Automation

Group Control System

In response to the increasing demands of the robotics industry for coordination and group control, Hoopad has developed advanced systems for multi-drone swarm flight and coordinated multi-robot control. This technology enables the execution of simultaneous scenarios, multi-drone interactions, and management of complex missions in urban, industrial, and exhibition environments.The control…

In response to the increasing demands of the robotics industry for coordination and group control, Hoopad has developed advanced systems for multi-drone swarm flight and coordinated multi-robot control. This technology enables the execution of simultaneous scenarios, multi-drone interactions, and management of complex missions in urban, industrial, and exhibition environments.
The control system is based on low-latency network communication, collision avoidance algorithms, and designed with central or distributed control modes. These services are used in lighting shows, group patrols, combined rescue operations, and rapid coverage of large areas, especially in critical situations. The combination of artificial intelligence and live feedback systems has made the performance of these robots autonomous, precise, and fully adapted to the environmental conditions.

PORTFOLIO

Some portfolio samples Group Control System

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faq

Frequently Asked Questions

Answers to your most frequently asked questions

It is used in environmental monitoring, firefighting, search and rescue, autonomous transportation, and military missions.
Through wireless mesh networks or coordinated radio communication that enables real-time data exchange.
No, but for optimal performance, sufficient bandwidth, GPS, and a central processing server are required.
By using data encryption, access control, and multi-factor authentication to prevent intrusion and interference.
Yes, in addition to automatic control, the operator can intervene in real-time and take manual control.

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