Learning how to tokenize real world assets comes down to one order of work: you place the asset in a legally compliant structure (usually an SPV or fund), verify ownership and valuation, set the rule for who may hold the token, issue it on a permissioned standard such as ERC-3643, onboard investors through KYC and AML checks, and then service the product for as long as it exists. The market shows where the difficulty sits: of the $27.59 billion already tokenised across 156 protocols, Treasuries hold 40.7% and gold 18.3%, the two asset classes where the legal wrapper is settled and cheap. Market figures are from DefiLlama, checked on 4 September 2026.
What you need before you start
Most projects that fail at how to tokenize real world assets stall on missing decisions, not missing code. Have these in place, or at least assigned to a named person, before anyone writes a contract.
- An asset that can be owned in fractions, with a value that can be checked without calling a valuer every time.
- Counsel in the issuing jurisdiction, meaning where the entity will sit rather than where the team lives.
- A written eligibility rule: retail, professional or by country, stated as one sentence.
- An identity provider and a transfer agent who will verify holders and keep the register after launch.
- A servicing budget for the permanent work, not only for the launch.
Overview: the six decisions behind every tokenized asset
A token is a record of a claim. If nothing enforceable stands behind it, holders own a number in a database. That is why every product in the market’s top ten sits inside a fund or a special purpose vehicle: the entity owns the asset, the token represents an interest in the entity, and the enforceability comes from company and securities law rather than from the chain.
The table below compresses the process into six decisions in the order they have to be made. The step-by-step section that follows expands them into the working sequence a team actually runs.
| Step | What it produces | Who does it | Where projects stall |
|---|---|---|---|
| 1. Pick the asset | A claim that can be owned in fractions | Issuer | Assets whose value needs a valuer each time |
| 2. Build the legal wrapper | An SPV or fund that holds the asset | Counsel, in the issuing jurisdiction | Choosing the jurisdiction after writing the contract |
| 3. Decide who may hold it | An eligibility rule: retail, professional, or by country | Issuer plus counsel | Assuming anyone can buy, then discovering they cannot |
| 4. Choose the token standard | A contract that can enforce step 3 on transfer | Engineering | Using a plain fungible token and bolting rules on later |
| 5. Connect off-chain facts | Price, NAV or attestation arriving on chain | Issuer plus data provider | No agreed source, so the token has no verifiable value |
| 6. Onboard and service | Identity checks, registers, distributions, redemptions | Issuer, transfer agent | Treating this as launch work rather than permanent work |
How to tokenize real world assets step by step
The steps look sequential on paper, and in practice two of them run long enough to set the whole schedule: legal work and identity setup. Start both in the same week. Engineering can wait, because the contract only encodes decisions the other two produce.
1. Select the asset and run due diligence
Start with a claim that can be owned in fractions and priced from a named source. Treasuries worked first because they need no appraisal, the legal form is standard and the yield is the product. Assets whose value needs a valuer each time, such as real estate, carry that cost into every later step, from the offering document to every monthly valuation.
- Check: can the value be verified without commissioning a new appraisal?
- Where it stalls: assets whose value needs a valuer each time
2. Build the legal structure
Put the asset inside an SPV or fund that owns it, so the token represents an interest in that entity. Jurisdiction is picked before code. Spiko, one of the five largest products at $2.50 billion, states in its own description that its funds are regulated by the French financial markets authority. That sentence is the product; the chain choice, the wallet support and the branding all sit downstream of it.
- Who does it: counsel, in the issuing jurisdiction
- Where it stalls: choosing the jurisdiction after writing the contract
If you run a project here, not just research one: The legal wrapper is the part every guide covers. The part that stalls deals is the document you hand an institutional counterparty, and that is what we build. Web3 pitch decks.
