Axine turns satellite imagery into analytics for mining, agriculture, forestry, water and insurance, delivered as dated records and map layers over any area on Earth, in minutes instead of field seasons.
Fresh scenes over any square on Earth, found the moment you draw it.
The same ground, painted as minerals, methane and moisture.
Mines
Agriculture
Forestry
WaterFinished layers in your workspace, ready for your GIS. Over your area, in minutes.
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Solutions
One platform, set up for the work you do. Each returns a document you can forward, and the map layers behind it.
Map alteration and rank districts for exploration, and keep a dated record of pits, tailings, drainage and methane at operating sites.
Compile dated plot evidence for EUDR files, a harvest record for every cutting block, and a record of every stand after a storm.
See all 13
Run a weekly record for every field under your own brand, with a history back to 1984, for agronomy teams, consultants and crop insurers.
Document claims, assets and portfolios with dated records of flood, fire, storm, construction progress and climate hazard.
See all 15Draw your area, pick a scene and go. Lisaris runs the analysis right where the data lives and hands you finished layers: an alteration map over a licence block, a methane screen around a terminal, a crop report across a season.
There is nothing to install and no training course to sit through. Results land in your workspace in minutes and export straight into ArcGIS, QGIS or your own models.
Basemaps © OpenStreetMap contributors, © CARTO, © Esri
Lisaris is also an agent. Tell it what you need in plain language and it handles the rest, then lets you know when the work is done.
Select an AOI as a 100 km² square centred on 24.21°S, 69.08°W, run alteration mineral mapping and district prospectivity scoring, and notify me when the layers are ready.
Done. Your AOI is a 10 km × 10 km square centred on 24.21°S, 69.08°W in the Antofagasta region of northern Chile, in the Cordillera de Domeyko on the eastern margin of the Atacama Desert, northwest of the Salar de Punta Negra and about 150 km southeast of Antofagasta. Elevation runs roughly 2,600 to 3,400 m. The ground is arid with near-continuous rock exposure and almost no vegetation, which is close to ideal for surface mineralogy.
I searched the archive and found 14 usable scenes over the square. Alteration mineral mapping is queued first so the prospectivity score can read its output, and both layers will land in your workspace in minutes.
One thing worth knowing while that runs: your square sits on the same structural corridor that hosts the Escondida cluster a few kilometres south, and the regional grain through the
Every sector asks different questions of the same imagery. Lisaris comes ready for yours.
Map alteration and screen districts across any licence area before the first crew is scheduled.
Watch for methane around wells, pipelines and terminals, and document what you find.
Track chlorophyll, turbidity and algal risk across lakes, reservoirs and coastlines.
Follow canopy condition, burn severity and harvest activity across managed forest.
Monitor crop vigour and soil exposure across every field, all season long.
100 analytics covering minerals, water, vegetation, soil and methane. Pick one, point it at your area, and see for yourself.
Classify advanced argillic, phyllic and propylitic alteration per pixel across exposed rock and soil.
Score district-scale likelihood for hydrothermal systems from surface alteration and its spatial arrangement.
Convert alteration pixels into attributed cluster polygons that mark hydrothermal hubs for field follow-up.
Map lithium-bearing mica in pegmatite outcrop by the position of its Al-OH absorption against ordinary white mica.
Separate hematite from goethite and map the associated iron-hydroxyl coatings as a ferric class.
Map white mica composition as a gradient across a district, pointing toward the hydrothermal centre.
Outline point-source methane plumes over oil and gas facilities, with column enhancement and full provenance.
Map geothermal reservoir caps through ammonium minerals, steam-heated alunite and silica sinter.
Every analytic, searchable by industry and application.
Everything a remote sensing department would give you, without hiring one.
Analyses finish while the meeting is still going, and monitoring keeps watching after you log off.
No aircraft, no field crews, no procurement cycle for a first look, and plans that scale with your programme.
Global coverage with years of archive behind it, so your baseline is ready on day one.
GeoTIFF, GeoJSON and CSV exports open straight in ArcGIS and QGIS, and an API covers the rest.
Explore hyperspectral imaging and Earth observation through our blog posts, whitepapers and case studies across the industries we serve.
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