The Global Intelligence Standard
for the Lithium Economy
Site probability scoring before you drill. Extraction economics before you deploy. Authenticated provenance before your customer signs. Four products. One compounding intelligence engine.
The Problem
The lithium industry still finds deposits
the same way it always has.
Drill. Test. Get lucky. Look nearby. Nobody has built a systematic intelligence model that cross-references the geochemical, geothermal, and satellite data sitting in public databases against verified production outcomes, including lithium confirmed in actual batteries.
State oil and gas commissions have collected Mg:Li ratio data from produced water chemistry reports for decades. The US Geological Survey, NASA, and the DOE have mapped formation geology, geothermal gradients, and clay mineral signatures from orbit. Governing bodies have not catalogued this as valuable mineral intelligence. Nobody has applied it at scale to lithium extraction economics.
LithiumGlobal does.
The Platform
Four Products. One Intelligence Engine.
Each product's data sharpens the others. The moat compounds with every client, every site, every deployment.
lithiumoracle.com
LithiumOracle
The Intelligence. Before the Drill.
Scores any location globally for lithium concentration probability before a dollar of drilling capital is committed. Trained on verified production outcomes: sites where lithium carbonate was confirmed in downstream battery supply chains. Gets smarter with every deployment.
Intelligence Inputs
- +Satellite hyperspectral (NASA ASTER SWIR) -- clay mineral signatures
- +Geothermal gradient correlation -- lithium leaching concentration predictor
- +Mg:Li ratio from state O&G regulatory filings -- extraction feasibility proxy
- +Formation geology from USGS MRDS -- grade, type, historical production
- +AI inference on verified battery-grade production outcomes
Primary Buyers
lithiumratio.com
LithiumRatio
The Economics. Before the Equipment.
The Mg:Li ratio is the single most important variable in lithium extraction economics. High magnesium means expensive processing and lower purity. Low Mg:Li means cleaner output and superior battery-grade material. State O&G commissions have collected this data for decades. Nobody has built a national Mg:Li probability map from it. LithiumRatio does.
Intelligence Inputs
- +Produced water chemistry from state commission regulatory filings
- +Mg:Li probability distribution modeling for adjacent undrilled formations
- +Predicted extraction cost per kg of lithium carbonate equivalent
- +Battery-grade purity percentage prediction
- +Supply quality pre-certification score for battery manufacturer procurement
Primary Buyers
lithiumtrace.com
LithiumTrace
The Chain. Authenticated.
CMI-authenticated, non-duplicable chain of custody from lithium source through extraction, processing, and refinery to battery manufacturer intake. Every measurement point authenticated at generation. Verifiable on demand. IRS-defensible. EU Battery Regulation compliant.
Intelligence Inputs
- +Lithium concentration at wellhead or mine face
- +Mg:Li ratio at processing input
- +Purity grade at refinery output
- +Chain of custody at each transfer point
- +Battery-grade certification at manufacturer intake
Primary Buyers
CogniSet Verified
Verification Loop
The Moat. Compounding.
The mechanism that makes every deployment smarter than the last. Each site scored, extracted, and authenticated feeds validated production data back into LithiumOracle and LithiumRatio. The model improves with every client, every barrel, every kilogram. A competitor starting two years from now starts from zero.
Intelligence Inputs
- +Actual extraction yield vs predicted score comparison
- +AI model weight updates from field validation
- +Formation-specific improvement propagation to adjacent sites
- +Cross-product data sharing across Oracle, Ratio, and Trace
- +Compounding accuracy baseline that grows with every deployment
Primary Buyers
Compliance Deadline
Days Until the EU Battery Regulation Deadline
February 18, 2027. Every EV battery sold in Europe requires authenticated supply chain provenance, carbon footprint declaration, and recycled content documentation. Without it, the battery cannot ship.
LithiumTrace is the authenticated provenance infrastructure that meets the full EU Battery Regulation requirement. Not a compliance tool. The actual authenticated chain of custody from wellhead to battery intake.
Get LithiumTrace Before the DeadlineWho We Serve
Built for Everyone Who Needs
Lithium Intelligence to Be Real.
From pre-drill exploration to EU compliance documentation.
DLE Technology Companies
Spend $50-200M per deployment site. LithiumOracle and LithiumRatio provide the pre-deployment intelligence that makes that capital decision defensible.
EWRS Operators
Knowing the Mg:Li ratio and ITC eligibility score before deploying a unit compresses ROI and eliminates failed deployments.
Battery Manufacturers
LithiumRatio delivers supply quality pre-certification before offtake agreements are signed. LithiumTrace delivers EU Battery Regulation compliance by February 2027.
EV OEMs
EU Battery Regulation mandates authenticated supply chain provenance for every battery sold in Europe by February 2027. LithiumTrace is the compliance answer.
Private Equity and Royalty Firms
LithiumOracle and LithiumRatio turn acquisition due diligence from guesswork into an authenticated probability score. Defensible in any data room.
Federal Agencies
DOE, DOD, and DPA Title III procurement require site intelligence that is auditable and non-duplicable. CMI authentication meets that standard.
The Data Stack
The Data Exists. Nobody Has
Assembled It Until Now.
The core model runs on publicly available data that has been collected for decades and never systematically applied to lithium intelligence. Most of it is free.
| Source | What It Contains | Cost |
|---|---|---|
| USGS MRDS | Every known deposit, grade, formation, production history | Free |
| EPA NWIS | Groundwater chemistry: lithium and Mg:Li from 10,000+ monitoring wells | Free API |
| Texas RRC | Smackover and Permian Basin produced water chemistry | Free |
| Arkansas O&G Commission | Smackover formation chemistry filings | Free |
| Louisiana DNR | Haynesville/Smackover produced water data | Free |
| DOE Geothermal Data Repository | Temperature gradients -- lithium leaching predictor | Free |
| USGS National Geochemical Survey | Stream sediment geochemistry -- upstream lithium signal | Free |
| NASA Earthdata (ASTER SWIR) | Clay mineral spectral signatures from orbit -- hectorite and smectite | Free |
| Verified Production Outcomes | USGS Minerals Yearbook and EV supply chain tracking | Low cost |
Premium data sources (Wood Mackenzie, S&P Global) available at additional cost. The core intelligence model runs on public data.
The Intelligence Moat
A Competitor Starting Today
Starts From Zero.
LithiumGlobal's Verification Loop feeds every deployment outcome back into the model. Where operators drilled. What concentrations they found. What Mg:Li ratios they measured. What they extracted and what they passed on. 10,000 decisions later, the model knows things no geological survey can tell you.
The output is not "lithium is here." The output is "lithium here is cleaner, higher concentration, lower Mg:Li ratio, requires less processing, produces better battery-grade material" -- backed by authenticated production outcomes, not geology alone.
Access
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LithiumGlobal is in selective deployment. We work with DLE operators, battery manufacturers, royalty firms, and federal agencies. Tell us about your use case.