01
eVa™
Persistent edge identity
Give every robot, vehicle, sensor, person, process, route, zone, model, and mission a resolvable identity across space, time, operational plane, authority, and version.
Missions / Autonomous + Edge SystemsIntelligenceat the edge.
Autonomous fleets. Robotic swarms. Edge platforms.
XRDNA gives every machine persistent operational identity, spatially aware trust, and mission context—so heterogeneous systems can coordinate across physical, logical, planned, commanded, and simulated realities.
IDENTITY
eVa / resolve
BOUNDARY
SoI / authorize
MISSION
Manifest / compose
EDGE
Act / persist
01 / The autonomy seam
Machines can act.
Can the mission understand why?
Autonomy fails between systems when the robot, location, task, policy, sensor assertion, and command are each identified differently.
A faster model or better sensor does not solve broken operational identity. Without a common primitive, fleets become isolated autonomy stacks, spatial safety becomes vendor-specific, and edge decisions lose their provenance when they return to the enterprise.
02 / The autonomous foundation
Three layers.
One operational fabric.
Identity answers what the entity is. Spatial trust governs what it may discover or do. Mission Fabric composes the people, machines, systems, and intent required to execute.
02
SoI™
Spatial zero trust
Let each entity discover, share, enter, coordinate, or act only inside the spatial, temporal, role, mission, and authority boundaries that apply now.
03
Mission Fabric™
Manifest orchestration
Compose heterogeneous machines, existing systems, people, tasks, payloads, policies, and exceptions into a mission without replacing the autonomy stacks already deployed.
03 / Cross-plane identity
One machine.
Every operational reality.
The robot can move through the world, exist inside software, follow a plan, receive a command, and participate in simulation. eVa keeps those representations connected without collapsing them into one ambiguous record.
PHYSICAL PLANE
Where it is
Robot AGV-17 occupies aisle C4 at 14:32:10, carrying pallet PL-08 with a live safety envelope.
ASSERTED BY / LIDAR + UWB + ODOMETRY
AGV-17
eva://autonomy/fleet-02/agv-17XYZ
SPACE
T
TIME
P
PLANE
04 / Spatial zero trust
Every machine knows where it is.
SoI governs what happens next.
On a shared factory floor, proximity alone cannot equal trust. Each robot, person, cell, payload, and zone carries an eVa-centered Sphere of Influence that can expand, collapse, inherit, and resolve continuously.
LIVE FLOOR / 06 ENTITIES / POLICY RESOLVING
Shared space becomes a continuously evaluated trust environment.
A BOUNDARY AROUND EVERY ENTITY
Not access once. Trust continuously.
IDENTITYWho or what is requesting action
PROXIMITYWhere it is relative to people, assets + zones
INTENTWhat action the mission currently permits
POSTURESensor confidence, condition + operating state
POLICYAuthority, role, time, plane + requested effect
05 / Mission manifests
Build the mission.
Bring your own autonomy.
Users assemble custom Manifests from the assets and systems already available. Mission Fabric resolves identity and policy, assigns roles and tasks, and preserves context while each machine retains its native controller.
CUSTOM MANIFEST / ACTIVE
FULFILLMENT CELL / 07
Move priority payloads from receiving to outbound staging while production lanes remain active.
MISSION WINDOW
T+00:00 → T+02:30
CONTINUOUS FLOW / POLICY ACTIVE
ASSETS + CAPABILITIES
0112 autonomous mobile robots
022 robotic assembly cells
034 smart loading zones
0418 tagged payloads
ROLES + AUTHORITIES
Fleet supervisor
Safety authority
Warehouse system
Local edge resolver
MISSION + SoI POLICY
Yield to people inside 2.5 m
Require verified payload custody
Deny entry to maintenance SoI
Store + forward during WAN loss
EDGE RESOLVER / LOCAL AUTHORITY
The mission continues when the cloud does not.
06 / Edge resilience
Resolve locally. Act within authority. Reconnect without identity drift.
Edge nodes can retain compact identity references, local maps, manifests, policy, delegated authority, and mission events. When links degrade, autonomous systems continue inside defined boundaries; when connectivity returns, state resolves back to the same authoritative identities.
DISCONNECTEDLocal identity + mission cache
STORE + FORWARDOrdered assertions with source + time
DELEGATED AUTHORITYBounded actions without enterprise reachback
RECONCILEConflicts preserved and resolved by policy
07 / Dual use
One autonomous foundation.
Different mission depth.
COMMERCIAL
Coordinate mixed fleets across the places where business moves.
Simple, legible identity and policy for factories, warehouses, yards, ports, mines, infrastructure, and mobile services.
Warehouses and fulfillment fleets
Manufacturing cells and mobile robots
Ports, yards, mines, and energy sites
Inspection, delivery, and service drones
OEM-neutral fleet and facility coordination
DEFENSE + GOVERNMENT
Operate distributed machines through contested, coalition, and denied environments.
Deeper nested SoIs, multiple authorities, classification-aware resolution, delegated edge action, and full mission provenance.
Contested and autonomous logistics
Distributed sensing and robotic swarms
Human-machine teaming at the tactical edge
Coalition-aware discovery and data release
GPS-denied, intermittent, and delay-tolerant operations
08 / System of autonomous systems
Keep every autonomy stack.
Unify the mission.
Mission Fabric does not replace robot controllers, fleet managers, sensor networks, edge platforms, enterprise tools, or command systems. It creates the identity, trust, and orchestration layer between them.
EXISTING CAPABILITY
Robot + vehicle stacks
Sensors + edge gateways
WMS / MES / ERP
AI models + agents
People + authorities
Mission Fabric
eVa / SoI / MANIFESTS / RESOLVER
MISSION EFFECT
Cross-system identity
Spatially aware trust
Custom manifest composition
Human-machine authority
Disconnected continuity
Auditable autonomous action
Mission context without boundaries.