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    Live infographics

    The whole estate, at a glance

    Five products, every screen, every capability and the reference data behind them — computed from the systems themselves, refreshed as you watch. Click anything to drill in.

    Loading the estate…

    A complete engineering estate — requirements, traceability, mission analysis and training — deployable inside your own network, with the AI models themselves running on hardware you control. No foreign cloud in the data path, and no dependency you cannot terminate.

    Read it as your organisation

    Or train a satellite-image classifier right now — in your browser, sending nothing anywhere. See the worked demos.

    SMAT-AI

    Space Mission Analysis Tool with an AI co-pilot.

    Design and prove missions in the browser — orbits, coverage, link budgets — with an AI advisor on call.

    Aerospace Academy

    Aerospace & defence training simulators, courses, and assessments.

    94 simulators · 500+ assessments — orbital mechanics, satellite ops, EW, MBSE, leadership.

    Supremacy

    Intelligence & R&D · see the gap first.

    Market monitoring, pursuit pipeline, competitive & threat landscape intelligence.

    Numbers you can check

    KPIs in the shared reference registry
    329
    Checked by verify-launcher-claims.mjs counts the mission-contract catalogues the Data Domain seed loads, and the live kpi_registry
    platforms in the aerospace & defence data spine
    1,300+
    Checked by verify-launcher-claims.mjs queries the live Data Domain database
    interactive simulators in Academy
    94
    Checked by verify-launcher-claims.mjs counts the simulator files that ship
    reference data APIs
    90+
    Checked by verify-launcher-claims.mjs counts the route modules Data Domain serves

    Capability counts — what the platform contains — not customer outcomes.

    Across the lifecycle

    1. 01Intelligence & R&D — Supremacy leads
    2. 02Specification & Requirements — WeProject.ai leads
    3. 03Design & Analysis — SMAT-AI leads
    4. 04Procurement — WeProject.ai leads
    5. 05AIT · Verification & Validation — SMAT-AI leads
    6. 06Operations & Sustainment — SMAT-AI leads

    Who it's for

    Demos

    See every worked demo

    See it live

    Real, admin-approved numbers from across the estate, refreshed as you watch — not a mockup.

    Explore the whole estate — every product, screen and capability →

    Real, currently-approved numbers from WeProject, SMAT, Data Domain, Academy and Supremacy.

    What the work actually looks like

    Real workflows from the shipped corpus — some finish inside one product, some cross three. Each one says how much of it a machine can redo and how much still needs a person.

    Five worked examples from the workflow corpus.

    Mission Definition

    WeProject mission workflow

    Say what the mission actually needs, then plan the workflow that delivers it — two decisions a person takes inside WeProject.

    WeProject.ai
    1. Define the mission requirement — WeProject.ai, a person decides
    2. Plan the delivery pathway — WeProject.ai, a person decides
    Within one productWorkflowEvery step is a person's call (0%)

    Mission Definition

    Authority thread (organization → KPI)

    Trace who authorised what — from the directive an organisation issues down to the measure it is judged by. Every step is a person's call.

    WeProject.ai
    1. An organisation issues a directive — WeProject.ai, a person decides
    2. The directive tasks a mission — WeProject.ai, a person decides
    3. The mission calls for capabilities — WeProject.ai, a person decides
    4. Each capability produces its measure — WeProject.ai, a person decides
    Within one productWorkflowEvery step is a person's call (0%)

    Analysis & Decision

    SCP capability capacity roll-up

    Add up what a capability can really field, from its children upward. Fully computable — no decisions in it.

    Data Domain
    1. Sum every descendant capability, deterministically — Data Domain, computed and checked
    Within one productChainRecomputes end to end — nobody re-decides anything (100%)

    Analysis & Decision

    Threat-countering trade-off (kill-web → Pareto)

    Prove the capability fabric really does counter the threat, then rank what survives. Nobody has to decide anything — it recomputes end to end.

    Data DomainSMAT-AI
    1. Compose the kill-web and find the binding constraint — Data Domain, computed and checked
    2. Rank what survives on the Pareto front — SMAT-AI, computed and checked
    Across 2 productsChainRecomputes end to end — nobody re-decides anything (100%)

    Analysis & Decision

    MOD capability sufficiency (strategy memo)

    Show a capability is enough for the mission and actually counters the threat, before the memo is signed.

    WeProject.aiSMAT-AIData Domain
    1. Scope the requirement, or the gap — WeProject.ai, a person decides
    2. Name the target capability — WeProject.ai, a person decides
    3. Prove the mission is sufficiently covered — SMAT-AI, computed and checked
    4. Prove the fabric counters the threat — Data Domain, computed and checked
    5. Rank the trade-off — SMAT-AI, computed and checked
    6. Close it with a compliance review — WeProject.ai, a person decides
    Across 3 productsWorkflow3 of 6 steps recompute; the rest are decisions (50%)

    These are five of the eight workflows seeded in the shared corpus. The other three — SCP strategy decomposition, SCP bottom-up synthesis, SCP policy governance completeness — are each a single human step inside WeProject, so they would repeat an example already above rather than add one.

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