Interstellar Mapping delivers geospatial intelligence that transforms raw lunar data into actionable mission insights. By providing precise terrain, resource, and site‑selection information, it enables safe rover routing, optimal base placement, and effective in‑situ resource utilization for lunar exploration programs.
Funding
Funding not disclosed
Founders
Product
Problem
Mission planners for lunar exploration lack reliable, high‑resolution geospatial data that can be directly applied to rover navigation, base site selection, and in‑situ resource identification, leading to increased operational risk and inefficient planning.
Solution
Interstellar Mapping converts raw lunar sensor data into precise, actionable geospatial intelligence. The platform delivers detailed terrain models, resource maps, and site‑selection analytics that support safe rover routing, optimal base placement, and effective resource utilization. By integrating these datasets into mission decision‑support tools, planners can reduce uncertainty, streamline workflow, and accelerate the development of lunar exploration programs.
Target Audience
Primary customers are space agencies, commercial lunar mission operators, and aerospace contractors responsible for rover navigation, habitat planning, and resource extraction on the Moon.
Features
- High‑resolution lunar terrain models generated from orbital and surface sensor data
- Automated resource detection layers highlighting water‑ice, minerals, and other in‑situ assets
- Site‑selection analysis tools that evaluate terrain stability, illumination, and accessibility for base construction
- Rover path‑planning module that incorporates slope, obstacle, and hazard data to generate safe navigation routes
- API and data export formats compatible with common mission planning software and GIS platforms