Traditional securities infrastructure relies on multiple intermediaries maintaining synchronized records. When you buy a stock, ownership must be reconciled across brokers, custodians, transfer agents, and clearinghouses. Each layer introduces cost, delay, and operational risk. Blockchain offers a different model: a shared ledger where ownership updates in real time and all participants reference the same source of truth.
Tokenized securities can represent either direct on-chain ownership or performance tracking through wrappers and SPVs. A direct on-chain approach involves issuers, or their transfer agents, registering ownership directly on-chain, with a single canonical token contract representing the security globally and ownership living natively on the ledger. From a systems perspective, this is elegant: there are no parallel representations of the same asset, no need to reconcile on-chain and off-chain records. Dividends, voting rights, and corporate actions can all be embedded into the token’s logic, and liquidity flows continuously because everyone recognizes the same asset.
A second model works within today’s regulatory framework while preserving real ownership rights, such as Regulated Custodian Infrastructure. Dinari exemplifies this approach: as an SEC-registered broker-dealer and transfer agent, it has built infrastructure that tokenizes public securities at scale, and the platform is now live in 85+ countries, offering 250+ tokenized equities and ETFs through dozens of distribution partners. Dinari’s ‘dShares’ give tokenholders direct beneficial ownership of the underlying securities, which are held in segregated custody accounts. This avoids synthetic exposure and reduces counterparty layering.
Legal wrappers introduce path dependence and fragmentation risk, since multiple wrappers can compete for the same stock. Tokenholders hold derivative instruments issued by special-purpose vehicles rather than direct claims on the underlying shares, which introduces counterparty risk tied to the SPV’s structure and solvency. Architecture creates path dependence, and a fragmented ecosystem may hinder liquidity. A unified ownership representation enables liquidity and efficiency to build over time.
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