Building the Future

The Intelligence Platform for
Autonomous Space Operations

SpaceEdge™ unifies datasets, AI models, validation systems, and mission-runtime telemetry into a single platform designed for autonomy. Build, test, deploy, and monitor mission-critical AI that works reliably in off-Earth environments.

The Platform That Makes
Mission-Critical AI Deployable in Space

SpaceEdge™ is a unified intelligence layer that powers the next generation of autonomous missions. We automatically map, clean, harmonize, validate, and score space datasets—then deliver them through APIs optimized for autonomy and mission operations.

Your operating layer for autonomous space intelligence.

Trusted Multi-Mission Data

Cross-validated datasets from multiple missions and sources

Production-Grade Validation

Certification-ready trust infrastructure and scoring

Deep Provenance

Complete lineage tracking from raw data to decisions

Intelligent Terrain & Ops Modules

Domain-specific APIs built on certified data

Deployment-Ready AI Models

Pre-trained models and SDKs for autonomous systems

Mission-Runtime Integration

Real-time telemetry and adaptive intelligence

SpaceEdge Automatically Constructs

Semantic Graphs

Connect datasets, instruments, and missions with rich relationships

Provenance Lineage

Track every transformation from raw data to mission decisions

Dual-Layer Scoring

Governance trust scores + technical quality assessment

AI-Readiness Assessment

Multi-dimension evaluation for machine learning suitability

Mission Context Layers

Combine terrain, illumination, thermal, and hazard data

Schema Harmonization

Automatically unify coordinate systems and units

The SpaceEdge Platform

Three Layers. One Trust Infrastructure.

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Layer 1: Deep Mapping Engine

The Foundation

SpaceEdge™ ingests heterogeneous formats—imagery, radar, DEMs, point clouds, telemetry—and builds a deeply mapped, unified structure.

Core Components:

  • Semantic graph database (datasets + instruments + missions + terrain objects)
  • ETL pipelines for raw agency and commercial datasets
  • Metadata inference when documentation is missing
  • Dual-layer scoring: governance trust + technical quality
  • Enhanced STAC-compliant catalog with trust metadata
  • Domain ontologies for terrain, mission ops, instruments, materials
  • Coordinate, unit, timestamp, and projection harmonization
Outcome: A searchable, interoperable, mission-aware map of the lunar surface and orbital environment.
🛡️

Layer 2: Trust Infrastructure

The Validation Engine

Turns deep mapping into certification-grade trust for mission-critical autonomy. Space missions need more than datasets—they need validated, traceable, trustworthy intelligence.

Core Components:

  • Data Trust Registry: public leaderboard of dataset reliability
  • Scoring APIs: mission-specific readiness scores
  • Validation Pipelines: cross-mission statistical verification
  • Provenance Audit Trails: full lineage graphs for certification
  • Drift Monitoring: detects quality degradation over time
  • Model Validation: tracks model lineage + performance regressions
Outcome: Programs can certify their autonomy stack using transparent, mission-proof data.
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Layer 3: Applications & APIs

Mission-Ready Intelligence

Domain-specific intelligence built on top of certified, trusted data.

Terrain Intelligence APIs:

  • Lunar Landing Site API
  • Hazard detection
  • Illumination forecasting
  • Grade/slope/roughness estimation
  • Risk map generation

Additional Modules:

  • Autonomy SDK: Navigation, planning, onboard risk assessment, real-time decision engines
  • Operations Analytics: Telemetry intelligence, thermal profiles, environmental drift, system health
  • ML Developer Tools: AI-ready datasets, augmentation pipelines, scenario builders
  • Planning Copilots: Landing zone selection, traverse planning, hazard-aware routing
Outcome: Mission-ready APIs and SDKs that accelerate autonomous system development.

What You Can Build with SpaceEdge™

Lunar Terrain Intelligence Systems

Landing site selection, hazard avoidance, crater detection, illumination analysis, and geological context.

Orbital Autonomy Models

Debris field prediction, maneuver planning, multi-sensor fusion, and onboard anomaly detection.

Rover & Lander Intelligence

Path planning, sampling optimization, multi-agent cooperative navigation.

Autonomous Outpost Operations

Robotic construction, in-situ resource utilization (ISRU), dark-side missions, thermal and comms scheduling.

Autonomous Space Needs Its Intelligence Platform

As missions expand—landers, rovers, orbiters, and robotic outposts—they require a shared intelligence foundation.

SpaceEdge™ is building that foundation.

Where spacecraft don't just send back data…
they interpret, reason, adapt, and collaborate.

Build the Future of Autonomous Exploration

If you're working on next-generation lunar, orbital, or deep-space missions—SpaceEdge™ accelerates your path.