Tokenization is the process of representing a right, a claim, or a unit of value as a transferable token recorded on a blockchain. The token is a programmable bearer instrument: a dollar claim, a share of a Treasury fund, a piece of art, a deed entry, a governance vote, or a unit of compute. What changes is not what the asset is. What changes is how it settles, who can hold it, and what other software can do with it.
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This article is the operator's map. It covers the six token categories that matter in 2026, the mint-transfer-settle-redeem lifecycle they share, and what blocks broader adoption. For the regulated-securities subset, see what is a security token. For the real-world-asset issuance lens, see what is asset tokenization.
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Tokenization is the representation of value as a token on a public or permissioned blockchain. The token follows a standard interface, most commonly the ERC-20 standard for fungible tokens or ERC-721 and ERC-1155 for non-fungible variants. Once issued, the token can be transferred, held, escrowed, or composed with other contracts without going through the issuer's database.
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The distinction worth holding: a token is a claim, not the underlying thing. A tokenized Treasury is backed by a Treasury bill held at a custodian. A stablecoin is backed by a dollar reserve at an issuer. A governance token, in most cases, is backed by nothing. Tokenization standardizes the wrapper; what sits inside still requires diligence.
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Putting value onchain swaps the issuer's database for a shared ledger that any wallet, contract, or application can read and write to within the rules of the token's smart contract. That shift produces four practical changes that show up in operator decisions: 24/7 settlement, programmability, composability with other contracts, and self-custody by the holder.
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Settlement is the most concrete. Equities settle T+1 in the United States; wires close on weekends and bank holidays. A USDC transfer between two wallets confirms in seconds at any hour, with no clearing intermediary. Stablecoin supply sat above $300 billion in 2026, with onchain transfer volume reported in the multi-trillions for 2025. This is in production, not a pilot.
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Programmability is the second. A token can be transferred by a smart contract under conditions written in code: a swap on Uniswap, a liquidation on Aave, a payroll distribution that splits across 200 recipients in one transaction.
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Composability follows. A tokenized money market fund can sit as collateral in a lending market because both speak the same ERC-20 interface. The fund does not integrate with the lender; the lender does not need to know who issued the fund. This is what people mean by "Lego blocks."
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Self-custody is the fourth. A token in a non-custodial wallet is held by the user, not a broker. The trade-off: the user is responsible for the keys. See what is a blockchain wallet for the wallet taxonomy.
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Six categories cover most of what gets called "a token" in 2026. They are not interchangeable. They differ in what backs them, who can issue them, and what the holder can actually do with them. The table below is the working taxonomy.
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The categories overlap in practice. A tokenized money market fund like BlackRock's BUIDL is structurally a security and economically an RWA; a regulator may classify a utility token as a security depending on how it was sold. This taxonomy is operator framing, not law.
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Every tokenization lifecycle has four steps: mint, transfer, settle, redeem. The mechanics are nearly identical across categories; the differences sit at the edges, in who can call the mint function, who can hold the token, and what backs the redemption claim against the issuer or contract.
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Mint. An authorized address calls the contract's mint function, increasing total supply and crediting a destination wallet. A stablecoin issuer mints against an incoming dollar wire. A tokenized Treasury manager mints against a subscription. An NFT mint can be permissioned or open.
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Transfer. The holder signs a transaction calling the token's transfer or transferFrom function. The blockchain validates the signature, debits the sender, credits the recipient, and finalizes. For regulated tokens, the contract may check an onchain allowlist first, which is the mechanism behind ERC-3643 and ERC-1404.
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Settle. Settlement is when the transfer becomes economically final. On Ethereum mainnet this is measured in blocks after inclusion. On Layer 2 rollups, settlement against Ethereum can take longer, which is one reason rollups have sequencers. For tokens that move across chains, settlement also depends on the bridge or messaging layer (see what is a wrapped token).
