Key Modules
Resource Potential Maps
Combining spectral imagery, albedo, and density to identify metallic, water, and silicate deposits.
Robotic Scenarios
Simulators for autonomous probe platforms, gripping systems, and drilling rigs, accounting for microgravity.
Financial & Logistics Models
ROI calculators, trajectory comparisons, launch windows, and transportation costs for different asteroid classes.
Regulatory & Safety Templates
Guides on COSPAR standards, the Artemis Accords, licensing, and waste disposal plans.
Data & Simulation Layers
- A catalog of 5,200+ asteroids classified by type (C, S, M, V).
- Deep radar imagery maps and porosity forecasts.
- Resource-forecasting modules based on machine learning and historical missions (Dawn, OSIRIS-REx).
- A schedule of launch windows and transfer orbits integrated with NASA/JPL Horizons.
- A library of contract templates and risk registries for partners and insurance companies.
Programs & Tracks
Exploration Fast Track
- Target body detection
- Resource assessment
- Approach route visualization
Robotic Operations
- Landing modeling
- Manipulator control
- Sample collection and storage
ISRU Processing
- Heating and vaporization
- Metal separation
- Propellant production
Operational Steps
- Conduct spectral screening of target objects and build a 3D rotator model.
- Build a mission profile optimizing Δv, flight time, and energy consumption.
- Run the robotic-capture simulator and test behavior algorithms in microgravity.
- Prepare a financial model and investor package accounting for risk scenarios.
Partner Ecosystem
- Artemis Resource Network — a shared data hub for ISRU and infrastructure partnerships.
- ESA PROSPECT — a lab for sample analysis and thermal processes.
- Insurance consortia and financial institutions for mission risk modeling.
- Commercial launch operators with integrated launch-window calculators.
Deployment Scenarios
Delivering Water Ice to Lunar Orbit
Modeling a H2O extraction mission on a C-class body, calculating electrolysis costs and transport to an orbital fuel depot.
Metallurgy Under Microgravity
Planning the processing of metals from an M-type asteroid for building structures in orbit.
Mission Insurance & Compliance
Generating reports for UNCOPUOS, assessing debris risks, and emergency-deflection scenarios.
Roadmap
- Stage 1 — Analytics: data collection, resource profile building, risk assessment.
- Stage 2 — Design: platform selection, mission planning, robotics testing.
- Stage 3 — Operations: landing, drilling, processing, and logistics simulations.
- Stage 4 — Scaling: partnership rollout, financial models, repeat-mission plan.
Success Metrics
- Resource Accessibility Index.
- Calculated ROI under baseline and optimistic development scenarios.
- Time-to-First-Return of materials.
- Equipment Technology Readiness Level rating (TRL Heatmap).
FAQ
What data is used to assess an asteroid's resource potential?
The lab combines spectral imagery, albedo, radar profiles, data from the Dawn and OSIRIS-REx missions, and ML-model-based simulations.
Can I integrate my own trajectory calculations?
Yes, the API lets you import orbital solutions from GMAT, Orekit, or STK and compare them with the built-in Δv calculators.
How is the economics of material return assessed?
The financial module contains models for launch costs, insurance, processing, and sale, as well as scenario modeling of resource market prices.
Does the platform support ISRU processes?
Simulators are available for extracting water ice, metals, and regolith, accounting for energy budgets and temperature profiles.
Which compliance standards are implemented?
There are templates and checklists for meeting COSPAR requirements, the Artemis Accords, insurance company regulations, and environmental protocols.
Can I create a simulator for a specific robotic arm?
Yes, the Robot Ops module lets you upload a manipulator's kinematic parameters and generate maneuvering scenarios.
How are debris risks tracked?
The built-in risk registry models potential debris, analyzes orbital intersections, and proposes avoidance maneuvers.
Are there training programs for engineers?
There are six adaptive courses, from small-body geology to financial planning for extraterrestrial missions.
How do I integrate partner data?
Through secure data exchange supporting S3, Azure Blob, IPFS, and direct NASA/ESA channels.
Can I export results in a format for investors?
A package is generated with an executive summary, resource maps, financial metrics, and a mission calendar, in PDF and PPTX formats.