01
Prepare with persistent context
Left of launch
- Payload and rig registration
- People, place, and thing coordination
- Sensor checkout and calibration
- Manifest and chain-of-custody continuity
Missions / Mission Continuity
Before launch.Through orbit.One mission.
Mission context should not break when the mission changes environments.
XRDNA connects people, places, things, payloads, and sensor data across preparation, launch, and on-orbit operations—preserving identity, context, and control throughout the mission lifecycle.
01 / The continuity gap
Launch is a transition.
Not a reset.
The vehicle crosses a boundary. Its operational identity, relationships, and mission history must cross with it.
Traditional workflows split preparation, launch operations, and on-orbit sustainment across disconnected tools and organizations. XRDNA creates the identity, resolution, trust, and orchestration layer that keeps those environments operationally connected.
02 / Full mission lifecycle
One operational thread.
Every phase.
Identity and context flow forward with the mission—from the first payload record to the next on-orbit service event.
02
Operate through the transition
Launch
- Live sensor and telemetry fusion
- Range and launch-team coordination
- Event correlation across systems
- Continuous identity through separation
03
Sustain the mission in orbit
Right of launch
- On-orbit asset resolution
- Rendezvous, servicing, and mobility
- Payload and logistics tracking
- Digital-twin and maintenance continuity
03 / Persistent operational identity
The mission changes state.
Its identity does not.
Every person, place, thing, payload, rig, and sensor receives a persistent eVa address. The representation can change. The operational identity and its complete history remain resolvable.
01Mission
02Places
03People
04Rigs
05Payloads
06Things
07Sensors
Persistent origin
eVa / XYZTP + Version
04 / Sensor fusion + interoperability
Many signals.
One mission context.
Mission Fabric ingests and correlates data from sensors, vehicles, field devices, partner systems, and orbital assets. Existing systems remain authoritative while XRDNA resolves their relationships in real time.
Environmental sensors
Vehicle telemetry
BLE + edge devices
Satellite links
Partner APIs
Operator inputs
Orchestration layer
MISSION FABRIC
Resolved output
ONE OPERATIONAL VIEW / SHARED CONTEXT
05 / Operational outcomes
Continuity compounds across every launch.
01
Launch cadence
Reuse mission history, configurations, and lessons without rebuilding context for every operation.
02
Payload assurance
Track payload identity, custody, configuration, and environmental history from integration through orbit.
03
People operations
Connect teams, roles, devices, locations, and permissions to the mission state they are supporting.
04
On-orbit sustainment
Carry verified asset identity into servicing, mobility, maintenance, logistics, and future missions.
06 / XRDNA core infrastructure
Built for the entire mission—not one phase.
Each layer performs a distinct role. Together, they create mission continuity across organizational, technical, and physical boundaries.
Persistent operational identity
Carries the same identity across physical, digital, simulated, and autonomous representations.
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Context and trust boundaries
Controls who and what can discover, access, and act on mission data at each phase.
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Mission Fabric orchestration
Connects systems, sensors, workflows, and teams without replacing their existing tools.
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AI-guided operational view
Resolves relationships and presents the mission context needed for the next decision.
Learn moreMission context without boundaries