MRead's technology was built to save lives in minefields. At SOF Week 2026 in Tampa, it became clear it has a critical role to play far beyond them.
MRead with Team Defence Australia at the SOF Week in Tampa
Joining Team Defence Australia in May 2026, MRead engaged directly with the global Special Operations community at one of the world's most significant Defence technology events. The conversations that followed reinforced what the team has long understood: the operational challenges facing Special Operations Forces. Speed, reliability, minimal false positives, and seamless integration into autonomous platforms, are precisely the problems MRead's Magnetic Resonance (MR) sensor technology was designed to solve.
Three clear themes emerged from SOF Week 2026. First, a decisive shift toward integrated, multi-sensor systems that combine complementary detection capabilities into a single operational picture. Second, an uncompromising demand for accuracy environments where false positives are not just inefficient, but dangerous. And third, accelerating momentum behind remotely controlled and autonomous platforms as the preferred integration layer for next-generation sensing systems. MRead's MR sensor addresses all three: delivering chemistry-confirmed identification of RDX and TNT — the compounds found in over 90% of landmines globally — without being affected by metal clutter, and with an architecture designed for platform integration.
The trip also advanced MRead's relationships with USSOCOM, U.S. prime contractors, and platform providers, and opened pathways into the U.S. innovation ecosystem including SOFWERX. These connections sit alongside MRead's existing partnerships with the HALO Trust and Norwegian People's Aid, and a field trial programme that has already proven RDX and TNT detection in live minefields in Angola with Ukraine trials scheduled for later in 2026.
MRead thanks AUSTRADE and Team Defence Australia for their continued support in connecting Australian deep-tech with global Defence partners.