What we (and our drone platform) offer:

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We provide customized flight control algorithm, hardware and software design to fit customer needs. Our platform uses a hardware-agnostic architecture. The software runs on different hardware setups, and the custom PCB is compatible with a variety of flight stacks and software modules, enabling flexibility and resilience.

Our custom drone hardware includes two module expansion ports (USB 3.0 and RS422 with power delivery), allowing mission-specific payloads to be easily added or swapped. On the software side, we use a Lua scripting engine for high-level mission logic. Code is deployed using automated CI/CD tools—even during flight—reducing reconfiguration time from days to minutes.

All communications are encrypted—TCP with TLS and UDP using a negotiated key. We use hardware TPM for identity validation, with OpenSSL-based certificate exchange. Only mutually validated certificates are allowed for communication, ensuring strong access control.

In field tests using our WiFi-based mesh gateway system, we achieved ~100 meters line-of-sight communication with 20ms round-trip latency. The system natively supports multi-UAS operations via our custom network stack, bypassing ROS and allowing real-time coordination.

Our physics-based simulation platform offers realistic perception, communication, networking, and flight control, enabling seamless transitions to real-world operations. It supports comprehensive testing of AI algorithms, autonomous flight control, multi-agent collaboration, and competitive scenarios.