Frequently Asked Questions (FAQ) about Autonomous Counter‑Uncrewed Systems

DARIT solves two critical problems: the rapid rise of aerial and ground intrusions across both civilian and military environments, and the limitations of current fragmented systems where heterogeneous sensors operate in silos. DARIT unifies these capabilities into a single, coherent operational picture.

DARIT differs from other C‑UxS and detection solutions by delivering a field‑proven, autonomous detect‑to‑mitigate system that fuses heterogeneous sensors into a unified operational picture, rather than relying on isolated sensor silos. Its distributed, mesh‑enabled architecture and context‑aware AI ensure resilient, scalable operations in real‑world, degraded environments—where traditional centralized systems fall short.

DARIT uses a distributed network of heterogeneous sensors that can operate simultaneously or independently, depending on the mission and environment. Each sensor type contributes unique strengths—radar for long‑range detection, RF for emitter identification, visual identification, acoustic for low‑signature targets, and LiDAR for precise ground mapping.

DARIT’s architecture combines all these data streams into a single, practical C2 interface, giving operators a coherent, real‑time picture of both air and ground activity. The system eliminates the traditional siloed workflows where each sensor works alone, providing instead a unified operational view optimized for fast and accurate decision‑making.

DARIT serves defense, military bases, public safety agencies, airports, ports, correctional facilities, critical infrastructure (energy, nuclear, hydroelectric), industrial sites, and high‑security event venues.

Yes. DARIT can integrate with existing sensors, networks, and command‑and‑control infrastructure through flexible APIs, modular architectures, and customizable workflows.