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Missions

Mission Programs.

MineSpace structures mission concepts as gated engineering programs with explicit assumptions, interfaces, evidence requirements, risk controls, and progression criteria.

Open Mission AlphaContact missions
At a glance

Program portfolio

Choose the program architecture that best matches a mission objective.

Best forMission teams, customers, partners and program stakeholders
ExploreCompare public mission architectures and enter the program most relevant to your objective.
Next stepProgram portfolio cardMove from a mission objective to the right program brief.
◇Program portfolio

Public mission architectures organized around defined gates and evidence requirements.

▤Resource systems

Start with target evidence, access, uncertainty, and mission fit.

Resource systems
→Operations

Review how MineSpace moves technical work through program gates.

Operations model
Portfolio stateEngineering program architectures
Decision basisEvidence + declared assumptions
ProgressionExplicit technical gates
Mission-portfolio dossier

Evidence to Engineering.

MineSpace mission programs are structured as public architectures with explicit objectives, interfaces, assumptions, evidence requirements, risk controls, and advancement gates.

Portfolio stateEngineering architectures
Decision basisEvidence + declared assumptions
Primary outputReviewable mission packages
ProgressionExplicit technical gates
01Detect

Establish candidate, mission need, evidence basis, and uncertainty.

02Survey

Define measurements, access, sensor, autonomy, communications, and assurance needs.

03Integrate

Bind subsystems into testable sequences with interfaces and failure conditions.

04Verify

Close critical assumptions with evidence, simulation, bench, or field-equivalent tests.

05Extend

Carry validated requirements into processing, logistics, suppliers, and continuity architecture.

Evidence boundary: MineSpace public mission pages describe engineering program architectures. Flight operations, launch approval, command authority, and mission certification are outside the public-site claim boundary unless separately documented.MineSpace.us / public technical dossier
Alpha

Mission Alpha

Initial resource-prospecting architecture linking target evidence, survey design, autonomy requirements, route risk, and decision gates.

NOMAD

NOMAD Program

Distributed survey architecture for comparing multiple candidates through mobile sensing, repeatable observation, and evidence handoff.

NEO

NEO Flagship

Near-Earth candidate assessment combining resource evidence, access windows, uncertainty, route risk, and sustained observation planning.

Lunar

Lunar Operations

Lunar site characterization, mobility, power, communications, processing interfaces, material standards, and mission assurance.

Processing

Processing Infrastructure

Material handling, conversion assumptions, yield evidence, storage, quality records, and downstream logistics interfaces.

Detect

Find resource data, classify industrial relevance and uncertainty, and identify candidate mission paths.

Survey

Define sensor concepts, model access, test resource assumptions, and characterize mission-assurance requirements.

Integrate

Integrate autonomy, sensing, communications, logistics, and assurance requirements into testable mission sequences.

Extend

Extend validated requirements into processing, logistics, storage, communications, supplier interfaces, and continuity architecture.

Continue

Next Step.

Move directly into the related capability, program, evidence surface, or conversation that best matches your objective.

01 / ContinueMission AlphaReview the resource-to-mission architecture for Mission Alpha.02 / ContinueLunar operationsReview the lunar resource, mobility, power, communications and processing architecture.03 / ContinueDiscuss a missionStart a focused conversation with the relevant MineSpace team.