Use cases

Documented Physical-Asset Provenance Case Study

De Beers Tracr: connecting a physical diamond to a digital record

How Tracr links a rough diamond's physical characteristics to a digital identity, follows manufacturing records and supports origin information through the supply chain.

Operational physical-diamond traceability platformReviewed by FluidRWA Research TeamVerified through October 19, 2026
Illustrative jewellery displaying physical gems, not an authenticated Tracr diamond record

Verified use case

What happened?

Tracr is De Beers Group's blockchain-enabled diamond traceability platform. It registers rough diamonds at source and connects identifying information with later supply-chain records. The useful lesson is the physical-to-digital link: scans, participant controls and manufacturing evidence give meaning to the ledger. De Beers' current provenance page displays five million rough diamonds individually scanned; that page-level figure has no explicit reporting date and is not treated here as a current count of fully traced retail stones.

CompanyDe Beers Group / Tracr
StatusOperational physical-diamond traceability platform
Research cut-offOctober 19, 2026

Context before technology

Background

A diamond's journey includes mining, sorting, rough sales, cutting, polishing, grading and retail. A record can remain unchanged while the object changes shape or moves between businesses. Traceability therefore needs a defensible way to associate each stage with the same originating material.

De Beers announced Tracr's deployment at scale on May 5, 2022, following an R&D phase begun in 2018. That release described participant permission over data sharing and the ambition to carry provenance through the value chain. The stated ability to handle a million registrations weekly was a capacity claim, not an observed weekly processing figure.

De Beers' 2022 sustainability report explains the physical linkage: scanning and measurement at source create identifying data that can accompany a stone into manufacturing. The later platform case study describes collaboration with Sarine to strengthen rough-to-polished verification through scanning information.

The product question is whether a particular provenance statement has sufficient supporting evidence. A digital identity, a certificate, an ownership claim and a sustainability claim answer different questions; a buyer should not collapse them into one badge.

Roles and records

How does the operating model work?

1. Register the physical asset

Source registration associates measured characteristics with a digital identity. FluidRWA recommends examining device calibration, operator permissions, duplicate detection and rejected scans. These are suggested diligence tests, not a claim that all implementation details are public.

2. Record changes through manufacturing

Tracr's published case study describes scanning information and matching through rough and polished stages. For another physical-asset program, define how a split, merge, repair or transformation changes identity. A ledger timestamp alone does not demonstrate that the correct object was presented.

3. Share evidence with permission

The scale-launch announcement describes participant control over sharing. Buyers should map a record's producer, permitted recipients and export path. Confidential commercial data and a consumer-facing origin statement can require different views of the same journey.

4. Present a claim with its scope

A retailer needs a statement that matches the evidence actually available for that stone. FluidRWA recommends separately recording country of origin, custody continuity, manufacturing verification and supporting document dates. Missing downstream records should remain visible instead of being filled by an assumption.

Core infrastructure

  • Physical scanning and measurement
  • Digital diamond identity
  • Participant-controlled provenance records
  • Rough-to-polished matching
  • Manufacturing and grading data
  • Retail origin information

Confirmed milestones

How did the use case develop?

  1. 01

    2018

    R&D phase

    The 2022 scale-launch release identifies 2018 as the start of Tracr's research and development phase.

  2. 02

    May 5, 2022

    Scale deployment announced

    De Beers announced deployment for its production, with data-sharing controls and capacity plans described in the release.

  3. 03

    2022 sustainability report

    Physical-to-digital workflow documented

    The report explains scanning, digital identity and the journey from source through manufacturing and retail.

  4. 04

    October 19, 2026

    Current pages reviewed

    FluidRWA reviewed De Beers' provenance page and Tracr case study. Their displayed counts use different labels and are retained with that distinction.

Evidence of adoption

What outcomes are publicly confirmed?

5 million

Rough diamonds individually scanned

Displayed on De Beers' provenance page at review. The page does not give an explicit reporting date for this counter.

