01
PERSISTENT OPERATIONAL IDENTITY
People
Operators, analysts, maintainers, crews, coalition partners, and autonomous agents retain identity, authority, and mission role.
Missions / Defense + Space Operations
One operational identity.Ground to beyond.
Unify people, places, things, systems, and mission truth from contested logistics through launch, orbit, cislunar space, and the planetary edge.
XRDNA connects the systems already in the mission—without replacing them—using eVa™ persistent identity, SoI™ spatial zero trust, and Mission Fabric™ orchestration.
GROUND
Posture + sustain
LAUNCH
Integrate + execute
ORBIT
Track + protect
BEYOND
Resolve + extend
01 / The operational thread
The domain changes.
Identity does not.
A payload begins as inventory, becomes protected cargo, enters a launch manifest, separates into orbit, joins a constellation, and may later become a service target. eVa keeps it the same mission entity through every system and plane.
02
PERSISTENT OPERATIONAL IDENTITY
Places
Bases, corridors, launch ranges, orbital slots, surface zones, and denied areas become resolvable operational locations.
03
PERSISTENT OPERATIONAL IDENTITY
Things
Vehicles, payloads, sensors, satellites, data products, and observations remain addressable through every transition.
FACTORY
FIELD
RANGE
ORBIT
SURFACE
CONTESTED LOGISTICS / ONE CONTINUOUS RECORD
Sustain the force when the network cannot be trusted.
02 / Contested logistics
Know what can move. Who can touch it. What the mission can trust.
The logistics chain is part of the battlespace. XRDNA preserves identity, custody, condition, authority, and destination as supplies and payloads cross vendors, bases, modes, classifications, and degraded networks.
MATERIEL
Item, payload, condition + provenance
PERSONNEL
Role, clearance, readiness + custody
MOVEMENT
Route, handoff, risk + priority
EDGE
Local resolution, store + forward, delegated policy
03 / Defense posture + launch cadence
Before ignition.
Through separation.
After deployment.
Launch posture is defense posture. The ability to prepare, integrate, launch, verify, task, protect, service, and reconstitute is one mission—not a sequence of disconnected programs.
PAYLOAD / PL-04
eva://mission.logistics-servicing-launch-02/payload-pl-04
01 / LEFT OF LAUNCH
POSTURE
Resolve inventory, payload provenance, personnel readiness, access, range state, and transport dependencies before the window opens.
02 / LAUNCH
EXECUTE
Maintain one mission clock and trusted identity across vehicle, payload, range, telemetry, safety, command, and coalition systems.
03 / RIGHT OF LAUNCH
SUSTAIN
Continue custody, tracking, tasking, approach authorization, servicing, anomaly response, and reconstitution after separation.
04 / The orbital continuum
Build for LEO.
Architect for GEO.
Extend beyond.
LEO brought scale. GEO brings persistent position, communications, compute, servicing, and strategic infrastructure. The same address model must continue through cislunar space, lunar operations, Mars, and mission contexts not yet defined.
ONE ADDRESS MODEL / EVERY REGIME
Operational context persists as distance, latency, and authority change.
GEO / 35,786 KM
Persistence + infrastructure
Persistent coverage, strategic communications, orbital compute, servicing, and the logistics layer for the next space economy.
SIM-OS / LIVE + RECORDED MISSION DATA
Rehearse against reality before reality tests the mission.
05 / Simulation + real-world truth
One address space. Multiple realities.
Run planned and simulated entities against live or recorded telemetry, weather, logistics, sensor, orbital, and threat data. eVa's Plane dimension keeps simulated, planned, commanded, logical, and physical state distinct while preserving the entity relationship.
INGESTLive, recorded + synthetic data
RESOLVETime, authority, plane + provenance
EXERCISEBranches, threats + mission alternatives
PROMOTEApproved intent into executable manifests
06 / eVa at the edge
Full mission context.
Compact edge resolution.
A canonical eVa can carry high-order spatial, temporal, plane, authority, and context detail. A mission-local edge token can resolve back to that same authoritative identity across constrained links—it is a reference, not a second identity.
MISSION-LOCAL REFERENCE / CONSTRAINED LINK
eva:e7Q2/G12@T+04:18The resolver maps this small token to the canonical address, current context, and authorized service records—even during intermittent connectivity.
LOWER LINK COST
SAME IDENTITY
POLICY PRESERVED
STORE + FORWARD
07 / Future threats
The threat is contextual.
The defense must be too.
A coordinate without authority can be spoofed. An AI output without provenance can be poisoned. A user without mission context can be overexposed. XRDNA resolves identity, origin, policy, and relationship before systems—or agents—act.
POSITION WITHOUT DEPENDENCE
GPS-Denied Operations
Resolve position through mission-approved frames, relative relationships, local sensors, and delegated time authorities when GNSS is unavailable or untrusted.
TRUST THE PROVENANCE
AI + Data Deception
Preserve source, time, authority, and conflicting assertions so agentic systems can reason over evidence instead of silently accepting a poisoned feed.
CONTEXTUAL NEED-TO-KNOW
Counterintelligence
Apply spatial, temporal, role, mission, and coalition policy at resolution—limiting what is exposed without fragmenting the shared mission identity.
APPROACH WITH AUTHORITY
On-Orbit Proximity
Evaluate identity, intent, approach corridor, custody, and Sphere of Influence policy before a vehicle, payload, or service is trusted near another asset.
08 / The operational stack
Keep every system.
Unify the mission.
EXISTING SYSTEMS
C2 + mission systems
ISR + sensor networks
ERP + logistics
Range + launch systems
SDA + orbital catalogs
Autonomy + simulation
Mission Fabric
eVa IDENTITY / SoI TRUST / MANIFEST ORCHESTRATION
DISCOVER
RESOLVE
AUTHORIZE
ORCHESTRATE
MISSION EFFECT
Persistent identity
Trusted provenance
Policy-aware sharing
Real-to-sim continuity
Edge-resilient resolution
Multi-orbit scalability
Mission context without boundaries.