Detection, Tracking, and Classification
Haygui’s capability baseline covers RF spectrum monitoring, directional finding, and complementary EO/IR and acoustic detection. We provide a fused track picture for operators to identify and prioritize UAS threats.
- Wideband RF sensing + machine learning classification
- Multi-modal sensor fusion and track continuity
- Threat library updates and adaptive rulesets
- Rapid integration into existing C2 networks
Defeat / Countermeasure Options
We design defeat techniques for legally and operationally safe employment, with sensor-aware deconfliction and multi-layered engagement logic.
- Command-link disruption and spoofing
- GPS denial and navigation jamming
- Non-kinetic hardening and suppression modes
- Operator supervision with quick abort and safety checks
Systems Engineering & Integration
Our systems engineering process includes requirements decomposition, ICD validation, hardware/software interface design, test verification, and field support for rapid readiness.
- Architectural trade studies and baselining
- Hardware-software co-design with portable test benches
- Formal verification, T&E, and user acceptance test support
- Sustainment packages with spares planning and lifecycle support
Standard Defense Architecture & Integration
To ensure interoperability, modular scalability, and rapid deployment in active theater environments, our system designs and software components are built to align with leading defense and aerospace open system architecture baselines.
Data & Track Exchange
- Cursor on Target (CoT): Native support for XML-based target and event feeds.
- Link 16: Tactical data link message integration & emulation capabilities.
- STANAG 4586: Standard interfaces for UAV control systems.
Modular Middleware
- ROS-M / ROS2: Secure, military-compliant Robot Operating System interfaces.
- FACE™ Alignment: Future Airborne Capability Environment software compliance.
- OpenAPI / gRPC: High-efficiency inter-process messaging for edge-compute systems.
Open Hardware Baselines
- MOSA Compliance: Modular Open Systems Approach adherence.
- SOSA™ / OpenVPX: Aligned backplane designs for interoperable RF payloads.
- VITA Standards: Ruggedized board and connector specifications.