Introducing TerranOS — the operating system for real-world assets.

Batteries, minerals, AI compute and carbon, brought on-chain.

The world is putting real things on-chain — just in time

The last decade of crypto was about inventing digital things. The next one is about connecting finance to the oldest real ones: energy, metals, land, machines. They’re called Real World Assets — RWA — and it is quietly becoming the largest story in finance.

Why now? Because the physical world is running short of exactly the things the technological era needs most. Our civilization has never been more power-hungry: artificial intelligence, electric transport, re-industrialization — everything we are building runs on electricity, and on the metals that carry it. And for the first time in generations, supply is struggling to keep up with what technology wants to consume.

If you want to know how serious this has become, watch what the largest companies on earth are doing — not what they are saying. In late 2025, Samsung gave the world a preview of the new reality. Needing serious volumes of silver for its next generation of batteries, Samsung had done everything by the book: demand forecast, exchange contracts, positions paid for in advance. And then it ran into the oldest problem in the world — a paper contract is not a bar of metal. When physical delivery could no longer be taken for granted, Samsung stopped relying on the paper market altogether: it went to Mexico, financed the restart of the La Parrilla silver mine, and locked in 100% of the mine’s production for the next two years. It took its supply destiny into its own hands — and went straight to the source. Silver went on to have one of its best years in history, breaking $66/oz.

When a company the size of Samsung decides that owning the source beats holding the paper, it is telling you where the world is heading.

This is precisely the problem the tokenization of real-world mineral resources solves — and the problem TerranOS is built to solve. Verifiable, documented physical reserves, brought on-chain, where a claim means something because the asset underneath it actually exists. Not paper backed by paper: ownership rails anchored in the ground itself.

But minerals are only one front of the shortage. The louder one — the one making headlines every week — is electricity. And that is where our story begins.

Samsung / La Parrilla sources: Mining Weekly | Investing News — Silver Storm / Samsung deal | Yahoo Finance — offtake financing

One decision, repeated in boardrooms across the world

Samsung is not an outlier. Look closely and you will find the same decision being taken, quietly, by the most sophisticated industrial buyers on the planet: stop trusting the paper market — own the source.

Tesla went furthest: it became a metals processor. Just outside Corpus Christi, Texas, Tesla built and switched on the largest lithium refinery in the United States — converting raw spodumene ore directly into battery-grade lithium hydroxide, a first of its kind in North America. A car company decided that the only way to guarantee its lithium was to refine it itself.

General Motors bought into the mine itself. GM invested $650 million in Lithium Americas — at announcement, the largest investment ever made by an automaker in a mining company — and later structured a joint venture with a 38% stake in the Thacker Pass project in Nevada, taking exclusive rights to its entire Phase 1 production: enough lithium for roughly one million electric vehicles per year. Not a supply contract. Equity in the ground.

Stellantis did the same with copper — the most important metal in an electric network. The maker of Jeep, Peugeot and Fiat took a direct equity position in McEwen Copper, owner of the giant Los Azules deposit in Argentina, starting with $155 million and adding more since — securing rights to future production of a metal whose global demand is projected to roughly triple. Again: ownership of the source, not a promise on paper.

Here is the pattern — and the problem. The world’s largest buyers are converting paper exposure into ownership of the physical source. But only giants can buy mines and build refineries. TerranOS exists to give everyone else access to the same move: tokenized, verifiable claims anchored in documented reserves and operating energy assets. The Samsung playbook, opened to the world.

Sources: Tesla lithium refinery, Corpus Christi | GM — $650M Lithium Americas investment | Lithium Americas — GM joint venture | Stellantis — McEwen Copper investment

Every technological revolution has a bottleneck. For AI, it’s not chips, not talent, not capital. It’s electricity.

Data center power demand is projected to require on the order of 1.6 terawatts of new capacity by 2030 — and the growth curve does not stop there, with global buildout projections reaching ~1,650 GW by 2035. The International Energy Agency expects data centers alone to consume ~945 TWh by 2030 — roughly the electricity use of Japan today. Grid connection queues stretch for years. Power has become the scarcest commodity of the decade.

Redrawn by TerranOS from public data. Original data and charts: IEA — Energy and AI (charts under CC BY 4.0) and industry capacity projections.

Whoever controls cheap, flexible electricity controls the next decade. That is the thesis TerranOS is built on.

