The Path to Discovery Starts From Space.

ExoSphere: Unlocking Real-Time Exploration with SpaceTech & AI

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ExoSphere by Fleet®

The Path to Discovery Starts From Space.

ExoSphere: Unlocking Real-Time Exploration with SpaceTech & AI

ExoSphere by Fleet®
An end-to-end mineral exploration solution – delivering AI-powered, 3D subsurface insights with unmatched speed, scale, and depth to enhance decision making at every phase of the exploration journey. Powered by real-time global data acquisition, 3D geophysics, and AI – optimise exploration outcomes and accelerate your path to discovery with ExoSphere today.

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■ Unlocking High-Grade Deposits

Realising porphyry copper's potential. 
Porphyry deposits supply a significant portion of the world's copper, crucial for humanity's transition to clean energy. The Macquarie Arc in New South Wales stands out as Australia's premier copper-gold porphyry province, poised to yield large-scale, high-grade copper deposits. Discover how ExoSphere can enrich your understanding of porphyry copper mineralisation to optimise drilling outcomes.

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■ ExoSphere by Fleet®

An end-to-end solution like no other

ExoSphere represents a step change in real-time exploration. Pioneering an end-to-end architecture that combines satellites, smart seismic sensors, and AI – ExoSphere processes exploration data into actionable AI-powered, 3D subsurface insights in real-time, unlocking value and reducing uncertainty at every step of the exploration lifecycle.

From 3D multiphysics to drill targeting and recommendations, maximise your data potential with ExoSphere to experience the future of data-driven exploration. 

■ Real-Time Exploration Powered by Space & AI

How ExoSphere Works

We enhance data-driven exploration with real-time subsurface insights to accelerate mineral discovery and build a more sustainable path to humanity’s clean energy future.

Acquire and process data in days

Leveraging Fleet Space's low-Earth-orbit satellites, smart seismic sensors (Geodes), and AI – ExoSphere uses real-time Ambient Noise Tomography to deliver 3D subsurface insights in days with zero environmental impact. Real-time diagnostics capability empowers onsite teams to fast-track field decisions, optimise data inputs for quality results.

3D multiphysics insights

Integrate your ANT results with other geological data sources such as IP, gravity, and magnetic surveys for enriched subsurface insights to enhance decision-making, streamline operations, and reduce uncertainty across your exploration journey. This capability is currently in closed beta development with existing clients.

Subsurface insights up to 2.5km depth

Compared to alternative seismic sensors, Fleet Space’s smart seismic sensors - Geodes - exhibit a 3 to 10 times higher sensitivity. This heightened sensitivity enables high-quality 3D data collection at double the speed while delivering subsurface imaging up to 2.5km in depth, with near-zero environmental impact.

Drill targeting and recommendations, powered by AI

Take advantage of our proprietary AI engine, fueled by Earth’s largest dataset of 3D geophysics, to unlock enhanced subsurface insights with unprecedented speed and scale.Our AI model can be fine-tuned to deliver a range of insights from basement depth, drill targets, prospectivity mapping, and future capabilities like predictive multiphysics and visual drilling. Experience a paradigm shift in scalable, data-driven discovery, enhancing decision making and exploration outcomes.

Partner with pioneers of space, exploration and AI

Exploration is a team sport. Together, we partner with our clients to accelerate critical mineral discovery. With over 200 years of combined experience in geophysics, geology and AI, our in-house team of geoscience experts merge their world-class expertise with cutting-edge technologies to deliver actionable insights, helping clients realise value at each stage of the exploration journey.

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“Fleet’s Geodes are purpose-built to perform their scans in extreme conditions, like Reko Diq. ExoSphere has been created to answer the urgent global requirement to find a more sustainable, economically viable and faster route to finding critical mineral deposits.”

Ejaz Ahmed, Geologist | Barrick
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“ExoSphere is an essential tool for us and I think it’s well on its way to becoming a universal tool across the industry”

Terry Lynch, CEO | Power Nickel
■ High-Impact Applications

What ExoSphere Can Do For Your Exploration

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Depth to basement imaging

Strong contrast in seismic velocity between post-mineral overburden and crystalline basement means ANT is able to image the top of basement surface. Fleet’s new AI-enabled processing tools can provide this surface as an automated output from Exosphere that can be incorporated into client 3D modelling software.
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Imaging structure within crystalline basement

Strong contrast in seismic velocity between post-mineral overburden and crystalline basement means ANT is able to image the top of basement surface. Fleet’s new AI-enabled processing tools can provide this surface as an automated output from Exosphere that can be incorporated into client 3D modelling software.
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Imaging zones of hydrothermal alteration

Alteration zones around porphyry deposits are rich in sericite, chlorite and clays. These minerals decrease seismic wave speeds compared to unaltered country rock. ANT velocity models image alteration as low velocity zones. Detecting the footprint of hydrothermal alteration in the subsurface provides a new tool with which to target mineralisation, and adds 3D constraints to electrical and potential field data.
■ Porphyry Copper Exploration Case Study

ExoSphere In Action

Discover how ExoSphere is harnessing AI to integrate Ambient Noise Tomography seismic velocity data with gravity data to optimise drill targeting in the Macquarie Arc.

In collaboration with Inflection Resources, ExoSphere revealed insights into potential porphyry-related copper-gold mineralisation beneath a 400m post-mineral cover in the Duck Creek Project area.

■ Your peers leading with ExoSphere

Learn how ExoSphere can work for you