Menu
IsoSupply reconstructs the original isotope signature through industrial transformations. For supply chain due diligence, Critical Raw Materials Act compliance and counterfeit detection across strategic flows.
Edition shipping today · 100% offline · air-gap compatible
An ore's isotope signature is not a permanent barcode. It is reshaped at every industrial step, and reconstructing the origin demands advanced physical and statistical models.
An ore carries an isotope signature characteristic of the deposit from which it was extracted, determined by its geology, its age and its geochemical history. That signature is a genuine geographic fingerprint.
But as soon as the ore enters an industrial chain, it is refined, smelted, alloyed, blended with other batches. Each step introduces an isotope fractionation that shifts the measured signature away from the original one. For some elements that shift reaches several ‰, the equivalent of the difference between two distinct deposits.
Without correcting for industrial fractionation, comparing a final signature against a deposit database leads to attribution errors. This is precisely what IsoSupply solves: modelling the fractionation of each step to walk back to the original signature.
Source: European Commission, Regulation (EU) 2024/1252 (Critical Raw Materials Act), in force since 23 May 2024.
The Quick Match module covers the full range of traceability, fraud detection and industrial flow surveillance. The IsoSupply edition ships the compliance-oriented modes; the generalist IsoFind edition brings them all together.
Compare a sample's signature against a reference deposit database to identify its most likely extraction zone, with a confidence score and a multi-isotope analysis.
Reconstruct the original signature of a finished product by walking back through the known industrial steps (refining, alloying, blending), then compare it against deposit databases.
Identify the proportions of several sources in an industrial blend, up to 4 simultaneous sources, with uncertainty quantification through Monte-Carlo methods.
Statistically detect a signature that is anomalous against a certified reference, with an authenticity score and alerting on significant deviations.
Track signature drift over time to detect an undeclared supplier change, a quality degradation or a progressive substitution.
Identify which type of industrial process affected a sample (refining, alloying, oxidation, remelting) from its characteristic multi-isotope signature.
The methodology combines physical modelling of isotope fractionation, machine learning trained on published geochemical data, and probabilistic matching against reference databases.
Multi-isotope acquisition of the sample (Li, Cr, Fe, Ni, Cu, Zn, Se, Sr, Cd, Sb, W, Pb as needed), analytical consistency check, computation of propagated uncertainties.
Application of Rayleigh, equilibrium and kinetic models to each known industrial step. Probabilistic inversion to reconstruct the distribution of plausible original signatures.
Comparison of the reconstructed signature against a reference deposit database enriched by machine learning on the scientific literature, with a confidence score and a list of compatible candidates.
The inverse reconstruction of the original signature across an entire industrial chain, rather than a direct comparison against reference databases. That capability is what makes it possible to trace a finished product, and not only a raw ore.
An edition dedicated to compliance, procurement and quality teams. It brings together signature reconstruction after transformation, the compliance-oriented Quick Match modes and the auditable reports the European frameworks require. Everything runs on your machine, and no supplier data ever leaves your infrastructure.
Walk back through the industrial chain to recover the signature of the original deposit.
Check every batch against a reference set of documented signatures.
Cryptographic sealing, timestamped audit trail, export in the open ISOF format.
Report structures aligned with the CRMA, the Battery Regulation and OECD due diligence.
Isotope traceability is relevant to any sector where the origin, authenticity or composition of a material carries regulatory, economic or strategic value.
Sovereignty verification of military supply chains, traceability of sensitive materials (W, Sb, rare earths), substitution detection in strategic components.
Traceability of rare earths for permanent magnets (wind turbines, electric motors), copper for cabling and electrification, silicon for photovoltaics.
EU Battery Regulation compliance, traceability of lithium, cobalt, nickel and graphite, distinction between recycled and primary material for recycled content calculation.
Origin of tin (3TG), antimony for semiconductors, rare earths for miniaturised magnets, Conflict Minerals Regulation compliance.
Verification of origin claims on imports, tariff fraud control, fight against the laundering of ores from sanctioned zones.
Production of defensible due diligence reports, CRM compliance audits, expertise for commercial litigation or origin disputes.
IsoSupply reports are structured to meet the documentary requirements of the main European and international frameworks for traceability, due diligence and substance information.
European regulation in force since May 2024, listing 34 critical raw materials of which 17 are strategic, and setting supply diversification targets. It notably requires large companies to assess the risks in their supply chain.
Mandatory battery passport from 2027 for industrial and electric vehicle batteries, with declared origin of lithium, cobalt, nickel and graphite, and a minimum recycled content.
International reference framework for responsible mineral supply chains from conflict-affected and high-risk areas. Five structured steps of supplier risk management.
Regulation applicable to importers of 3TG minerals and metals (tin, tantalum, tungsten, gold) from conflict zones. Origin declaration obligations and reinforced due diligence.
Regulation on the registration, evaluation, authorisation and restriction of chemical substances. Information obligation on composition and substances of very high concern (SVHC) in imported articles.
ECHA database, mandatory since 2021 for suppliers of articles containing more than 0.1% SVHC. Detailed information on the composition, location and concentration of substances of concern.
IsoSupply addresses every organisation that needs to produce, verify or defend isotope proof of origin on strategic industrial flows.
Origin certification of production, defence of commercial claims, anti-counterfeit protection of ore and alloy brands.
Internal audit of input origin, unmixing of multi-supplier batches, statistical monitoring of signature drift over time.
Due diligence of tier 1 and tier 2 suppliers, CRMA and Battery Regulation compliance, defence in the event of a customs control or a client dispute.
Deployment of defensible isotope proof within origin certification schemes, complementing the documentary chain of custody.
Verification of origin claims on imports, fight against the laundering of sanctioned ores, expertise during tariff disputes.
Production of defensible due diligence reports on behalf of industrial clients, compliance audits, judicial or commercial expertise.
IsoSupply is shipping today. Whether you are an industrial player, a certification body, an authority or a consultancy, we can walk you through the edition and build a use case suited to your sector.
All Rights Reserved by IsoFind