STAR TRAX®



MIL-STD Tactical Data Communications
- Link-16 Hosting Support: Compliant with MIL-STD 6016, supporting most fielded Link-16 radios and terminals for tactical data exchange.
- JREAP Compatibility: Implements JREAP A (SATCOM) and JREAP C (IP) per MIL-STD 3011 for resilient beyond-line-of-sight and IP-based communications.
- Variable Message Format (VMF): Fully adheres to MIL-STD 6017 and includes Digital-Aided Close Air Support (DACAS) fires messaging.
- Gateway Alignment: KLV forwarding and MIL-STD-6020
- Additional Messages: CoT, TAK, OMNI, UCI OPGA, CMF
Unified Space‑to‑Ground Data Layer
Gateway Forwarding & Protocol Mediation
Overhead Persistent GEOINT Architecture (OPGA) Integration
Open, Extensible Integration Architecture
Multi-Domain Joint C2
Supports interoperability across sensors, weapons, electronic warfare (EW) systems and C2 nodes—ensuring secure, rapid information flow in contested and congested environments. The STAR TRAX interface is designed for ease of use in operations centers, ground vehicles, aircraft, maritime platforms and onboard space platforms.
PWSA / SDN Operations
Provides the unified tactical layer needed to connect proliferated low-Earth orbit (LEO) constellations with terrestrial users—enabling synchronized mission execution from space to the tactical edge.
Coalition & Partner Interoperability
Built to bridge multi-national networks with real-time tactical data sharing aligned to UCI, UDL and MIL-STD architectures.
Time-Critical Mission Threads
Reduces sensor-to-decision timelines by unifying data, enabling operators to rapidly characterize threats, synchronize effects and execute high-tempo missions.
Space-Ready Interoperability
Natively integrates with space-based ISR, OPIR and proliferated satellite architectures for resilient mission continuity.

OA with Zero Vendor Lock
RESTful API and standards-based data handling ensure rapid integration into new architectures without proprietary barriers.
End-to-End Standards Compliance
Aligns with MIL-STD tactical data protocols, joint C2 systems and coalition frameworks, ensuring plug-and-fight interoperability across domains.
Scalable for Future JADC2 Evolution
Designed for machine-to-machine tasking, automation expansion and future AI-driven mission workflows.
Intuitive User Interface
Operators can quickly configure datalink routing, manage gateways and visualize a common operating picture with minimal training.

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