Frequently asked questions

Yes, all communications between drones and ground stations are encrypted to military standards.

We follow the relevant STANAG standards to ensure interoperability with allied systems, where required.

In the event of compromise, critical data is rendered inaccessible thanks to an on-board hardware and software locking mechanism.

ORUS includes several built-in safety mechanisms such as geo-caging, smart return-to-home, and synchronized take-off sequencing. These features are designed to reduce mission risk and help maintain safe swarm behavior during operations.

Geo-caging is a redundant safety mechanism that prevents drones from leaving a predefined 3D operational volume while taking mission constraints, trajectory, and altitude into account.

ORUS is designed to maintain mission continuity even if communication with the command-and-control (C2) system is temporarily lost. Because each robot already knows its mission, assigned behaviors, and expected reactions, it can continue operating autonomously without constant supervision. For example, a UAV can keep executing its assigned task, adapt according to predefined rules, and coordinate its behavior safely even in degraded communication conditions. ORUS also includes a smart return-to-home capability, enabling autonomous recovery without radio link or camera input by following predefined collision-free trajectories.