ASTEROID SURVEY
Robotic prospecting missions for near-Earth asteroid assessment, composition mapping, and in-situ resource verification. Identifying the raw materials that will sustain deep-space infrastructure.
Mapping the solar system's raw materials.
Near-Earth asteroids contain trillions of dollars worth of metals, water, and organic compounds. Our survey program will identify the most accessible and resource-rich targets, building the data foundation for future extraction operations.
Engineering ArchitectureSpectral Composition Analysis
Deploy autonomous survey probes equipped with laser-induced breakdown spectroscopy (LIBS) and near-infrared spectrometers to determine mineral composition of target asteroids. Identify concentrations of platinum-group metals, water ice, and carbon-bearing compounds.
Surface Mapping & Gravimetry
High-resolution 3D surface mapping using LiDAR and stereo camera arrays. Simultaneous gravimetric measurements to determine internal density distribution and structural integrity — critical data for any future extraction operations.
Sample Collection & Return Staging
Robotic arm systems will collect regolith and rock chip samples from multiple sites on each target asteroid. Samples will be sealed in standardized return capsules and staged in stable orbits for future retrieval missions.
Target Prioritization Algorithm
AI-driven analysis will rank surveyed asteroids by resource value, accessibility (delta-v budget), structural stability, and proximity to planned orbital infrastructure. Results feed directly into OEX's long-term resource utilization roadmap.
THE FUTURE OF RESOURCE INTELLIGENCE
Asteroid survey data will define the economics of deep-space operations for decades. Partner with us to shape that future.