Our Modular Systems

TacVox is our core voice-driven command interface, designed to enable natural-language communication between human operators and autonomous systems. 

Built for field use, TacVox translates spoken intent into actionable commands, integrating directly with MAVLink-enabled platforms and coordinating task logic across air, ground, and maritime assets. 

Unlike consumer voice tools, TacVox is optimized for reliability under pressure, with layered intent
classification, low-latency execution, and compatibility with secure radio networks.

GhostID is our dynamic identity and trust framework for the autonomous vehicles.

Combining encrypted messaging, and location-aware protocols, GhostID enables real-time recognition and secure coordination across teams using unmanned systems.

Designed with minimal signature and full modularity, it avoids vendor lock-in and supports interoperability.

GhostID adds the critical layer for unmanned systems to act as “teammates”, providing safety and accountability during complex missions.

MCICE is the core intent relay and decision-support layer within our autonomy architecture. It’s designed
to preserve mission goals as information moves between humans and autonomous systems, ensuring
that both sides of the team remain aligned in real time. 

MCICE fuses operator input, environmental signals, and system feedback to create a shared operational picture, helping autonomous assets act meaningfully while also giving human operators context-aware insights and cues. 

Whether in connected or degraded conditions, MCICE keeps mission execution grounded in the commander’s intent, supporting clear decisions across the entire force.

Research & Advanced Capabilities

5D Genesis maintains a dedicated research program exploring next-generation capabilities in autonomy, interface design, and edge-AI coordination. Our work spans synthetic voice-command data generation, radio-in-the-loop STT pipelines, multi-agent reasoning under partial information, and ultra-low-bandwidth tasking protocols. We also collaborate with partners on custom variants of our systems to meet sovereign requirements or extend our architecture into new domains. Every product we release is rooted in this research-first approach; practical innovation built for real-world conditions.