Over 3 million

Registered at source in a separate case study

Different page and wording. This is not added to the scanned count or used to calculate growth.

Unverified

Completed retail journeys or ROI

The reviewed records do not provide a reconciled count of end-to-end retail journeys or an independently audited financial return.

Metrics are attributed to their reporting organization and date. They are not forecasts, endorsements or guarantees of equivalent results.

Current position

What are the latest confirmed updates?

  • The current case-study page describes Sarine collaboration and physical scanning evidence supporting rough-to-polished matching.
  • It also describes country-of-origin traceability for a defined category of registered stones as of 2025. That scoped statement is not extended to every diamond in every supply chain.
  • The provenance page presents Tracr alongside broader sourcing and chain-of-custody programs. Those programs supply distinct kinds of evidence; participation in one is not treated as automatic validation of every other claim.

What buyers can learn

Why did this use case progress?

  • FluidRWA interpretation: starting with physical identification addresses a problem that a digital ledger alone cannot solve.
  • Defined participation and controlled sharing can help businesses contribute data without exposing every commercial relationship.
  • Manufacturing evidence matters because the asset changes physically during its journey.
  • For a new deployment, publish coverage at each stage: registered at source, matched after processing and available at retail. This would let buyers distinguish catalog size from complete traceability.

Limits of the evidence

  • The public materials are De Beers' descriptions and counts, not an independent audit performed by FluidRWA.
  • Scanned, registered and fully traced are different measures. No current market share or growth percentage is calculated here.
  • An immutable record can preserve an incorrect input. Physical verification and authorized corrections remain necessary.
  • Provenance does not by itself establish investment value, legal title, environmental impact or the absence of all supply-chain misconduct.

Questions to take into procurement

  • What physical evidence links this item to its digital identity?
  • How is a rough stone matched to polished output?
  • Which origin claim can the record support?
  • Who may correct an identity or manufacturing mismatch?
  • What happens when one participant does not supply downstream data?

Relevant FluidRWA directories

Common questions

Does Tracr tokenize diamond ownership?

The reviewed materials describe identity and traceability records for physical diamonds. They do not establish that a Tracr entry is a freely transferable investment token or the legal title to a diamond.

Does blockchain prove a diamond's origin by itself?

No. Origin evidence depends on registration, physical identification, participant data and chain-of-custody controls. The ledger records evidence; its durability does not independently validate the original input.

How many diamonds does Tracr track?

De Beers' current provenance page displays five million rough diamonds individually scanned. Its separate case-study page states over three million registered at source. Different wording, scope and unstated reporting dates prevent treating those figures as a clean growth series or count of completed retail journeys.

Can any business join?

De Beers' case-study page says diamond businesses must meet participation criteria, including RJC membership. Current onboarding conditions should be confirmed with the platform.

Research record

FluidRWA reviewed the following public records. Company names are presented as plain text and are not outbound promotional links.

  • De Beers Group: Tracr scale-deployment announcement, May 5, 2022. https://www.debeersgroup.com/news-insights/business-market/2022/de-beers-group-introduces-worlds-first-blockchain-backed-diamond-source-platform-at-scale
  • De Beers Group: Building Forever Sustainability Report 2022, page 42. https://www.debeersgroup.com/~/media/Files/D/debeers-v2/documents/results-and-presentations/historical-sustainability-reports/2022/building-forever-our-2022-sustainability-report.pdf
  • De Beers Group: Tracr case study; current text includes 2025 scope statements, accessed October 19, 2026. https://www.debeersgroup.com/about-us/case-studies/2024/tracr
  • De Beers Group: Provenance; scanned-diamond counter has no explicit reporting date, accessed October 19, 2026. https://www.debeersgroup.com/sustainability/provenance

Independent research summary, not legal, investment or regulatory advice. Public statements may be updated after the research cut-off.

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