Robotics and Autonomy

Our Track Record

100

Underwater Missions

Proven performance across demanding underwater environments.

500

UGV Operation Hours

Extensive field operation across rugged and remote terrain.

11

Platforms Integrated

Purpose-built robotic platforms integrated for real-world missions.

8

Years of Operation

Extensive track record delivering advanced robotic systems.

Cyborg Autonomy is an Australian robotics and automation company, delivering advanced systems for Defence, industry, research and public-sector applications. Our modular hardware, software and vehicle integration capabilities enable existing ground, aerial and underwater platforms to be upgraded with autonomous and remotely operated functionality.

We design practical, field-ready solutions that reduce integration complexity, improve operational capability and meet the demands of challenging environments.

With 8+ years experience in physical AI robotic systems, we are market leaders in the development of cutting edge robotics solutions.

CONTACT US

Sectors

Vehicle autonomy kit

Mining & Resources

Engineering and integration capabilities for converting existing vehicles into remotely operated or autonomous systems.

Custom vehicle conversion

Defence

Extensive experience in robotics design and testing for defence based on demanding and contested operational environments.

Robotics engineering

Scientific and Research

Working in partnership with premium research institutes in an agile manner including AIMS, DSTG and CSIRO

Domains

Multi-domain operations across air, land, and sea

Air

Uncrewed Aerial Systems

  • UAS Control Systems & Guidance Modelling
  • Flight Testing Support, Payload Integration & Autonomy
  • Ground Control Systems & Technical Advisory

Land

Uncrewed Ground Systems

  • UGV Electronics, Software & Control Integration
  • AI-Enabled Perception & Mission Autonomy
  • System design, Production & Support Considerations

Sea

Autonomous Maritime Systems

  • Underwater Electronics & Software Architecture
  • Underwater Navigation, Control & Sonar Based Collision Avoidance
  • Ground Control Stations & Marine Robotics Integration

Who we’ve worked with

RF Design
Safety Dave
Australian Institute of Marine Science
Griffith University