AI-enabled planning
Use operational context to plan, simulate, and adjust mission workflows before conditions shift.
AI mission orchestration platform
Mission Fabric™
Coordinate mission planning, sensing, data fusion, edge intelligence, and autonomous assets inside one secure operational layer.
Edge
Cloud, hybrid, and field-deployed decision support
1s
Live tracking patterns for moving assets and manifests
SoI
Policy-aware access, provenance, and audit controls
Plan
Shape workflows around mission context and changing conditions.
Sense
Bring sensor, platform, environmental, and asset data together.
Fuse
Resolve fragmented feeds into a common operational picture.
Adapt
Coordinate humans, AI agents, and autonomous systems in motion.
Mission layer
From edge to orbit to ground, operations become composable.
XRDNA positions Mission Fabric as a software-defined orchestration layer for mission data, AI models, autonomous assets, and operational workflows. The result is a planning and execution environment designed for distributed, high-tempo operations.
Core capabilities
Built for contested, distributed, and high-consequence environments.
The platform story centers on decision advantage: faster planning, clearer data relationships, resilient access control, and coordination across mixed human-machine teams.
Real-time data fusion
Unify sensor, platform, environmental, and operational inputs into one mission picture.
Edge-to-cloud intelligence
Deploy decision support across cloud, hybrid, and edge environments where operations demand it.
Autonomous coordination
Support unmanned, autonomous, and human-operated systems in shared mission flows.
Predictive analytics
Anticipate constraints, risks, opportunities, and likely outcomes before they shape the mission.
Interoperable architecture
Connect existing systems, data sources, and workflows through a modular software layer.
Operational mesh
Manifests bind People, Places, Things, and policy.
Mission Fabric uses manifests as living containers for routes, assets, identity, access rules, and mission state. They move with the operation instead of staying trapped in static systems.
People with identity and mission permissions
Places such as depots, launch sites, zones, and stations
Things with telemetry, position, battery, signal, and status
Explore manifests
Supply Chain Alpha
eva://us.logistics/manifest/sc-alpha-2024
LA Warehouse complete
Phoenix Hub complete
Denver Distribution current
Chicago Terminal pending
Mission journeys
One fabric for logistics, space, defense, and AI workflows.
Mission Fabric examples span manifest-driven supply chains, orbital deployment flows, multi-domain operations, and agent-assisted optimization.
Supply Chain Manifest
manifest: "Supply Chain Alpha" evaAddress: eva://us.logistics/manifest/sc-alpha status: active currentStop: 3 of 7 assets: - person: Driver-142 - thing: Truck-FL-8823 - thing: Cargo-RFID-9921 controls: - live position polling - route change approval - SoI Social policy
Safety and governance
SoI-aware control for location, time, approval, and audit.
The security model described by XRDNA combines Sphere of Influence policies, geofenced boundaries, timeline-based permissions, approval flows, and observability.
Policy inheritance
Linked assets can inherit visibility and access rules from the mission or manifest they join.
Location security
Coordinate-based controls support geofences, zone entry events, and route deviation awareness.
Timeline enforcement
Permissions can follow mission phases, stop windows, and completion state.
Audit trail
Journey history, asset interactions, and policy decisions remain observable for compliance.
Explore XRDNA
Follow the Mission Fabric stack back to XRDNA.
These routes point to XRDNA's own pages for Mission Fabric, spatial infrastructure, eVa, defense, space, and sales or engineering contact.
Explore
Explore
Explore
Contact
Mission Fabric
Product architecture, manifests, AI workflows, APIs, and deployment story.
Infrastructure
The identity, resolution, and trust layer for the spatial web.
eVa
Elastic Vector Addressing for persistent spatial and temporal identity.
Sales and engineering
Start a deployment, partnership, or technical integration conversation.
Deploy Mission Fabric
Ready for operational integration.
Bring Mission Fabric into defense, aerospace, logistics, industrial, or autonomous-system environments with help from XRDNA's sales and engineering team.