SIM™
Maintains an evidence-linked digital mission representation across planning, execution, debrief, and future reuse.
Persistent Mission Twin
Maintains an evidence-linked digital mission representation across planning, execution, debrief, and future reuse.
Mission Impact
Continuous simulation, mission memory, and foresight.
One Governed Mission Loop
Operates through shared MIOS, MIOL, Mission Object Graph™, Orion Knowledge Fabric™, identity, evidence, and governed contracts.
SIM™ explores possible futures. Synthetic outcomes remain explicitly separated from observed mission truth.
How it works
SIM™ creates and versions a persistent mission twin, synchronizes observed state without erasing history, branches reproducible scenarios, measures outcomes and uncertainty, compares alternatives, and promotes governed evidence while keeping synthetic results separate from observed truth.
- Mission objects, operational state, terrain, environment, and infrastructure
- Friendly, adversary, asset, sensor, communications, and logistics models
- Mission intent, constraints, assumptions, and selected variables
- Historical evidence and calibration data
- Persistent mission twin and versioned scenario branches
- Projected effects, risk, timing, and resource consumption
- Model-fidelity and uncertainty evidence
- Post-mission reconstruction, lessons, and recalibration candidates
How it works with the system as one unit
SIM™ synchronizes with Fusion™ observations and Command™ mission state, evaluates Decision™ questions, uses Govern™-approved models and scenarios, exchanges authorized assumptions through Coalition™, and calibrates asset models with Autonomy™ feedback.
Designed as one bounded responsibility
Each ZR Orion product owns a distinct operational responsibility, evidence model, authority boundary, and lifecycle. Modularity prevents one component from silently accumulating every authority while preserving continuity across the complete mission loop.