission Domains.

Autonomous AI agents that deploy to satellite payloads and orchestrate perception, triage, and communication on orbit. The same core technology serves national security, disaster response, and scientific research.

// Dual-tier: edge inference on orbit + cloud foundation model validation

// Software-defined, remotely updatable action policies

Dual-Tier Architecture

Autonomous edge agents on orbit. Cloud-based foundation models on the ground. Each tier validates the other.

Edge Tier

On Orbit

Foundation model inference on standard edge GPU hardware within satellite payload power and mass budgets. Agents make autonomous decisions about what to observe, prioritize, and communicate.

EO Foundation Models

Action Policies + Event Triage

Priority-Driven Downlink

Cloud Tier

Ground

Cloud foundation models validate edge detections against ground-truth data. Continuous feedback loop refines edge action policies and improves accuracy over time.

Cloud Foundation Model Validation

Ground-Truth Comparison

Policy Refinement Pipeline

Validates
National Security

Persistent Intelligence from Orbit

Autonomous agents for defense and intelligence missions. Persistent area monitoring, event detection, and priority-driven downlink without ground-processing delays.

Intelligence & Reconnaissance

Autonomous observation and event detection for persistent area monitoring. Agents prioritize what matters and reduce downlink volume.

Maritime Domain Awareness

Continuous maritime monitoring and vessel detection. Autonomous alerting for border security and exclusive economic zone enforcement.

Change Detection

Bi-temporal analysis detecting infrastructure changes, troop movements, and environmental modifications across areas of interest.

Defense OTA Consortium MemberNGA Industry Engagement ActiveCMMC Level 1 CertifiedUS-Based, Sammamish WA
Disaster Response

Detect and Map at the Speed of Disaster

When wildfires and floods strike, the observe-downlink-analyze paradigm creates dangerous delays. Our agents detect, map, and communicate from orbit in minutes.

Wildfire Detection & Mapping

Autonomous fire perimeter detection and progression tracking. Agents prioritize active fire fronts and downlink critical updates without ground commands.

Flood Extent Mapping

Real-time flood boundary mapping and inundation tracking. Actionable intelligence for emergency responders and humanitarian operations.

Post-Disaster Assessment

Infrastructure damage assessment and impact analysis. Prioritize response resources based on satellite-derived intelligence within hours of an event.

Working System Validated on Ground HardwareCloud Foundation Model ValidationSituation Awareness Feed LiveEO Foundation Models
Scientific Research

Validate Models at Orbital Scale

Cross-validate edge inference against cloud-based foundation models. Build benchmark datasets that advance the state of earth observation AI.

Dual-Tier Validation

Edge inference on orbit produces rapid detections. Cloud foundation model pipelines validate accuracy against ground-truth. Continuous feedback improves both tiers.

Foundation Model Benchmarking

Systematic evaluation of earth observation foundation models across real orbital conditions: varying illumination, cloud cover, and sensor characteristics.

Environmental Monitoring

Long-duration observation campaigns for deforestation tracking, glacier retreat, coastal erosion, and land-use change across protected areas.

Google Foundation Model Early AccessEDGE AI Foundation Strategic PartnerEO Foundation ModelsNVIDIA Inception Member

Discuss Your Mission

Whether you're a government agency, satellite operator, or research institution, our platform adapts to your mission requirements.

Godel Space AI

Hi, I'm the Godel Space assistant. Ask me anything about our autonomous satellite AI technology, use cases, or how to work with us.