Autonomous systems on robotic platforms and swarms collect data, assess threats, and performs inspections for improved situational awareness of missions in difficult terrains and contested environments. Leveraging advanced AI techniques, data across multiple domains can be analyzed and mapped to provide operators with critical insights for mission success.

AI-enabled Manned/Unmanned Teaming and Swarm Control

Autonomous systems on robotic platforms and swarms collect data, assess threats, and performs inspections for improved situational awareness of missions in difficult terrains and contested environments. Leveraging advanced AI techniques, data across multiple domains can be analyzed and mapped to provide operators with critical insights for mission success.

Custom Robotic Platforms
Integrate a variety of custom and COTS sensors, including radar, lidar, and video onto custom platforms to collect and map data for situational awareness.

Reconnaissance and Situational Awareness
Collect and analyze data from multiple sensors, or teams of drones, and use AI techniques to identify targets, damage, and other critical information for teams operating in the field.

Distributed Control
Plan and deploy swarms for continuous operations in contested environments. Enable drones to independently assess current situation, and make real-time adjustments to complete the mission without GPS or radio communication..

Downloads

Gecko

Dexterous Inspection Robot
  • Walking robotic platform with vacuum adhesion feet
  • Semi-autonomous driving behaviours
  • Operates on ferrous and non-ferrous surfaces
  • Allows inspection of confined spots on naval ships
  • Real-time assessment and documentation of ship damage and corrosion

RUMI

Robotic Utility Mapping
  • Autonomous robot behaviours
  • Simultaneous subsurface/aboveground sensing
  • Real-time 3D world reconstruction & geo-registration
  • Enhanced situational awareness with AR integration

OFFSET

Resilient Swarm Control
  • Collective and shared behaviors of drone swarms
  • Advanced reconnaisance operations
  • Actions determined by other nearby robots
  • Real-time updating of drone state