Review each drill interval.
Collars, downhole surveys, assay intervals and geological logs. Connect every result to its position, depth and surrounding rock.
Go beyondwhat’s known.
Find drill targets in the data you already have. DeepMatter brings drilling, assays, geology and surveys together to investigate mineralization between holes and at depth.
Request a demo Explore the technology Loading the geological model…
See how project data becomes a drill target.
Project data1 / 3
Align project data
Drill results, geology and surveys in three dimensions.
Potential drill targets
Recorded intersectionsPotential targets
Drillholes sample
only part of
the ground.
A mineralized interval records what was found at one location. The geology between those locations is harder to see. DeepMatter helps your team investigate where mineralization may continue.
How DeepMatter works
Work with the
full project record.
Review six types of exploration data, from individual assay intervals to regional surveys.
Trace the geological controls.
Compare lithology, contacts, faults and alteration with known mineralization. Investigate where the same setting may continue.
Examine the subsurface response.
Magnetics, gravity, electromagnetic and electrical surveys add a different perspective on the structures and rock properties below the surface.
Compare geochemical patterns.
Explore mineral associations and pathfinder patterns across rock, soil and stream samples, alongside drilling and geological context.
Locate the work on the ground.
Elevation, imagery and property-scale mapping provide a shared spatial reference for the evidence and the exploration program.
Revisit earlier exploration.
Review past drilling, technical reports, mine records and interpretations alongside the current project data.
From project records
to a drill target.
Organize the data, investigate mineralization and decide what to test next.
Organize the data
Bring drilling, surveys and historical records together. Retain each observation’s source and location.
Investigate the geology
Compare known intersections with geological structures and survey responses, between drillholes and at depth.
Compare targets
Assess possible extensions and define what the next drillhole or survey needs to test.
Review new results
Add the latest drilling and survey results, then revisit the interpretation.
See what supports
each target.
Review known intersections, interpreted structures and supporting surveys together. Assess where they agree and where another drillhole could resolve a gap.
Discuss your projectDrill intersections
Known mineralized intervals, located in three dimensions.
Geological controls
Structures and survey responses associated with the mineralization.
Proposed drilling
A possible continuation for the next drillhole or survey to test.
Where DeepMatter fits.
Use the project record to plan the next phase of exploration.
Extend known mineralization
Follow the geological setting of known mineralization between holes, along strike and at depth.
Near-deposit explorationReassess historical projects
Reassess past results alongside new surveys, updated geology and the wider project record.
Historical and brownfield projectsAssess untested ground
Bring regional geology and survey evidence together to focus where the next phase of investigation begins.
District-scale explorationSoftware for
exploration teams.
Organize project data, investigate targets and present the geology in 3D.
Atlas
Project data
Organize drilling, surveys, historical records and geological interpretations for analysis.
Vector AI
Target generation
Investigate patterns in the subsurface data and identify potential drill targets.
Vista
3D project visualization
Explore terrain, drill traces and underground models with your team and project stakeholders.
Working with
DeepMatter.
Talk about your project What does DeepMatter look for?
Patterns linking known mineralization with geological structures, geophysics and geochemistry. These patterns help identify possible extensions and areas that warrant further drilling or surveys.
What data can we work with?
Start with the datasets your technical team already uses: collars, downhole surveys, assays, lithology, geological maps, geophysics, geochemistry and historical exploration records. We’ll discuss the available coverage, source formats and project context with you.
How does DeepMatter support our geologists?
DeepMatter helps your geologists compare drilling with other project data and examine the basis for each potential target. Your team reviews the interpretation and decides how to test it.
Can we explore and present our project in 3D?
Yes. DeepMatter’s visualization technology brings terrain, properties, drill traces and underground models into an interactive project experience. Vista connects that shared perspective with the wider data and intelligence platform.
How do we get started?
Send us a project overview and a summary of the available data. We’ll discuss the geological setting, data coverage and objectives for your next exploration program.
Show us your project.
Request a demoTell us what data you have and what your next exploration program needs to establish.