An autonomous driving system is a multimodal and multi-task system that performs all driving, control and command tasks issued by the system operator. It manages the direct control system (remote control) between the operator and the controlled equipment, such as unmanned aerial vehicles, vehicles, ships, and visual assistance systems provided for those in need.
This system operates in an autonomous and pre-programmed manner, while allowing the execution of all instructions from the main operator. It processes and executes all commands from visual and thermal imaging systems, artificial intelligence (AI) systems, and various sensors such as lidar and measurement sensors.
The system executes all the instructions issued by the operator to control the equipment in real time. It can also operate automatically in emergency situations, such as loss of communication, bad weather conditions or signal interference. Furthermore, it can continue to perform all tasks when the GPS signal is lost
Plug-and-play integration with existing drones
No hardware prerequisites or modifications required
Works with virtually any drone platform
Functions across multiple platforms beyond just drones
Supports car, boat, robot, and assistance applications
Single system for diverse control needs
Integration with visual, thermal, and night vision systems
AI system control capabilities
Sensor system integration
Complex flight paths with varying altitudes
Multiple destination programming
Real-time flight plan modifications
Path memory for future mission reuse
Automatic return to launch point if communication is lost
Operation without GPS in emergency situations
Patented obstacle avoidance vision system
Autonomous mission execution from ground to destination