Fleet Space Technologies

Earlier this month, Josh Fitzmaurice (Fleet) and Peter Kerr (ASII) presented SENTRI, our scalable, satellite-connected sensor network prototype, to the Defence community gathered for the 2026 ADSTAR (Australian Defence Science, Technology and Research) summit in Adelaide. The SENTRI project is backed by Defence SA through the Defence Innovation Partnership, and delivered by a collaborative team of seven South Australian organisations across industry, academia and Defence: Fleet Space Technologies, Safety From Space, Australasian Space Innovation Institute, Insight Via Artificial Intelligence, Swordfish Computing, Adelaide University and DSTG Defence Science and Technology Group (DSTG). It was a privilege to spend time with some of the people shaping the direction of Defence innovation in this country - including Chief Defence Scientist Professor Tanya Monro AC, Commander Joint Operations Vice Admiral Justin Jones AO CSC GAICD, and Defence SA Advisory Board Chair Lieutenant General (Ret'd) Rick Burr AO DSC MVO. We're excited to showcase more of SENTRI's dual-use innovation at our upcoming end-of-project demonstration next month. #ADSTAR2026 #DefenceInnovation #SENTRI #FleetSpace

We believe seismic can change how mineral exploration and resource growth decisions are made. We also believe quantified uncertainty is a metric modern mining can no longer operate without. Not because seismic replaces geology, drilling or other existing geophysics, but because it gives exploration teams a depth-resolved 3D exploration model to bring them together. Layer next-generation machine learning and AI across that integrated model, and teams can evaluate relationships between datasets at a scale manual interpretation cannot match. Quantified uncertainty then shows not only where the model points, but how much confidence to place in each target and which evidence supports it. The result is not a black-box answer. It is a more transparent, testable and defensible basis for action. As targets move deeper and geology becomes more complex, structural uncertainty becomes more expensive. Seismic helps teams resolve the architecture of a mineral system, extract more value from legacy data and rank targets with clearer evidence behind every decision. Our latest article examines why purpose-built hard-rock seismic is becoming increasingly important across mineral exploration and resource growth. 📄 Read the full article: https://lnkd.in/gQwPgT2J

Coming up this Thursday, at 2pm AEST, Fleet's Anthony Reid and Tim Jones will take the mic to look at what changes when ANT and MT are interpreted together to build clearer 3D frameworks and strengthen geological understanding. Join the conversation, register here: https://lnkd.in/ee-zM6ZU

Missed it live? The recording's up for our Meteor X Atex Valeriano webinar. Inside: Our experts Hemant Chaurasia, Gerrit Olivier and Tim Jones showcase Meteor™ - taking seismic all the way to the drill decision: ANT, MT and mineralogy in one constrained 3D model, then Fleet's ML ranks drill targets with grade predictions and quantified uncertainty. https://lnkd.in/gJnDTQbG

Fleet's Head of Geology, Dr Anthony Reid, and Head of Exploration Geophysics, Dr Tim Jones, are hosting an AusIMM webinar on August 6. We're looking forward to this one!

Fleet Space webinar From Anomaly to Answer is in two days! Join Hemant Chaurasia, Gerrit Olivier and Tim Jones for an interactive walk-through of our ATEX Valeriano Project case study, hosted by Mikayla Sambrooks — plus a first live look at a new capability extending what ANT and MT can do together. Q&A to close. Hear how Meteor by Fleet™ cut search volume by 70%. Meteor takes seismic all the way to the drill decision: ANT, MT and mineralogy in one constrained 3D model, then ML targeting ranks drill targets with a grade prediction and quantified uncertainty. Last chance to register before Wednesday. 🗓 Wed, July 8 · 11:00am AEST / 4:00pm PDT AEST: https://lnkd.in/g7UvKjqk PDT: https://lnkd.in/gMHWxsjR

