Breaker
About
About Breaker
Breaker develops Avalon, an onboard AI agent that converts natural-language mission intent into coordinated actions across unmanned aircraft, ground vehicles, surface vessels and fixed robotic systems. Operators use voice, text or a graphical interface, while the software interprets objectives, rules of engagement, geofences and resource limits before assigning work across the team.
Avalon runs on a platform's existing compute beside its autonomy, sensors and command software, avoiding a cloud dependency and continuing mission-level decisions when communications are denied. It combines two-way voice interaction, contextual reasoning, shared perception and cross-domain task delegation; every action is checked against mission constraints, can be explained in plain language and remains subject to operator override. Breaker has demonstrated the platform with USSOCOM and Singapore's Defence Science and Technology Agency and offers it through an alpha integration programme.
Funding
- 2026-02-17 - Seed - $6M - Breaker raises $6M seed round led by Bessemer Venture Partners
source: breakerindustries.com
Investors
- Bessemer Venture Partners - Lead - VC - 1 funding event - first seen 2026-02-17
- Main Sequence Ventures - Participant - VC - 1 funding event - first seen 2026-02-17
Team
- Michael Irwin - Co-Founder and Co-CEO
- Matthew Buffa - Co-Founder and Co-CEO
- Vanja Videnovic - Co-Founder
Research
- Breaker publishes its five-layer model of the modern autonomy stack
2026-03-05 - Research Publication - Breaker published a five-layer model for the modern autonomy stack. The technical framing argues that robot hardware and autonomy have advanced faster than human control and mission-management layers. The piece positions Breaker around mission-layer orchestration above individual vehicle autonomy stacks.
Source
Timeline
Events
- 2026-10-06 - Partnership - Rheinmetall and Breaker sign Boxer human-machine teaming agreement
A customer demonstration let one crew member command a drone swarm through the standard headset while also operating the vehicle. The operator received less than 30 minutes of training; the teams demonstrated the vehicle integration within six months of their first discussion. Initial simulator integration took weeks, using the Boxer platform’s open architecture.
Source - 2026-06-11 - Award - Breaker awarded AU$1.2 million Industry Growth Program grant for Avalon
Breaker and its investors are matching the grant dollar-for-dollar for an AU$2.4 million project. Avalon installs on existing onboard compute and works alongside a robot's current autonomy, sensors and software. The programme supports allied-market commercialisation following field validation and selection for the Crucible 2 Swarm Forge initiative.
Source - 2026-03-05 - Research Publication - Breaker publishes its five-layer model of the modern autonomy stack
Breaker published a five-layer model for the modern autonomy stack. The technical framing argues that robot hardware and autonomy have advanced faster than human control and mission-management layers. The piece positions Breaker around mission-layer orchestration above individual vehicle autonomy stacks.
Source - 2026-02-17 - Funding - Breaker raises $6M seed round led by Bessemer Venture Partners
Breaker raised a $6 million seed round led by Bessemer Venture Partners with continued support from Main Sequence Ventures. The funding was directed toward mission-layer orchestration software for autonomous systems across air, land and sea. The round backed software aimed at reducing the one-operator-per-platform bottleneck in multi-robot operations.
Source - 2025-05-20 - Partnership - Breaker partners with SensorOps to accelerate AI-agent development for robotics
Breaker and SensorOps announced a strategic partnership combining Breaker's Avalon AI-agent technology with SensorOps' simulation environments. The integration supports faster iteration, hardware-in-the-loop testing, and validation of autonomous-system behaviors before field deployment.
Source - 2025-04-20 - Facility Opening - Breaker establishes its U.S. headquarters in Austin
Breaker established a U.S. headquarters in Austin as part of its operating footprint alongside Sydney. The move supports closer engagement with U.S. defense and robotics customers while the company scales its platform in North America. The Austin presence anchors Breaker's U.S. go-to-market expansion for mission software tied to autonomous systems.
Source
Relations
Relationships
- Rheinmetall
Technology Partner - Rheinmetall and Breaker are integrating voice-controlled autonomous-team orchestration into Australian Boxer CRVs.
Context
Comparable profiles
- NODA AI
stack adjacency - Defence Mission Autonomy Software · Mission Autonomy Software
- Swarmer
stack adjacency - Defence Mission Autonomy Software · Mission Autonomy Software
- FlySight
stack adjacency - Defence Mission Autonomy Software · Mission Autonomy Software
- VICTUS Technologies
stack adjacency - Defence Mission Autonomy Software
- Apium Swarm Robotics
stack adjacency - Defence Mission Autonomy Software
- Hive Robotics
stack adjacency - Defence Mission Autonomy Software
- Autonodyne
stack adjacency - Autonomy Software Platform · Mission Autonomy Software
- Scientific Systems
stack adjacency - Autonomy Software Platform · Mission Autonomy Software
- SandboxAQ
stack adjacency - Mission Autonomy Software
- Mission Systems
stack adjacency - Mission Autonomy Software
- HAT.tec
stack adjacency - Mission Autonomy Software
- Thinking Robots
stack adjacency - Autonomous Mission Execution · Natural Language Robot Command
Shared workflows
- XTEND
workflow adjacency - Multi Robot Mission Orchestration
- Mars Landing
workflow adjacency - Multi Robot Mission Orchestration
- Six Robotics
workflow adjacency - Multi Robot Mission Orchestration
- Primech Holdings
workflow adjacency - Multi Robot Mission Orchestration
Context tags
- Multi-robot mission orchestration - Workflow - Breaker coordinates tasking and control of multi-domain robotic systems.
- Natural language robot command - Capability - Breaker supports natural-language command and operator intent interfaces.
- Mission autonomy software - Stack Layer - Breaker provides mission autonomy and command software.
- Defence mission-autonomy software stack - Stack Layer - Breaker provides platform-agnostic defence mission orchestration software.
- Autonomous mission execution - Capability - Breaker orchestrates autonomous mission execution for defence robots.
- Autonomy software platform - Stack Layer - Breaker provides autonomy software for defence robotic systems.
- Contested defence environments - Customer Environment - Breaker operates in contested defence environments.
- Defence robotics operators - Customer Environment - Breaker serves defence and field robotics operators.