🧲 The Magnetic Transistor
FluxWorx is developing the Magnetic Transistor — a patent-pending magnetic control technology designed to steer magnetic flux with precision. Instead of relying on brute-force current, saturation, or heat-producing workarounds, our Differential Flux Steering architecture aims to control magnetism at the source. The result is a platform technology for more efficient power systems, smarter motors, tougher industrial drives, and future magnetic computing
💡 Why This Matters Now
Modern power systems are being pushed harder than ever. AI data centres, electric vehicles, industrial automation, robotics, and high-density power supplies all face the same bottlenecks: heat, conversion losses, EMI, copper weight, and control complexity. FluxWorx targets the magnetic layer underneath those problems — creating a new way to shape, direct, and manage magnetic energy before it becomes wasted heat.
🖥️ Now Seeking Evaluation Partners
FluxWorx is seeking conversations with technical partners, manufacturers, investors, and research institutions interested in evaluating Differential Flux Steering under real-world conditions. Priority areas include AI data centre power supplies, switched reluctance motors, industrial motor drives, and future magnetic computing systems.
🛡️ Validation & Progress
FluxWorx is now moving from protected invention to structured technical evaluation. Current work focuses on modelling, prototype testing, and partner-led assessment of Differential Flux Steering in real-world power, motor, and industrial control applications.
🗞️ IP Status
With Australian provisional filings completed and the international PCT patent application now lodged, FluxWorx is moving from protected invention to structured evaluation. Our current focus is demonstrating the technology through modelling, prototype testing, and commercial partner discussions in the areas where magnetic control matters most: power conversion, motor control, industrial drives, and resilient magnetic logic
Looking Ahead & Building with the Next Generation
As we scale up, we’re exploring partnerships with Technical Institutions to bring in students and educators who want to learn, build, and change their world for the better.
We see these collaborations as a two-way street: students gain experience on real technologies that matter, and we gain fresh thinking and bright hands.