At Valeriano, ATEX had conductivity anomalies, resource estimates suggesting world-class size and grade, and a corridor open in multiple directions. The question was where to drill next — and how confident they could be before committing metres. That's what Meteor by Fleet™ was built to do. On July 8th, the Fleet geoscientists who built it walk through how, live with host Mikayla Sambrooks. → Hemant Chaurasia, CTPO → Gerrit Olivier, CSO → Tim Jones, Head of Exploration Geophysics Meteor takes seismic all the way to the drill decision: ANT, MT and mineralogy in one constrained 3D model, then ML targeting that ranks drill targets with a grade prediction and quantified uncertainty. The work at Valeriano started with an ANT survey to constrain the structure first. In hard-rock mineral systems, structure controls where ore concentrates, and seismic resolves that geological architecture where potential-field methods can't. For ATEX that meant a 70% cut in prospective search volume. During the webinar we'll also be announcing a new world-first capability to take ANT and MT data further, extending what Meteor can do for your project. If you're making drill decisions on incomplete structure, this is worth an hour. 🗓 Wednesday, July 8 · 11:00am AEST/ 4:00pm PDT AEST: https://lnkd.in/g7UvKjqk PDT: https://lnkd.in/gMHWxsjR

The jungle floor of French Guiana hides some of the world's most significant untapped critical mineral deposits. Finding them in one of the most operationally challenging environments on the planet, requires a fundamentally different approach to exploration. Today, Fleet Space Technologies and BRGM, France's national geological survey, announced an MoU to do exactly that. BRGM was tasked by the French government with updating France's strategic inventory of critical mineral resources. Rather than reach for conventional methods, they launched a Geophysics Innovation Challenge and selected Fleet's ExoSphere technology to help solve it. Under the MoU, new approaches to geophysical data acquisition and subsurface interpretation in French Guiana will be developed, combining Fleet Space's satellite-connected seismic sensing and AI-driven subsurface imaging with BRGM's decades of geological expertise and deep field experience in the region. For geological surveys navigating the challenge of mapping concealed critical mineral deposits in frontier environments, this collaboration signals something important: the way nations find and secure the resources they need, for the energy transition, for industrial sovereignty, for the future, is changing. Proud to be building that future alongside one of the world's leading geoscientific institutions. 🔗 Full announcement linked in the comments. #CriticalMinerals #Exploration #Geoscience #ExoSphere #SpaceEnabled #WeAreExplorers

Congratulations to the Standard Uranium Ltd. team on the strong start to their 2026 drill program at Davidson River in Canada’s southwest Athabasca Basin.  The first hole has returned three metres of anomalous radioactivity at 464 metres depth, with peaks up to 1,650 counts per second on the Bronco corridor. Getting there required solving a targeting problem first. With 70km of prospective conductor strike across four corridors, the challenge wasn't finding structure. It was knowing exactly where along those conductors to drill. Gravity is one of the standard proxies for uranium in the Basin, as alteration halos around uranium deposits produce density lows. But in the southwest Basin, thick and variable glacial cover can make traditional gravity correction misleading. Density lows may represent thicker cover sequences, not anomalies in the basement. Fleet’s passive seismic-led exploration workflow provided the structural foundation to fix that: • 3D ANT + HVSR deployment: ANT imaging the deeper structural architecture, with an HVSR peak frequency at the interpreted basement surface used to better constrain the model • With cover properly constrained, gravity could be terrain-corrected to reveal true constrained basement density anomalies • Existing EM conductors and regional magnetics were integrated against that seismic foundation The targets generated were, in Standard Uranium's words, "the highest-confidence targets ever generated on the property." The 3D picture also revealed anomalies in the footwall of the main conductor trends. This pushed the drilling program deeper and into structural positions that conductor-only targeting had missed. "The integration of ExoSphere multiphysics data with our existing drill results, ground gravity, and EM conductors has materially upgraded our understanding of the subsurface at Davidson River." — Sean Hillacre, P.Geo., President & VP Exploration, Standard Uranium #AgileGeoscience #Seismic #Multiphysics #Uranium #MineralExploration #Athabasca #ExoSphere #Canada

Geologists log mineralogy in drill holes by classifying intervals into categories. The models we make are descriptive. That might be OK for board presentations, but what the metallurgists, mining engineers and environmental managers really need is quantitative mineralogy. There are no simple, affordable and fast methods that provide quantitative mineralogy, until now. Comet by Fleet™ is a tool that calculates mineralogy from assays and every meter that you have analysed. Join Takeshy X. Coaquira and Scott Halley as they give a demonstration of Comet using newly released open file data from Winu. https://lnkd.in/gjBksVzB