Autonomous prospecting and first-sequence resource validation.
Mission Alpha
An initial resource-prospecting architecture that links target selection, survey design, autonomy requirements, route-risk analysis, and evidence-based mission progression.
At a glance
Mission Alpha
Review the initial MineSpace resource-validation program architecture.
Initial resource-prospecting architecture and progression criteria.
Review target evidence, access, uncertainty, and mission-fit analysis.
Resource systemsReview route risk, resilience, and continuity requirements.
Mission assuranceProgram stateEngineering architecture
Evidence basisPublic data + modeled requirements
ProgressionGate-based review
Target shortlist
Candidate targets require traceable source data, an explicit resource hypothesis, access constraints, uncertainty bounds, and a reason to advance one target over another.
Survey profile
Define observation objectives, required sensors, coverage, data quality, timing, and the evidence needed to confirm or reject the initial resource hypothesis.
Autonomy fit
Map tasks to onboard decision authority, human oversight, degraded-mode behavior, recovery logic, communications limits, and testable stop conditions.
Defense sensitivity
Identify route exposure, object-context uncertainty, communications dependencies, critical infrastructure assumptions, and continuity requirements before mission design advances.
Mission brief
Integrate target evidence, access, survey architecture, autonomy, risk controls, interfaces, verification criteria, and explicit no-go conditions into one reviewable program record.
Program access
Scope the Mission.
Mission Alpha is structured for partners, research groups, defense stakeholders, operators, and capital teams aligned with resource infrastructure beyond Earth.