Composable Digital Twins for Mission-Critical Assets
Rigs provide structured digital representations of physical assets—spacecraft, vehicles, installations, and equipment—with full component hierarchies, payload management, sensor integration, and real-time state tracking.
01 / Asset Types
Model orbital assets with full subsystem hierarchies, payload configurations, and mission-specific sensor arrays.
Represent ground vehicles, aircraft, and drones with component tracking, mount points, and real-time telemetry integration.
Configure ships, platforms, and fixed installations with multi-bay payload systems and hierarchical subsystems.
Digital twins for personnel equipment configurations, wearable sensors, and mission loadouts.
02 / Subsystem Modeling
Every Rig can model complex subsystem hierarchies with component tracking, health monitoring, and dependency mapping across the entire asset lifecycle.
Each subsystem maintains its own component hierarchy, state machine, health metrics, and dependency relationships.
03 / Core Capabilities
Build complex systems from components, subsystems, and payload bays with inheritance and constraint validation.
Import GLB/GLTF models with explode animations, mount point visualization, and real-time state rendering.
Integrate telemetry from multiple sensors with data fusion, calibration, and cross-system correlation.
04 / Payload Management
Rigs provide comprehensive payload management with typed containers, capacity constraints, and real-time tracking for everything mounted to or carried by an asset.
Optical, RF, thermal, and multi-spectral sensor payloads with telemetry streaming and calibration.
Active systems including communications relays, processing units, and actuators.
Consumables, propellants, and materials with quantity tracking and depletion modeling.
Mission-specific equipment with mount constraints, power requirements, and operational profiles.
Each bay defines mass limits, volume constraints, power budgets, thermal requirements, and interface compatibility—validated in real-time during mission configuration.
05 / Sensor Integration
Rigs integrate sensor data from multiple sources—onboard systems, ground stations, external feeds—into a unified telemetry stream correlated with the asset's persistent identity.
Collect telemetry from any sensor type across multiple protocols and formats.
Apply sensor-specific calibration and cross-sensor correlation for accurate fusion.
All telemetry is bound to the asset's eVa identity for full provenance tracking.
06 / Architecture
Over 20 node types for modeling any physical or logical structure—from hull sections to circuit boards.
Configurable attachment points with mass, dimension, power, and interface constraints.
Defined volumes for payload installation with capacity limits and compatibility rules.
Multiple animation profiles for assembly, maintenance, and inspection visualization.
07 / Integration
Every Rig is an eVa-addressable entity with SoI-governed authority and Mission Fabric-orchestrated operations. Digital twins that persist across systems, missions, and time.
Rigs™ / Digital Twin Infrastructure
Discover how Rigs can transform your asset management, mission planning, and operational awareness with composable, identity-linked digital twins.
