Havoc software powers military-grade autonomous systems across sea, air, and land that can sense, decide, and act together in complex and contested environments, optimizing mission performance and minimizing human risk.
Havoc software enables a single operator to command tens, hundreds, or thousands of autonomous assets across sea, air, and land through one unified interface, reducing cognitive load for operators. Havoc connects assets, enabling them to share information, adapt in real time, and continue operating even when communications are disrupted or denied.
DEFENSE USE CASES
Orchestrate entire operational zones from a single control interface, issuing high-level objectives and intervening only when necessary.
Sustain forward forces by moving critical supplies through contested environments autonomously. Navigate denied zones, dodge interdiction, and deliver while minimizing risk to personnel and platforms.
Havoc isn't prototyping a vision of autonomy. We're deploying, operating, and testing it in real-world conditions every day.
During RIMPAC 2026—the world's largest international maritime exercise—Havoc guided a three-man team of Marines who assembled a 3D-printed Rampage, provided autonomous security escorts for vessels transiting Hickam Marina, and completed a nearly 40-nautical mile autonomous logistics mission.
During the U.S. Army's Operation Jailbreak hackathon, Havoc achieved full jailbroken status in 48 hours by completing four gated integration steps via Anduril's Lattice / IBCS-M. Separately, Havoc co-created a counter-UAS UGV platform by integrating Havoc autonomy with the AZAK S26 robotic ground platform.
Havoc supported the U.S. Army’s 25th Infantry Division at Balikatan 2026, validating its ability to deliver autonomous maritime sensing that integrates into Army C2 networks. During the exercise, Soldiers with zero prior autonomy experience became self-sufficient in mission planning and ASV employment.
IN THE FIELD
Havoc autonomy is deployed on vehicles around the world, operating daily and collecting billions of data points to advance autonomy through real-world testing.
Havoc
Rampage
Havoc
Locust
Teleo by Havoc
Ground Systems
24
Platform integrations
35,000
Hours of autonomous testing and deployments
200B
Data points collected from autonomous operations
24
Platform integrations
35,000
Hours of autonomous testing and deployments
200B
Data points collected from autonomous operations
24
Platform integrations
35,000
Hours of autonomous testing and deployments
200B
Data points collected from autonomous operations
If the software isn't this simple, it’s a science experiment. Operators—especially warfighters who don’t have PhDs in robotics or search algorithms—will never use it if it’s more difficult than this.”
Paul Lwin
Havoc Co-Founder and CEO
Havoc enables one operator to supervise and/or control thousands of autonomous assets. See how it works with an interactive demo.