Swiss corporate and issuance structure in development. Preliminary illustrative information subject to documentary verification.

ReserveChain.io
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Platform · Independent Verification

Trust Is Built Before an Asset Is Tokenized

Verification workflow, independent inspection/testing, certificate/document validation, sampling methodology where applicable, third-party laboratories, valuation review, chain of evidence, reverification, and verification-status display.

INDEPENDENT VERIFICATION INFRASTRUCTURE9 ACCREDITED DOMAINS

Trust Is Built Before an Asset Is Tokenized

A non-negotiable verification architecture enforcing zero self-certification. Every industrial asset must undergo independent physical sampling, accredited ISO/IEC 17025 laboratory spectrometry, and cryptographic chain-of-evidence sealing before digital issuance.

Assay Protocol

Zero Self-Certification

Absolute assayer independence
Laboratory Standard

ISO/IEC 17025

Accredited testing bodies only
Analytical Precision

ICP-MS Spectrometry

Elemental trace to parts-per-billion
Evidence Sealing

Merkle Chained Roots

Unalterable proof integrity
5-PHASE VERIFICATION PROTOCOL

From Raw Smelter Manifest to Cryptographic Digital Passport

Every metal lot advances linearly through five mandatory verification gates before on-chain issuance is unlocked.

STAGE 01
Origin Ingestion

OECD CAHRA sanctions vetting & smelter batch origin manifest matching under customs escort.

STAGE 02
Dual Sampling

Sworn lab technicians extract randomized core shavings under dual-witness vault custody protocol.

STAGE 03
Lab Spectrometry

ISO/IEC 17025 ICP-MS 17-element trace assay confirming purity floor (>=99.99% Cu).

STAGE 04
Mark-to-Market

LME/CME official cash settlement pricing fixing + documented physical form premium matrix.

STAGE 05
Passport Sealing

W3C Digital Asset Passport minted with SHA-256 Merkle root binding all inspection artifacts.

Verification Domain Selector
Displaying 9 of 9 accredited domains
VERIF-01·Testing & Methodology

End-to-End Verification Workflow

5-stage sequential physical-to-digital validation enforcing the zero self-certification mandate.

PILLAR 01

Operational Protocol Scope

  • Stage 1 (Origin Ingestion): Refiner manifest vetting, OECD CAHRA conflict-free check, and bonded transport escort
  • Stage 2 (Dual-Witness Sampling): Independent sworn laboratory technicians extract representative core samples
  • Stage 3 (Multi-Element Assay): Comprehensive ICP-MS spectrometry analysis measuring purity down to ppm/ppb
  • Stage 4 (Valuation & Notarization): Mark-to-market pricing fixing against LME spot settlement and document hashing
  • Stage 5 (Passport Sealing): W3C Digital Asset Passport minted and cryptographically linked to vault warrants
PILLAR 02

Analytical Specifications

Analytical Standards

ReserveChain Operational Verification Protocol v2.4 / ISO 9001 Alignment

Laboratory Instrumentation

Sequential multi-institutional gatekeeper workflow with mandatory cryptographic signing

Precision Floor

100% of lots undergo physical inspection and spectral verification prior to digital registration

Persistence

State machine transitions recorded in immutable PostgreSQL datastore and on-chain event logs

PILLAR 03

Invariants & Circuit Breakers

Non-Negotiable System Invariants
  • Zero Self-Certification Invariant: Neither ReserveChain nor asset owners may test or certify their own inventory
  • Linear Dependency Invariant: No token unit may be minted without completed, notarized assayer sign-off
Protective Safeguards

Every stage requires independent professional liability and certified laboratory warranting.

Circuit Breaker Trigger

Immediate intake cancellation if any step in the 5-stage workflow fails validation or documentation checks.

