The shift
Longer reach and more capability at the tactical edge.
Reliable connectivity for fleets that cannot afford to stop.
RF architectures designed around the machine, not added afterwards.
Autonomy is only as
capable as the links
beneath it.
Robots, drones, sensors and satellites increasingly depend on RF links that must work under tighter limits of power, size and spectrum. MILLIBEAM designs the entire signal path together, so the wireless system stops being the bottleneck.
01 · Platforms
Built for the field. Open for what comes next.
Deploy a complete system, or build your software, AI models and mission capability on a programmable RF foundation already engineered for the real world.
Sub-1 kg handheld counter-UAS: multi-band jamming from 400 MHz to 6 GHz, over 1 km effective range and 2+ hours continuous operation—light enough for every soldier to carry.
See the platform →A communications foundation for autonomous fleets that need low-latency links across changing networks and environments.
See the platform →Beamforming connectivity for robots and vehicles where power, thermal headroom and physical space are constrained.
See the platform →A rapidly deployable airborne communications and imaging platform: resilient beyond-line-of-sight connectivity and real-time mmWave reconnaissance for autonomous systems and dismounted teams. An airborne base, wherever the mission needs one.
Co-develop →02 · The MILLIBEAM advantage
Others integrate components. We engineer the entire RF chain.
MILLIBEAM connects three normally separate layers: proprietary silicon, patented radio architectures and deployable platforms. Designing them together creates performance that cannot be recovered later by combining unrelated catalogue parts.
Enter at the level your program needs: specify a component, build on a platform, or work with us from mission requirement to fielded RF system.
03 · Products
Designed in silicon. Proven in a system.
Our components are validated inside complete MILLIBEAM platforms—through thermal, EMI, power, enclosure and field constraints—before they enter yours.
Power where the budget is tight and the range is not.
Request datasheet →Apertures co-designed with the silicon behind them.
Request datasheet →Both bands, one chip, no compromise in between.
Request datasheet →The whole path from antenna to bits, one part number.
Request datasheet →
04 · System-level proof
Performance no catalogue can assemble.
RAKURAI demonstrates the advantage of designing silicon, antennas, architecture and software as one system: meaningful operational capability inside a dismounted form factor.
FIGURES FROM THE PUBLISHED BRIEF · LINK-BUDGET VALUES STATED CONSERVATIVELY
05 · The infrastructure beneath autonomy
The next generation of machines will depend on better RF.
As machines sense, decide and act further from human control, their wireless links become mission-critical infrastructure. MILLIBEAM is building that infrastructure—from the transistor to the deployed system.
06 · Sovereign capability
Sovereign technology. Allied-scale ambition.
MILLIBEAM is building an Australian RF semiconductor and systems capability designed to serve allied programs, strengthen trusted supply chains and compete globally.
Innovation Pitchfest & AwardsFinalist · Land Forces 2026
