Somewhere, something incredible is waiting to be known.
Carl Sagan
A snapshot of what we do….
Critical mineral discovery
Introducing a data science framework to predict, map and identify subsurface critical mineral resources for a cleaner energy future.
The discovery, sustainable extraction and efficient processing of critical minerals to facilitate the energy transition is one of the biggest challenges facing science right now.
It is estimated over 300 new mines will need to be created by ca. 2030 to meet the demand of electric vehicle and energy storage alone.
Get in touch to find out how together with our academic partners, we are developing a suite of state of the art critical mineral prospectivity technologies for our clients.
It is estimated over 300 new mines will need to be created by ca. 2030 to meet the demand of electric vehicle and energy storage alone.
Get in touch to find out how together with our academic partners, we are developing a suite of state of the art critical mineral prospectivity technologies for our clients.
AI mapping technology
Find out how to rapidly process, data-mine
and map remote sensing data products using our AI mapping framework.
From Agritech and resource exploration, to hazard detection and infrastructure monitoring, the automated and efficient processing, analysis and interpretation of remote sensing data collected by UAV, aircraft and satellite has become of critical importance to modern industry applications.
Get in touch to find out how our proprietary machine learning mapping algorithm can help you investigate remote sensing datasets.
Get in touch to find out how our proprietary machine learning mapping algorithm can help you investigate remote sensing datasets.
Space exploration
Explore mineral resource maps of both
Mars and the Moon using our AI satellite mapping algorithm suite.
SpaceTech is the newest frontier for geoscience. As the demand for Earth's precious finite resources needed for energy production and manufacturing rapidly increases, we now turn out attention and look to the stars...
Our proprietary machine learning mapping algorithm automatically ingests and processes planetary satellite (remote-sensing) data to generate surface geology and mineral prospectivity maps.
Get in touch to find out how this technology can help you and to learn more about our current mapping efforts on both Mars and the Moon.
Our proprietary machine learning mapping algorithm automatically ingests and processes planetary satellite (remote-sensing) data to generate surface geology and mineral prospectivity maps.
Get in touch to find out how this technology can help you and to learn more about our current mapping efforts on both Mars and the Moon.
Generative AI visualisation
Discover how generative AI-powered visualisation can illuminate scientific ideas and big data in an entirely new way.
Flagged as one of the most impactful and potentially disruptive emerging technologies, Generative AI models provide an entirely new opportunity for scientific discovery, visualisation and content generation.
In the age of big data, Generative AI provides an unprecedented vehicle for the rapid visualisation, correction, upscaling and interpretation of complex datasets.
Get in touch to find out more about how we are using this exciting new technology and how it can be applied to big data and scientific visualisation challenges.
In the age of big data, Generative AI provides an unprecedented vehicle for the rapid visualisation, correction, upscaling and interpretation of complex datasets.
Get in touch to find out more about how we are using this exciting new technology and how it can be applied to big data and scientific visualisation challenges.
Digital Earth 4D modelling
Gain unprecedented insight into your data through 3 billion years of Earth's geological, tectonic and geodynamic history.
Spatio-temporal models of Earth's kinematic and geodynamic evolution underpin much of our understanding of the planet's geological, mineralogical and topological features.
Our industry-leading 4D Digital Earth model framework produced in collaboration with our academic partners can reconstruct, analyse, visualise, compare and calculate uncertainty for any spatio-temporal data or model component from:
Our industry-leading 4D Digital Earth model framework produced in collaboration with our academic partners can reconstruct, analyse, visualise, compare and calculate uncertainty for any spatio-temporal data or model component from:
Get in touch to find out more about how we are using this exciting new technology and how it can be applied to big data and scientific visualisation challenges.
- over 15 alternative published global tectonic reconstructions spanning 3 Ga of Earth history.
- global paleo-digital elevation models for the last 540 Ma.
- global paleogeographic (paleoenvironment) maps for the last 400 Ma.
- fully integrated key global reference datasets including paleomagnetics & paleobiology.
Research consultancy
Bespoke client geoscience research and development, machine learning, big data and proof-of-concept progression.
Get in touch to find out how our scientific research consultancy services can help you plan, design and complete bespoke research projects, proof-of-concept (POC) / minimum-viable-product (MVP) development and big data ingestion challenges.
Specialising in:
Specialising in:
- tectonic reconstructions
- palaeomagnetics
- big data
- machine learning
- geospatial analysis
- analytical software design
- Python development
