We deliver decision intelligence for frontier operations by unifying terrain, orbital, and resource intelligence into one modular system. From renewable grid congestion to lunar site selection, from subsea cable risk to orbital traffic control, every domain is connected through the same decision-intelligence spine.
Where are the opportunities?
Predictive geospatial analytics for discovering mineral deposits, geothermal reservoirs, and exploration-worthy sites. Supports mission targeting on Earth, the Moon, and oceanic frontiers.
How do we build sustainably?
Optimize siting, storage, and infrastructure with predictive energy and ESG analytics. Supports battery placement, grid planning, and sustainable infrastructure on Earth and beyond.
Is it safe? What are the risks?
Forecast climate, atmospheric, and orbital hazards. Evaluate site risk and resilience for exploration, investment, and development across changing environments.
How do we move and operate safely?
Deliver autonomy-aware insights for rovers, drones, and multi-agent operations. Optimize movement, routing, and communications across difficult terrain and orbital environments.
How do we scale and integrate?
Enable unified control and coordination across multi-domain operations. Support mission architecture, lunar development, and multi-party planning with intelligent orchestration.
How do we ensure trust and accountability?
Ensure data integrity, model provenance, and mission accountability with blockchain-secured governance. Track decisions, models, and telemetry across stakeholders.
A remote sensing-to-robotics workflow that fuses terrain, energy, and ESG intelligence to accelerate clean energy deployment.
Multispectral, elevation, and thermal data is fused into a terrain-aware model of the operational zone.
Machine learning ranks target zones based on fault density, geothermal gradient, and site accessibility.
Cultural, biodiversity, and water resource overlays restrict development in high-sensitivity zones.
Robots or drones are tasked to validate targets, navigating terrain via autonomous routing.
The platform finalizes site selection based on technical viability, ESG scoring, and mission risk thresholds.
We offer modular APIs and white-labeled platform components for:
Interested in licensing modules or deploying across your AOIs?
Let’s talk.
Accelerate geothermal, solar, and battery siting.
Safer, smarter infrastructure from space to subsurface.
Predictive risk analytics for extreme environments.
Biodiversity-aware infrastructure design.
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