IsoFind certifies the origin of critical raw materials, detects counterfeits and reconstructs supply chains from their isotopic signatures. A sovereign industrial traceability platform aligned with the Critical Raw Materials Act, that also covers forensic and environmental needs, fully offline.
IsoFind covers the entire geochemical chain: measurement, speciation, transport modelling, source identification and report writing. Every module has been designed from real-world field and laboratory cases.
Model reactive transport of contaminants in the subsurface with an engine coupling advection, dispersion, non-linear adsorption, precipitation and redox speciation. Compare up to ten scenarios on the same scene to test your hypotheses.
Explore 3D modelling ->Generate reports structured according to the FAIH philosophy (Factual, Analytical, Interpreted, Honest) via a drag-and-drop editor. SHA-256 sealing, timestamped audit trail, PDF or ISOF export, preconfigured templates for laboratories, consultancies and legal expertise.
Discover the reports module ->Identify the geographic origin of an ore, detect a blend or substitution in a supply chain, reconstruct the original signature through industrial transformations. Designed for critical materials due diligence and Critical Raw Materials Act compliance.
Discover industrial traceability ->156 referenced molecules (PFAS, pesticides, PAHs, PCBs, dioxins, pharmaceuticals, forensic isomers) with their regulatory thresholds, coupled with elemental concentrations (As, Sb, Fe, Mn, Ca, Mg) and physico-chemical parameters (pH, Eh, T, conductivity, salinity) within a unified redox speciation model.
View the catalogue ->The challenge of critical raw materials traceability: the isotopic signature of an ore changes during refining and industrial transformation. IsoFind reconstructs the original signature from the final one, walking back through every step of the industrial chain.
IsoFind inverts the fractionation calculation at each industrial step to recover the original signature, then matches it against a reference database of known deposits. This unique market capability is the core of the Quick Match Pro module.
Non-limiting examples. IsoFind is designed to handle any element or molecule whose isotopic signature can be measured, and adapts to your specific matrix.
Antimony is one of the most strategic elements on the CRM list, with over 80% of supply controlled by China. IsoFind certifies the origin of an antimony batch and detects substitution within a European supply chain.
A central metal of the energy transition. IsoFind distinguishes copper refined from primary ore from copper sourced through recycling, and identifies multi-source blends in material flows.
One of the four conflict minerals (3TG) regulated by the EU Conflict Minerals Regulation. IsoFind contributes to supply chain due diligence by distinguishing ores from high-risk zones.
IsoFind reports are structured to meet the requirements of the main European and international frameworks.
Turn complex geochemical data into traceable, defensible decisions. IsoFind automates interpretation, verifies analytical consistency, identifies source signatures and models their transport with measurable reliability, for traceability, regulatory compliance and environmental or industrial investigation.
Consultancies · Laboratories · Public institutions · Certification bodies
ISOF (Isotopic Secure Open Format) turns scattered spreadsheets into verifiable scientific assets. Each file embeds its data, analytical metadata and cryptographic proof of integrity.
In a sector where data drives critical decisions, IsoFind starts from a simple principle: your data belongs to you, and should never leave your environment without your explicit consent.
All your data is stored on your own machine or infrastructure. No copy is transmitted to an external server, no automatic synchronisation, no dependency on a third-party service.
IsoFind collects no usage data, no telemetry, no usage statistics. What you analyse remains strictly confidential, without exception.
IsoFind runs fully on isolated networks. No internet connection is required for full use, including cryptographic verification of ISOF files.
Each data file can be digitally signed via ECDSA. Any tampering is detectable on opening, without a network request, ensuring a defensible chain of custody.
The ISOF format is published under the MIT licence. Your data remains readable and verifiable independently of IsoFind, by any system or laboratory worldwide.
Designed for sensitive environments (defence, critical industry, confidential research) IsoFind meets digital sovereignty requirements without functional compromise.
IsoFind contains no trackers, no advertising, no hidden subscription.
Isotopic traceability rests on a demanding science. This hub gathers high-level accessible articles so that any stakeholder (industrial, legal, public decision-maker or site manager) can understand the stakes, methods and limits of the isotopic approach.
24 articles organised into 6 thematic pillars, from concrete use cases to scientific foundations.
IsoFind provides tools for the full isotopic value chain, from raw data processing to the issuance of laboratory certificates.
Management, analysis and visualisation of isotopic and geochemical data. Machine learning, mapping, standardisation and correspondence search.
Discover the software ->Open standard for the exchange of isotopic data with built-in cryptographic signature. MIT licensed, compatible with Python and Rust, 100% offline.
Discover ISOF ->Issuance of digitally signed isotopic certificates, opposable and verifiable, for regulatory traceability and forensic investigation.
Request one ->We collaborate with recognised institutions to guarantee the reliability of our analyses and methods.
Download IsoFind for free or explore the ISOF format. Available for any traceability, compliance or investigation project.
Keep abreast with our latest contributions to the isotopic world!
Knowledge is power, harness it and use it.
Highlights C and N stable isotopes were measured in four compartments of Lake Titicaca. Anthropogenic discharge affects baseline C and
Abstract Antimony (Sb) is an emerging priority pollutant in the environment and a potentially carcinogenicelement. The general objective of this
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