PILLAR 04

Authority & Accreditations

Primary Operating Entity

ReserveChain Verification Desk & Independent Accredited Laboratories

Institutional Credentials & Accreditations
  • ISO/IEC 17025 Accredited Testing Laboratories
  • LME Listed Assayers Guild
Accredited Laboratory Network

ALS Global, Alex Stewart International, IGAS Research, SGS Minerals

JSON SPECIMEN
Workflow Stage Transition & Verification State Log
Module: VERIF-01
{
  "workflowId": "WF-VERIF-2026-CU-09418",
  "assetLot": "BATCH-CU-2026-ZH-04821",
  "currentStage": "STAGE_05_PASSPORT_SEALED",
  "stagesCompleted": [
    { "stage": 1, "name": "Origin Ingestion", "status": "CLEARED_OECD" },
    { "stage": 2, "name": "Dual-Witness Sampling", "status": "COMPLETED_ISO12743" },
    { "stage": 3, "name": "Multi-Element Assay", "status": "PASSED_99.9935_PCT" },
    { "stage": 4, "name": "Valuation & Notarization", "status": "LME_FIXED_USD" },
    { "stage": 5, "name": "Passport Sealing", "status": "MERKLE_ROOT_COMMITTED" }
  ],
  "verificationConclusion": "APPROVED_FOR_TOKEN_ISSUANCE"
}

Independent Verification Matrix

Complete inventory of the 9 accredited verification domains protecting asset integrity.

9 ACCREDITED DOMAINS
Tag & DomainCategoryTesting StandardCore Invariant GuaranteeAction
VERIF-01End-to-End Verification Workflow
Testing & MethodologyReserveChain Operational Verification Protocol v2.4 / ISO 9001 AlignmentZero Self-Certification Invariant: Neither ReserveChain nor asset owners may test or certify their own inventory
VERIF-02Independent Inspection & Chemical Testing
Testing & MethodologyASTM B115 (Electrolytic Copper Cathode) / ISO 11885 / LME Grade A SpecificationElemental Threshold Invariant: Material purity must strictly equal or exceed published specification floor
VERIF-03Certificate & Document Validation
Validation & EvidenceW3C Verifiable Credentials / ISO 17050 Conformity Assessment / GS1 EPCIS Documentation StandardsDocument Authenticity Invariant: Assay reports must verify against pre-registered laboratory public key pairs
VERIF-04Standardized Sampling Methodology
Testing & MethodologyISO 12743 (Copper, lead, zinc concentrates - Sampling procedures) / ASTM E255 Core SamplingDual-Witness Invariant: Sampling is invalid without counter-signatures from both the assayer and vault custody officer
VERIF-05Third-Party Laboratory Network
Validation & EvidenceISO/IEC 17025:2017 / ILAC MRA International Laboratory Mutual Recognition ArrangementIndependence Invariant: Testing laboratories have zero equity, commercial, or credit relationship with asset owners
VERIF-06Independent Valuation Review & Mark-to-Market
Validation & EvidenceFINMA-Supervised Commodity Benchmark Principles / LME Official Cash Settlement Pricing Data LicenseObjective Pricing Invariant: Valuations are derived exclusively from liquid, audited market settlement data
VERIF-07Chain of Custody & Evidence Sealing
Validation & EvidenceISO 28000 Security Management for Supply Chain / W3C Verifiable Credentials Data Model v1.1Provenance Completeness Invariant: No pallet accepted without documented origin smelting batch and transit bill of lading
VERIF-08Periodic Reverification & Seal Monitoring
Governance & StatusISAE 3000 International Standard on Assurance Engagements / Swiss Notarial Inspection StandardsContinuous Authenticity Invariant: Material validity is continuously monitored, not just checked once at intake
VERIF-09Verification-Status Engine & Explorer Display
Governance & StatusW3C Verifiable Presentation Specification / OpenAPI 3.1 Public Telemetry EndpointsPublic Auditability Invariant: Anyone in the world can verify the physical backing and laboratory credentials of any token

Zero Self-Certification Mandate

ReserveChain and asset owners are contractually and architecturally barred from testing or certifying their own inventory. Only independent ISO/IEC 17025 accredited laboratories possess assay authority.

Sworn Assayer Liability

Every assay report carries statutory legal enforceability backed by sworn assayer civil liability and $25M+ professional indemnity coverage, eliminating paper claims and fraudulent grading.

Continuous Reverification

Material authenticity is verified not once, but continuously through unannounced quarterly fiduciary inspections, random sample re-assaying, and mandatory pre-redemption physical checks.