What we are launching

TerranOS is a platform that takes real, operating energy infrastructure — grid-scale batteries, documented mineral reserves, AI computing capacity and carbon assets — and makes it investable for a global community of verified members. Real assets. Real revenue. On-chain rails. This is not a whitepaper dream: our first battery storage projects are already in implementation in Romania, with contracted equipment suppliers, EPC builders and a licensed energy trader on the OPCOM exchange, coupled to the European market.

Vertical 1: Battery storage — Europe’s quiet gold rush

ENTSO-E — the association of Europe’s transmission system operators — published a striking calculation this summer: the daily arbitrage value of energy storage, based on real day-ahead prices between June 2025 and June 2026. South-Eastern Europe dominates the continent, and Romania, where we build, is the 4th most profitable battery market in Europe.

Redrawn by TerranOS from ENTSO-E data. Original chart: e-nergia.ro country chart | Original report: ENTSO-E Market Report 2026 (PDF) | Article: e-nergia.ro

The institutional money has noticed. In the last 12 months, Drax bought a 260 MW ready-to-build UK battery portfolio, and Foresight closed the largest operational BESS acquisition in European history — a 400 MW / 800 MWh portfolio. Storage has become an institutional asset class.

Institutions found the door. Retail investors are still outside. That is the door TerranOS opens.

Deal sources: PwC — Apatura/Drax deal | JLL — Foresight/Harmony deal

Redrawn by TerranOS from Transelectrica / ANRE data. Original articles: e-nergia.ro — fleet data | e-nergia.ro — 1,000 MWh milestone

Vertical 2: Mineral resources — the collateral layer

Tokenization of real-world assets is one of the fastest-growing categories in finance. Boston Consulting Group projects $16 trillion tokenized assets by 2030; Standard Chartered goes further — $30 trillion by 2034, with commodities among the fastest-growing classes. And yet today, only roughly $24–60 billion are actually tokenized. The runway is enormous — the category is barely 0.2% built.

Bar heights on a logarithmic scale. Redrawn by TerranOS from public forecasts. Sources: Forecast comparison (BCG $16T, Standard Chartered $30T) | CoinDesk — market today ~$24B | a16z crypto — 7 RWA charts

Most RWA projects tokenize treasuries and credit — paper backed by paper. TerranOS is preparing geologically documented mineral deposits for listing: hard collateral, independently verifiable, sitting underneath everything else the platform does. Copper — the most important metal in an electric network — comes first.

When the world doubles its grid, it doubles its copper demand. We are putting the ground itself on-chain.

Vertical 3: AI computing — data centers that follow the power

McKinsey projects $6.7 trillion of data center investment by 2030. But the industry keeps building hyperdense giants that wait years in interconnection queues. Our concept is the opposite: modular, containerized data centers — deliberately not hyperdense — placed directly at power plants and battery storage sites, where electricity is closest to free. Crusoe Energy validated this “energy-first compute” model at a $10+ billion valuation. We are building its tokenized, community-accessible version, with compute sold as transferable credits.

TerranOS original concept diagram. Market data: McKinsey — The cost of compute ($7T race) | IEA — Energy and AI

Every megawatt we list on the platform can carry a compute module on top of it. Energy revenue plus compute revenue, from the same land, the same grid connection, the same battery. That is how the flywheel compounds.

Vertical 4: CO2 — the carbon layer & the platform in one picture

Carbon completes the stack: MSCI projects the voluntary carbon market at $10–40 billion by 2030, with optimistic scenarios above $100 billion. Energy assets that displace emissions earn carbon value on top of energy value — a second revenue layer TerranOS will bring on-chain.

Redrawn by TerranOS from public data. Sources: ENTSO-E | StanChart/BCG forecasts | McKinsey | MSCI | Mordor Intelligence

How it works — and how to get in first

Asset owners list projects. TerranOS runs technical, legal and financial due diligence, wraps each asset in its own legal structure, and tokenizes it into fractions. Verified members — KYC from day one — buy fractions and follow their assets live: telemetry, production, revenue. Fractions can be transferred inside the platform. Simple to use, institutional under the hood.

TerranOS.com

About TerranOS

TerranOS is the operating system for real-world energy assets: grid-scale battery storage, documented mineral reserves, AI computing power and carbon, brought on-chain for a global community of verified members. Built on real infrastructure in Europe. Learn more at www.terranos.com.

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TerranOS does not offer investment advice. All market figures are from the named public sources, linked under each chart. Availability of platform features varies by jurisdiction.