THE ELECTRONIC KEEL - THE ORIGINAL AI INSPIRED COMBAT Manage

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• Cameras and Imaging Systems: Our systems connect high-resolution cameras and imaging systems to provide real-time video feeds and image processing capabilities for navigation and obstacle detection.

 •  Radar and LIDAR: We integrate radar and LIDAR and other proximity sensors for accurate mapping and situational awareness, critical for autonomous navigation.

 •  Environmental Sensors: We incorporate environmental sensors to monitor weather conditions, terrain, and other external factors affecting the autonomous platform.

• Networked Connectivity: Our architectures enable seamless communication between the autonomous platforms and remote operators or other networked assets using nearly any waveform deployed from UHF, VHF, Encrypted WIFI, 5G, SATCOM, etc.

 •  Data Sharing and Processing: Our digital backbone uniquely facilitates the sharing of sensor data and real-time processing from multiple platforms uninhibited by the number of nodes, allowing for quick decision-making, high bandwidth throughput and adaptation to changing environments.

 •  Remote Operation: Our system design was originally created and patented to supports the command and control of large numbers of autonomous and semi-autonomous systems for remote command and control functions, allowing operators to manage and oversee autonomous operations from a distance or embedding of command algorithms for AI outcomes.

 •  Autonomous Decision-Making: Before there was AI our systems provided the computational power needed for machine learning to process complex data and make autonomous decisions.

 •  Real-Time Monitoring: Real time means just in time which requires the integration of both digital and analog sensors either onboard and or off-board to provide a comprehensive situational awareness, crucial for autonomous navigation and mission execution.

 •  Dismounted Operator Support: The beauty of our architecture is that it provides information necessary for dismounted operators of their environment - from small UAV to manned platforms, ensuring access to real-time data and can control of the autonomous platforms remotely.

 •  Uncrewed Ground Vehicles (UGV): We have networked advanced sensors and communication systems for autonomous navigation, obstacle avoidance, and mission-specific tasks such as reconnaissance and logistics for the past two decades. Few, if any, can claim TRL-9 as our system are combat proven.

 •  Uncrewed Aerial Vehicles (UAV): Whether in the air or on the ground our architectures integrate cameras, radars, and radios for surveillance, target acquisition, and autonomous  operations - within a single system.

 •  Uncrewed Surface and Subsurface Vessels (USV): Our digital data distribution system was the first DDS system to prove its power in combat - from armored vehicles to special operations craft - Our Digital Backbone integrates navigation systems, sonars, and communication systems, enabling USV to flawlessly perform patrol, mine detection, and environmental monitoring - silently - waiting  its next mission - from the desert dust to the salinity of the Arabian Gulf, our systems guarantee underwater exploration, data collection, and maintenance of sovereign assets.