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AI at the Tactical Edge for Data-Centric Decision Advantage
Secure, doctrinally grounded AI for mission-critical operations that runs at the tactical edge, even in DDIL conditions.
Nexagen's OrionHub and SoldierIQ deliver a data-centric, edge-resident capability that enables real-time data ingestion, AI-driven decision support, and integration with TAK and mission systems. Demonstrated at SOCOM TE 26-2 as a TRL 6–7 capability, the system executed a complete sensor-to-decision-to-action workflow on a tactical platform, operating effectively in DDIL.
Demonstrated end-to-end on a tactical platform.
01 / 6
Multi-domain data ingestion at the edge
Ingested ISR, CoT, J-Series, and K-Series data streams and normalized them into a unified, machine-readable format at the point of collection, enabling immediate AI exploitation.
02 / 6
Edge-resident AI decision support in DDIL
Executed SoldierIQ locally on tactical compute, delivering real-time data fusion, doctrinally grounded reasoning, and Course of Action generation (entirely at the edge).
03 / 6
Sensor-to-decision integration with TAK
Delivered AI-generated outputs directly into TAK and integrated mission systems, enabling real-time situational awareness and accelerated targeting workflows.
04 / 6
Hybrid communications in contested environments
Operated seamlessly across MADL, SATCOM (Starlink), and RF-based transport, sustaining mission-critical functionality in disconnected, degraded, bandwidth-constrained conditions.
05 / 6
Edge-to-cloud synchronization
Leveraged OrionHub to synchronize updates, validate changes, and redeploy capabilities across distributed environments without interrupting operations.
06 / 6
Real-time application deployment at the edge
Modified and deployed applications directly to tactical edge systems and dynamically adapted data flows during execution (no system downtime, no centralized dev cycle).
How the system fits together.

Layer 01 · User interface
SoldierIQ
Layer 02 · Intelligence layer
OrionAI
Layer 03 · Infrastructure
OrionHub
Stage · 01
Multi-domain inputs
- UAS / ISR feeds
- SIGINT / telemetry
- TAK / CoT (J-Series / K-Series)
- OSINT / external
- Coalition / partner
- Onboard / platform
Stage · 02
Data fusion & normalization
- Schema alignment (NWI → CoT / JSON)
- Metadata tagging & indexing
- Data validation & cleaning
- Cross-domain mediation
- API-based data exposure
- Synapse-aligned
Stage · 03
Edge AIEdge-resident AI (SoldierIQ)
- Sensor fusion (multi-modal)
- Doctrine + intelligence reasoning
- Target detection & classification
- COA generation (ranked options)
- Risk & outcome analysis
- Execution orchestration
Stage · 04
Mission execution & effects
- TAK Common Operating Picture
- Fires systems (AFATDS)
- Aviation / UAS integration
- Effects delivery (kinetic / non-kinetic)
Hybrid communications · resilient in DDIL
Three operational entry points.
Use case · 01
AI-enabled mission command
Generates doctrine-aligned COAs integrating fires, maneuver, ISR, and sustainment. Real-time planning, adaptation, and synchronized execution at the tactical edge.
Use case · 02
Intelligent user enablement
AI-driven assistance at the point of need, rapid access to data, workflows, and guidance. Supports self-service and seamless escalation, reducing cognitive load.
Use case · 03
Edge platform deployment & data pipeline integration
Rapid deployment and modification of applications at the tactical edge. Integrates with a Synapse-aligned data fabric for ingestion, normalization, and continuous adaptation.
Why it stands up at the edge.
- Operate anywhere (DDIL or connected) without disrupting workflows
- Unify and normalize multi-domain data via Synapse-aligned data fabric
- AI-driven decision advantage with COA generation and risk analysis
- Seamless orchestration of pipelines, models, and applications via OrionHub
- Resilient and secure: Zero Trust, policy enforcement, and data protection
TRL 6–7 capability, demonstrated at SOCOM TE 26-2.
SOCOM TE 26-2 outcomes
Paired with
OrionHub
SoldierIQ runs on OrionHub; the DevSecOps platform handles model orchestration, deployment, and edge-to-cloud sync.
See OrionHub