RWA Tokenization: The Infrastructure Question Nobody's Asking

Real–world asset tokenization has a credibility problem. The idea is sound. The execution, mostly, is not. 

Most commentary treats tokenization as a product. It is not. It is an infrastructure shift – and infrastructure shifts are won or lost by the teams that build the rails, not the teams that write the pitch decks. 

What tokenization actually is 

A tokenized asset is a cryptographic claim on something real – a bond, an equity share, a commodity, a building, a painting – recorded on a distributed ledger and governed by a legal framework that makes the claim enforceable. 

"Digital representation" understates this. A scanned deed is a digital representation. A token is a programmable, transferable instrument that carries its own rules. Ownership, transfer, compliance checks, settlement – all executable by the token itself, under the supervision of a regulated operator. 

That last clause is the one commentary skips. It is the one that decides whether any of this works. 

What actually changes 

Traditional capital markets run on a chain of intermediaries. Issuers, registrars, custodians, clearing houses, transfer agents, settlement systems. Each layer exists for a reason. Each layer also adds cost, latency, and reconciliation risk. 

Tokenized markets collapse those functions into licensed DLT systems. Issuance, custody, trading, and settlement happen inside a single auditable infrastructure. The intermediaries don't disappear – their functions move into software that a regulator has approved. 

This is why tokenization matters for capital markets far more than it matters for retail speculation. The efficiency gain is not marginal. It is structural. 

Liquidity is the most misunderstood benefit 

"Tokenization creates liquidity" is a lazy claim. Tokenization creates the possibility of liquidity. Whether it shows up depends on regulatory clarity, institutional appetite, and the actual existence of a secondary market. 

Tokenizing a warehouse of private equity doesn't make it liquid. It makes it tradeable – among counterparties authorized to trade it on venues licensed to match them. 

Where the liquidity argument does land is in asset classes that were previously unreachable by institutional capital. Fine art. Private credit. Infrastructure. Carbon. Receivables. These markets exist. They move slowly because the infrastructure is bad. Fix the infrastructure and capital follows. 

Programmability is where it gets interesting 

A programmable asset enforces its own compliance. Transfer restrictions, whitelisting, distribution waterfalls, coupon payments, covenant checks – done at the token level, no manual reconciliation. 

For issuers, that's operational cost removed. For regulators, transparency improved. For investors, counterparty risk reduced. 

Not theory. In production today, under existing regulation. 

The proof 

In 2020, SH Group designed and deployed LBCOIN for the Bank of Lithuania – the first state-issued blockchain monetary instrument of its kind. A central bank. Approved. Live. Still running on NEM NIS public blockchain.  

Axiology is our idea. We developed the thesis in 2017 – before the regulatory framework to build it existed. We spent a year in sessions with Nasdaq Lithuania and the Central Securities Depository, sketching the architecture on whiteboards while the EU was still writing the rules. We waited. When the DLT Pilot Regime arrived, we assembled the team, brought in Marius Jurgilas from the Bank of Lithuania to lead, secured a non-equity grant from Ripple, and built it. 

Axiology is live. It holds a DLT TSS licence – the most extensive class under the EU DLT Pilot Regime, held by only a handful of entities across Europe. That licence consolidates issuance, custody, trading, and settlement inside one regulated system. €7M raised. Digital bonds live on the platform through a partnership with Profitus. €21M+ of shares already recorded through the registry service. Preparing to participate in the ECB's wholesale CBDC programmes – Appia and Pontes. 

Nine years from thesis to licensed infrastructure. That's the tempo at which regulated market infrastructure actually gets built. 

The frontier nobody's pointing at 

Sovereign and corporate debt will tokenize first – infrastructure is ready, regulatory pathway is clear, institutional appetite is there. Fund shares and private credit follow close behind. 

The more interesting frontier is the asset classes that have never had functional financial infrastructure at all. 

Fine art is the sharpest example. A $65bn global market of high-value, illiquid objects. Provenance is opaque. Authentication is fragile. Forgery is endemic. Ownership records sit in paper trails and dealer relationships. Financing against art exists – but every deal is a bespoke negotiation between a private bank, an auction house, and two or three experts who happen to be in the room. 

The interesting question isn't how to list art on a blockchain. Anyone can do that. The interesting question is what it takes to turn a painting into a financeable, auditable, regulated asset – something an institution can lend against without a forensics team. 

The answer has three parts that only work together. A verified digital twin that travels with the physical object across every change of hands. A provenance record, on-chain, that makes ownership history, authentication events, restoration records, and exhibition history tamper-proof. And a financing layer, regulated, that uses that verified twin as a real collateral basis for real products. 

Pull any one of the three and you have an art-tech curiosity. Build the three together, under the right regulatory architecture, and a frozen asset class becomes a financeable one. The same pattern extends to collectibles, heritage assets, real estate. 

This is the work we are on now. 

Who wins 

RWA tokenization isn't a software problem. It is software plus regulation plus institutional trust, and the teams that win will have all three under the same roof. 

Engineering capable of building regulated–grade infrastructure – cryptography, distributed systems, post-quantum – done in-house, not subcontracted. Regulatory navigation as a capability, not a consulting opinion – operating under MiCA, DORA, or the DLT Pilot Regime, in production, on your own platform. Institutional credibility earned at the highest level – central banks, regulators, ministries – not pitched. 

Teams with one or two of these will ship products. Teams with all three will build the rails everyone else ends up using. 

If you are building here 

If you're a founder or institutional team working on regulated infrastructure for real-world assets – bonds, securities, private markets, or one of the asset classes that has never been properly financialized – we are interested in how you are thinking about the problem. 

We have built central bank infrastructure. We have licensed regulated DLT infrastructure. We are building the next layer now. 

Twenty minutes is usually enough to know if it is worth more. 

Andrius Bartminas

About the author: 

Andrius is Co-Founder and Executive Vice President at SH Group, helping develop infrastructure at the intersection of programmable finance, digital assets, and regulated markets. He was one of the leaders of the LBCOIN project with the Bank of Lithuania in 2020, and contributed to the ECB Digital Euro Programme and Bank for International Settlements’s Project Rosalind. He is also CTO of Unveil, where he is building advanced computing infrastructure for AI and quantum applications.