3. Settle regulatory compliance and the eligibility rule
Ask counsel whether the claim is treated as a security where you are issuing, what the distribution licence requires and who may be marketed to. Get the answers in writing and have counsel state the eligibility rule as a single sentence naming the permitted holder types and the excluded countries, then keep that sentence in the repository beside the contract that enforces it.
- Check: is the rule written down, or does it live in someone’s memory?
- Where it stalls: assuming anyone can buy, then discovering they cannot
4. Choose the blockchain and the token standard
Once eligibility rules exist, the token has to enforce them on every transfer, including transfers the issuer never sees. That is what ERC-3643 does: it binds transfers to an on-chain identity registry so an ineligible address simply cannot receive the token. The standard’s association publishes the specification and the identity components alongside it. Retrofitting rules onto a plain fungible token usually means a migration that requires contacting every holder.
- Who does it: engineering, after steps 2 and 3 are settled
- Where it stalls: using a plain fungible token and bolting rules on later
5. Write and audit the smart contracts
A general security audit is not sufficient. The auditor should test that an ineligible address cannot receive by transfer, by mint, by a forced transfer from the issuer, or through any recovery function. Ask for the test cases by name. Recovery functions are the usual gap: they exist so a lost wallet can be made whole, and they are exactly the path that bypasses the registry if nobody checked.
- Check: named test cases for transfer, mint, forced transfer and recovery
6. Set up custody, oracles and the valuation source
The entity holds the asset; the chain needs verifiable facts about it. Pick the source of price or net asset value, the publication frequency, and the fallback for when the source is late or wrong, then put all of it in the offering document. This step fails quietly: a token whose value cannot be checked against a named source is one nobody can price on a secondary venue, and that shows up as a spread rather than as an error message.
- Who does it: issuer plus data provider
- Where it stalls: no agreed source, so the token has no verifiable value
7. Onboard investors with KYC and AML checks
The identity registry is where the eligibility sentence becomes code. Decide who issues claims, how long a claim stays valid, what happens when a holder moves country, and who may revoke. Most later disputes are about revocation, because a revoked claim freezes a balance somebody believes they own. Identity checks run per holder rather than per project, so open verification well before the subscription window, publish the document list and staff a human for edge cases such as a company subscribing through a nominee.
- Check: revocation procedure and appeal path written before the first investor is verified
8. Mint and distribute the token
Issue only to verified addresses and reconcile the on-chain register against the entity’s own holder register on a fixed schedule from the first week. They drift. A transfer that succeeded on chain but was never recorded by the transfer agent means the entity pays a distribution to the wrong party, and that failure is normally discovered by the person who did not receive the money.
9. Run ongoing management and secondary trading
After launch the issuer still has to verify new holders, keep the register accurate, publish valuations, pay distributions and process redemptions, in every jurisdiction where a holder lives. Publish the redemption window, the notice period and the settlement timing, then honour them in the difficult month rather than only in the easy one. Every incident, from a lost wallet to a claim revoked by mistake, needs a named decision maker and a written procedure.
- Who does it: issuer and transfer agent, permanently
- Where it stalls: treating this as launch work rather than permanent work
Technical architecture: the layers of a tokenized asset
Each layer is owned by a different party, which is why the contract is the smallest part of the job.
- Legal layer: the SPV or fund that owns the asset and gives the token its enforceability.
- Identity layer: the on-chain registry of verified holders and the claims issued to them.
- Token layer: a permissioned standard such as ERC-3643 that checks the registry on every transfer.
- Data layer: price, NAV or attestation arriving on chain from an agreed source.
- Servicing layer: registers, distributions, redemptions and reporting, run by the issuer and transfer agent.
