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Xcapit

Mining

Verifiable traceability is the access requirement for the markets that pay the premium

We help mining operators in Argentina, Chile, Peru, and Brazil build the traceability and ESG infrastructure that EU and US buyers — and the regulators behind them — increasingly require. Verifiable credentials, on-chain attestations, IoT integration, and ISO-aligned governance.

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Reference diagram showing the lithium supply chain from mine to refiner, with verifiable credentials and on-chain attestations at each step

Why now

The premium-market clock is already ticking

Three converging signals from regulators and analysts in 2024–2025 reset the rules for any LATAM operator exporting critical minerals.

Regulatory

EU CRMA entered force on May 23, 2024

The Critical Raw Materials Act ties access to EU strategic-mineral demand to verifiable provenance and sustainability disclosure. Lithium, copper, cobalt, nickel and manganese are on the strategic list.

European Commission · Regulation (EU) 2024/1252, in force May 23 2024

Regulatory

US IRA Section 30D battery sourcing rules in effect since January 2023

The Inflation Reduction Act conditions a $3,750/vehicle critical-minerals portion of the EV tax credit (half of the $7,500 total) on critical-mineral provenance from the US or qualifying free-trade-agreement partners. Operators without verifiable traceability are routed out of the qualifying supply chain.

US Treasury / IRS Section 30D, effective January 1 2023

Market

Lithium demand is on a multi-year structural upswing

Battery-grade lithium carbonate equivalent demand is projected to grow several-fold by 2030 on EV adoption. LATAM (Argentina, Chile, Brazil) holds the largest reserve concentration outside Asia-Pacific.

IEA Critical Minerals Outlook 2024 · USGS Mineral Commodity Summaries 2024

Why Xcapit

We arrive with a stack that's already running in adjacent sectors

We don't have a flagship mining client yet — we are honest about that. What we bring is a production-grade stack we operate in adjacent regulated environments, and a posture (ISO 27001 + LATAM regulatory engagement) that the buyer-side procurement team can validate from day one.

Verifiable credentials at scale

UNICEF Innovation Fund — cryptographic identity in production

100% completion rate on every targeted disbursement, with materially lower fees vs traditional remittance rails. The same primitives that prove identity and disbursement provenance in a live regulatory environment translate directly to mineral provenance and royalty distribution.

RWA tokenization in production

EPEC + Government of Córdoba — energy infrastructure tokens

Three programs being tokenized to channel investment into provincial energy infrastructure. The on-chain attestation and custody patterns transfer to certificates of origin and royalty disbursement for extractive operators.

Standards-aligned posture

ISO 27001 certified · 27019 + 42001 aligned

The three-standard stack that EU and US buyers already check in their procurement scoring. Plus academic partner UTN-FRVM for digital twin reference architecture. The discipline is already operating — not a slide deck.

What we bring

An applied AI partner with skin in the operational game

Verifiable credentials at every handoff

Mine, processing plant, transport, port, refiner — each party signs a cryptographic credential for what they can prove. The chain verifies itself without faith in any single party's statement.

On-chain attestations for high-stakes events

Production batches, environmental readings, third-party audit results, ESG events — anchored to a public or permissioned blockchain as a tamper-evident timestamp service. The chain answers the regulator's questions without ambiguity.

IoT attestations from the field

Water, energy, air, dust, brine pumping — measured by instrumented sensors with cryptographic attestations of device identity and reading integrity. Audit without needing access to the raw sensor stream.

ISO 27001 + 27019 + 42001 alignment

The three-standard stack that sets the governance floor for any operator running AI in or adjacent to OT. We share the path because we are walking it ourselves — ISO 27001 certified, aligned with 27019 and 42001.

Adjacent work that proves the patterns

Real engagements that inform our mining practice

EPEC · Government of Córdoba

Tokenizing high-impact energy infrastructure

RWA tokenization in production for energy infrastructure. The on-chain attestation and traceability patterns translate directly to mineral provenance and royalty disbursement.

Read case study →

UNICEF Innovation Fund

Auditable digital cash transfers at scale

Cryptographic traceability and identity patterns operating in a live regulatory environment with 100% completion rate on every targeted disbursement. The same primitives that verify cash transfers verify mineral provenance.

Read case study →

AiSec OpenClaw

AI-driven security operations

Our own open-source security platform. The same governance and OT-adjacent security standards we apply to mining control room environments and instrumented monitoring.

Read case study →

Questions mining executives ask us

Is mineral traceability really a requirement today, or a 2030 conversation?
Today. The EU Critical Raw Materials Act, Conflict Minerals Regulation, and US Inflation Reduction Act battery sourcing rules are already in effect or in their final compliance windows. EU battery manufacturers and US automotive OEMs are setting traceability requirements in their procurement contracts now. Operators without verifiable traceability are already losing premium market access — they may not realize it because buyers route around them silently.
Can blockchain-based traceability integrate with our existing ESG reporting and ERP systems?
Yes. The blockchain layer is not a system of record — it's a tamper-evident timestamp service. The data lives in your existing systems (ESG reporting, ERP, environmental monitoring), and a cryptographic digest goes on-chain. Adapters map between your existing infrastructure and the on-chain layer. We design the integration so your ESG and IT teams aren't doing double work.
How does this address shadow AI and OT-IT security at the same time?
The traceability stack and the AI governance stack share infrastructure. Verifiable credentials prove provenance of data; the same credentials prove provenance of model outputs that influence operational decisions. ISO 27019 and ISO 42001 stack together with the traceability program, so you address ESG, OT security, and AI governance as one connected system rather than three separate budgets.
We work with multiple JV partners — does this require all of them to adopt the same stack?
Not at the outset. Verifiable credentials are interoperable by design — each party signs only for what they control. JV partners that adopt the stack later can issue credentials retroactively. The operator that builds first sets the technical lingua franca that the partners eventually adopt.
What's a realistic timeline to pilot and scale this?
A focused pilot — one product line, one customer relationship, one quarter of shipments — can be live in 4 to 6 months from kickoff. Scaling to a full production line and multiple customers takes another 6 to 12 months. The technical work is mature; the timeline is dominated by integration with internal systems and customer-side acceptance testing.

Let's build the traceability program before buyers start routing around you

If you're a lithium, copper, or critical-minerals operator looking at EU or US premium market access, the first conversation costs you nothing and gets you a clear next step.

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