Mission Control
Mission-level operational picture projected from the canonical KMAP mission model. Update 04 does not introduce independent operational state; it renders the authoritative mission, engineering, telemetry and governance objects already established in the foundation.
| Object | ID | State | Version | Relation |
|---|
Mission Registry
Canonical mission registry and mission model inspection. This screen consumes versioned mission objects; it does not maintain an independent operational database.
Live Operations
Operational console for active missions — current mission state, telemetry condition, response workflow and governed plan disposition.
Mission State
State timeline and state inspector for the active mission baseline, anomaly observation, replanning state and resulting operational disposition.
Replanning
Controlled replanning workspace for a mission-state anomaly. The currently authorized plan remains immutable while alternatives are generated, simulated, verified and routed into a governed decision.
Mission Operations & Execution
Controlled execution workspace for an approved mission action package. KMAP separates preparation, validation, authority, simulated execution, state reconciliation and evidence. No external spacecraft command path is enabled in this environment.
Fleet Operations
Update 17 extends the operational-state model from a single mission into a multi-asset fleet picture: member state, exceptions, mission dependencies, priority, candidate scheduling and governed fleet publication.
Spacecraft
Spacecraft identity, exact configuration baseline, operational state and mission assignment.
Vehicles
Launch and transfer asset registry with readiness, historical provenance and configuration context.
Payloads
Payload capabilities, interfaces, host relationship, operating mode and configuration evidence.
Ground Stations
Ground support capability, contact availability, interfaces and mission dependencies.
Fleets
Fleet composition, governed membership, operational state and dependency concentration.
Mission Architecture
Authoritative architecture baseline linking mission objectives, requirements, constraints and exact asset configurations. Architecture changes remain governed proposals until validated and approved.
Planning
Candidate planning workspace for the active mission. Compare the published baseline with alternative plans while preserving the deterministic engineering and governance chain.
Flight Dynamics
Synthetic propagation, contact-window geometry and mission-timeline context for the selected plan. This workspace is an engineering input to optimization; it does not issue flight commands.
Optimization
Constraint-aware comparison of canonical plan candidates using the shared mission, asset and dynamics context.
Resource & Mission Scheduling Optimization
Update 18 extends fleet operations into a constraint-aware optimization loop: normalize resource budgets, apply weighted objectives, generate competing schedules, evaluate trade-offs, simulate feasibility, and publish a governed derived schedule.
Simulation
Scenario and run workspace for deterministic nominal and off-nominal mission behavior. Simulation is evidence generation, not execution.
Verification
Verification console for requirements and hard constraints. A passed verification record is evidence; it is not itself an execution command.
3D Twin
Scene workspace for the canonical mission topology and synchronized twin state. Stylized visualization only; no physics or command execution is represented.
System Models
Registry of digital-twin model artifacts, versions, scope, and model-to-asset traceability.
Fleet State
Fleet state matrix across the canonical digital twin, separating observed, derived, modeled, predicted, and operational layers.
| Object | Type | Observed | Derived | Modeled | Predicted | Operational | Source |
|---|
Telemetry
Synthetic telemetry monitor with freshness, quality, anomaly context, and explicit source lineage.
Telemetry, Events & Operational State
Update 16 turns telemetry and event streams into a coherent, time-aligned operational state. The state is explicitly typed as observed, derived, modeled, predicted, or operational and remains synthetic/non-operational.
Data Explorer
Searchable read-only exploration over telemetry, events, engineering runs, and canonical state objects.
| Record | Class | Value / state | Quality | Source | Context |
|---|
Analytics
Deterministic analytics projections across the loaded mission dataset, with source lineage attached to every metric.
Reports
Report builder and library using canonical mission, engineering, twin, and telemetry sources.
AI Models
Controlled model registry — identity, version, evaluation, deployment state, limitations and authorized mission use.
Decision Engine
Convert governed mission context into bounded, testable decision candidates; validate them against deterministic constraints; then resolve approval and authority.
Autonomy
Authority control surface — map decision classes to explicit autonomy ceilings, guardrails, approval requirements, suspension and escalation behavior.
Customer Workspace
Update 20 turns the KMAP platform into an enterprise control surface: establish tenant and workspace boundaries, bind identities and scopes, configure entitlements and environments, control service identities, approve policy changes, and publish a customer-operable configuration without silently mutating canonical mission records.
| User / Service | Role | Scope | Autonomy Ceiling | Decision |
|---|
Governed Autonomy
Update 19 turns autonomy from a policy statement into a controlled operational loop: bind mission state, resolve authority, evaluate preconditions, generate a bounded candidate, verify it, authorize a time-scoped autonomy window, execute only inside the envelope, and reconcile the outcome into evidence.
Decision Logs
Authoritative reconstruction of mission-intelligence behavior — context, data quality, model versions, candidates, validations, authority, action, outcome and intervention.
| Layer | Recorded source | Meaning | Authority |
|---|---|---|---|
| Model output | MODEL-DEMO-PLN-001 / INF-DEMO-001 | Structured recommendation / candidate generation. | None by itself |
| Engineering validation | VERIF-RUN-DEMO-001 | Deterministic verification evidence. | Required gate |
| Policy | POL-DEMO-001 | Maps decision class to permitted authority. | Ceiling |
| Human decision | DEC-DEMO-001 | Approved decision record in simulated environment. | A2 simulated |
Mission Evidence
Authoritative evidence workspace — prove that mission states, decisions and engineering claims are supported, version-bound and reproducible.
Audit
Authoritative activity and change record — inspect material actions, approvals, access, execution and system events with correlation context.
Compliance
Trace obligations to controls, evidence, assessments, findings and remediation. Status is not treated as evidence by itself.
Versions
Reproducible state management — exact versions, baselines, change sets, approvals and downstream impact.
APIs
Governed API catalog for controlled exchange with KMAP services and external mission systems.
| Interface | Purpose | Scope | State | Authority |
|---|
Data Connections
Connection inventory and health monitor with explicit degraded-state handling.
| Connection | Purpose | State | Dependency impact | Source |
|---|
Interoperability
Governed interoperability plane connecting mission systems through versioned contracts, semantic mappings, adapter health, event exchange, reconciliation and controlled release.
| Interface | Source / Target | Contract | Mode | State | Authority |
|---|
Customer-Specific Mission Products
A governed productization workspace that configures KMAP for a customer mission context by composing capability, integration, operating, evidence and autonomy boundaries into a versioned mission product.
| Scenario | Customer Pattern | Primary Value | Required Context | Authority | Release |
|---|
Mission Intelligence & Decision Center
Evidence-backed decision workspace that fuses mission state, resource schedules, interoperability evidence, digital-twin context and governed autonomy policy into reviewable decision packages.
| Candidate | Mission value | Resource margin | Fleet continuity | Disruption | Policy ceiling | Feasibility |
|---|
Organization
Organization control plane for mission, program and access scope.
| User | Role | Mission scope | Authority source |
|---|
Users & Access
Identity, role and mission-scope evaluation surface for governed access decisions.
| User | Role | ID | Scope |
|---|
Settings
Environment, governance and interface controls for the current KMAP workspace.
Full Customer-Ready KMAP
A unified customer-readiness control plane that assembles the completed KMAP capabilities into one governed, inspectable mission-system package for demonstration, acceptance, deployment planning and handoff.
| Criterion | Source layer | Expected state | Evidence | Gate |
|---|
Scale, Reliability & Production Architecture
A production-readiness control plane for scaling KMAP mission workloads with explicit capacity, reliability, resilience, observability, deployment and recovery gates.
| Workload class | Current | Peak target | Headroom | Scaling rule | State |
|---|