Actus Advanced Systems builds autonomous payload latching and lifting systems that let UAVs, ground robots, and other transport platforms grasp, lift, and move cargo without external equipment or extensive human labor. By combining vision and proximity sensors with adaptive robotic actuators and safety‑focused control software, the technology enables distributed, resilient logistics for defense, disaster response, and commercial autonomous transport operations.
Funding
Funding not disclosed
Founders
Product
Problem
Logistics operations in conflict zones, disaster areas, and rapidly changing demand environments often rely on fixed infrastructure and extensive human labor to acquire, transport, and deliver cargo, which limits speed, scalability, and resilience.
Solution
Actus Advanced Systems develops autonomous payload latching and lifting systems that enable platforms—such as unmanned aerial vehicles, ground robots, or modular transport units—to independently grasp, lift, and move cargo without external support. The technology integrates sensor‑driven perception, robotic actuation, and control algorithms to locate and secure payloads, then transport them to designated drop points. By eliminating the need for fixed loading equipment and reducing on‑site personnel, the system supports a distributed logistics model that can operate in contested, damaged, or high‑variability settings. The autonomous approach also allows rapid reconfiguration of supply chains, improving response times and overall mission effectiveness.
Target Audience
Primary customers are defense logistics units, disaster‑response agencies, and commercial operators of autonomous transport platforms that require self‑contained cargo handling capabilities.
Features
- Vision and proximity sensor suite for real‑time detection and alignment with diverse cargo shapes
- Adaptive robotic latching mechanism capable of securing payloads ranging from small packages to heavy equipment
- Integrated flight/ground control interface that coordinates lift, transport, and release sequences autonomously
- Redundant safety protocols and fail‑safe release to protect payload integrity and platform stability
- Modular design compatible with UAVs, UGVs, and fixed‑wing platforms for flexible deployment