Common asset types and how much of each is tokenised
The market’s own shape tells you where the process is easy and where it is hard. The figures are DefiLlama data from 4 September 2026.
| Asset type | Tokenised value | Why it works or stalls |
|---|---|---|
| Treasuries | $11.24 billion, 40.7% of the total | No appraisal, standard legal form, the yield is the product |
| Gold | $5.05 billion in two products, 18.3% | One vault, one auditor, one unit |
| Equities | $961 million in the single largest product of that class | Registrars, corporate actions and jurisdictional trading rules |
| Real estate | Absent from the top ten | Valuation, transfer taxes and title make the legal step hardest |
Common mistakes and key success factors
- Starting with the contract. Steps 2 and 3 determine step 4, so writing code first is the common and expensive mistake.
- Skipping the exit clause. If the identity provider holds the only copy of the verification evidence, changing provider means verifying every holder again, at the issuer’s cost.
- Auditing without recovery tests. Recovery functions are the path that bypasses the registry if nobody tested them.
- Leaving freezes unexplained. Holders tolerate a freeze they were warned about and treat an unexplained one as the entity behaving arbitrarily.
- Budgeting for a launch. Projects that budget for a launch rather than an operation are the ones that stall at step 6 of the table.
The success factors are the mirror image: counsel briefed before engineers, an eligibility rule in writing, a named valuation source, registers reconciled from the first week and a successor servicer named in advance. Track monthly: holders verified against holders who started, time to approval, failed transfers by reason and the gap between the two registers.
How long it takes and what it costs
The schedule is set by the two slowest tracks, legal structuring and identity setup, not by engineering. Counsel needs the asset description and the intended holder base before drafting, and the identity provider needs the eligibility rule before configuring anything.
The cost that matters is the permanent one. Verification of new holders, register maintenance, valuation publication, distributions, redemptions and reporting all recur, in every jurisdiction where a holder lives. Compare that annual figure against the fee the entity can charge on the assets it expects to hold. If the arithmetic only works at a size the distribution cannot reach, the problem is the product rather than the chain. Tokenisation changes settlement speed, fractional size and who can reach the product; it does not remove the operating burden.
This is the sequence, not legal advice; whether your asset is a security and what licence distribution needs are questions for counsel. For where existing products sit and how large each is, see our ranking of RWA tokenization platforms by assets. For distribution once a product exists, our notes on marketing an RWA or stablecoin product cover who the buyer actually is, and the stablecoin ranking shows where tokenised funds now overlap with payment tokens.
Frequently Asked Questions
How do you tokenize a real-world asset?
You tokenize a real-world asset in a fixed order: pick a claim that can be owned in fractions, place it in an SPV or fund, set the rule for who may hold it, issue the token on a standard that enforces that rule on transfer, connect a named valuation source, then run identity checks and servicing permanently. Only the token standard and the contracts are engineering work.
Which token standard is used for real-world assets?
ERC-3643 is the common choice for permissioned real-world assets. It ties every transfer to an on-chain identity registry, so an ineligible address cannot receive the token at all. That matters because eligibility rules have to hold on transfers the issuer never sees, which a plain fungible token cannot enforce without a later migration.
Why are most tokenized assets US Treasuries?
Because the hard steps are already solved for them. Treasuries need no appraisal, the fund structure is standard and the yield is the product. They account for $11.24 billion, or 40.7% of the $27.59 billion tokenised on 4 September 2026. Gold follows at 18.3% for the same reason: one vault, one unit, one auditor.
Can you tokenize real estate?
Yes, real estate can be tokenized, but no real estate product appears among the ten largest tokenised assets. Valuation needs a valuer each time, transfer taxes apply in many jurisdictions, and title systems are not built for fractional holders. The asset class used most often to explain tokenisation is the one where the legal step is hardest.
What do teams underestimate most when tokenizing assets?
Teams underestimate servicing most. After launch someone must verify new holders, maintain the register, publish valuations, pay distributions and process redemptions in every jurisdiction where holders live, permanently. The token enforces rules but does not maintain them, and budgeting for a launch rather than an operation is the most common way these projects stall.
Related reading
European issuers will meet the disclosure regime described by the European Securities and Markets Authority before any of the on-chain work matters.