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Redeem. Redemption converts the token back into the underlying. A stablecoin holder sends USDC to the issuer and receives a wire. A BUIDL holder submits a redemption and receives the cash leg. A governance token has no redemption; an NFT redeems only if a redemption mechanism was written in. This is where the onchain claim meets offchain enforcement: legal documents, custodians, KYC, bank rails.
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No. Digitization records an asset in a database. Tokenization records it as a bearer instrument on a shared ledger that other software can interact with directly. Brokerage statements and SWIFT messages are digital; they are not tokenized. The test: can a third-party smart contract read your balance and act on it under your signature? If yes, it is tokenized.
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The confusion matters because some "tokenization" pilots are database migrations with a token wrapper bolted on. If the wrapper cannot leave the issuer's permissioned environment, the composability benefit is gone. Useful diagnostic: does the token have a public contract address, can transfers happen wallet-to-wallet without the issuer, and can any other contract use it as collateral or input.
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The volume is concentrated in three areas: payment stablecoins (above $300 billion in supply), tokenized Treasuries (low tens of billions in onchain AUM), and tokenized equities (live for non-US holders via Robinhood EU, Backed, and Dinari). Real estate, private credit, commodities, and agentic commerce settlement are present at smaller scale.
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Payment stablecoins remain the largest category by supply. DeFiLlama tracks total stablecoin supply above $300 billion in 2026, with USDT and USDC accounting for the majority. The GENIUS Act, signed into law in July 2025, established a federal framework for payment stablecoins in the United States, formalizing the reserve and disclosure model that USDC has used since launch. See the stablecoin pillar for the full picture.
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Tokenized Treasuries moved from curiosity to recognized asset class. rwa.xyz tracked tokenized Treasury value in the low tens of billions through Q1 2026, with BlackRock's BUIDL, Ondo's USDY and OUSG, Franklin Templeton's BENJI, and Hashnote's USYC the largest products. Figures move daily; consult the dashboards before quoting.
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Tokenized equities are now in production, primarily for non-US holders. Robinhood launched stock tokens for EU customers in 2025 on an Arbitrum-based chain, with 200-plus US stock and ETF tokens available. Backed Finance's xStocks distributed via Kraken on Solana, and Dinari's dShares carry 1:1 backing with dividend pass-through. None of these products are broadly available to US retail investors today.
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Other categories are smaller. Real estate, private credit, and commodities tokenization run at the pilot and small-fund scale. Agentic commerce uses stablecoins as the primary settlement asset for AI agent transactions. NFT volume sits well below its 2021 peak, now concentrated in gaming, ticketing, and utility rather than collectibles.
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Three constraints, in order: jurisdictional fragmentation, custody and key management, and offchain enforcement. Each limits how far the wrapper can travel before it runs into a counterparty, a regulator, or a court that does not natively read blockchain state. None are fatal; all are still open engineering problems.
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The first is regulatory: a token issued under one country's framework may not be transferable to a holder in another, which limits the secondary-market liquidity that makes tokenization economically interesting. The second is operational: holders who cannot manage keys end up at custodians, reintroducing the intermediary the technology was meant to remove. The third is structural: a smart contract cannot foreclose on a building. The legal apparatus wrapping a tokenized RWA is often more complicated than the apparatus around the underlying.
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None of these are fatal. Each has active work against it: allowlist standards for compliance, smart wallets and chain abstraction for custody, SPV structures and oracle attestations for enforcement. Tokenization works at the wrapper level at scale. The open question is how much of capital markets needs the wrapper, and on what timeline.
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Eco Routes moves stablecoins across chains as the settlement layer for tokenized value. When a holder bridges USDC from one chain to use a tokenized Treasury issued on another, or when an agent pays in stablecoin for an onchain service, Eco handles the routing, gas abstraction, and intent execution underneath. Tokenization makes the asset programmable; routing makes it portable.
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Sources and methodology. Stablecoin supply figures pulled from DeFiLlama. Tokenized RWA figures from rwa.xyz. GENIUS Act provisions from Congress.gov S.1582. Token standards from ethereum.org. Figures move daily; consult the dashboards before quoting any specific number.
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