When Tesla shares get tokenized, do they still come with voting rights? Do dividends arrive automatically, or does someone have to process them? Can you actually trade them 24/7, or are you limited to certain venues and hours?

The answers depend entirely on architectural choices made during tokenization: choices that most investors never see, but that fundamentally shape what they actually own.

As trillions in public securities prepare to move onchain, the design choices made now may shape whether blockchain meaningfully improves market structure or simply replicates existing inefficiencies in digital form. Infrastructure decisions in finance tend to persist for decades. Custody and settlement choices made in the 1970s still influence how markets function today. Tokenization will be no different.

The Problem Tokenization Is Meant to Solve

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. As SEC Commissioner Hester Peirce noted in July 2025, tokenization "may facilitate capital formation and enhance investors' ability to use their assets as collateral," but she cautioned that blockchain "does not have magical abilities to transform the nature of the underlying asset." That framing matters because how a security is tokenized determines whether investors get the benefits blockchain promises or simply inherit the same friction in a new format.

If tokenization simply adds a blockchain layer on top of legacy systems without redesigning ownership structures, reconciliation challenges persist. In some cases, complexity increases. The core question is straightforward: does the tokenholder own the underlying share (whether registered natively onchain or held in segregated custody on their behalf) or do they own a position in an intermediary vehicle that provides economic exposure to it? The distinction determines who bears counterparty risk, how corporate actions are delivered, and what happens if any layer in the structure fails.

Three Approaches to Tokenizing Public Securities

Direct Issuer Tokenization Tokenized is the security itself, registered on the issuer’s ledger

The cleanest architecture involves issuers, or their transfer agents, registering ownership directly onchain, 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 onchain and offchain 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.

The challenge is coordination. This approach requires thousands of public companies to update transfer agent relationships and align with regulators across jurisdictions. Even incremental changes to settlement cycles have historically taken years of industry coordination, and migrating global equity markets to blockchain infrastructure is a far larger undertaking.

Architecturally optimal does not imply immediate feasibility.

Regulated Custodian Infrastructure Tokenized security represents direct beneficial ownership of the backing asset held in regulated custody

A second model works within today's regulatory framework while preserving real ownership rights. Dinari exemplifies this approach. As an SEC registered broker-dealer and transfer agent, it has built infrastructure that tokenizes public securities at scale. 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.

The practical implications matter. When Apple declares a dividend, dShares holders receive it automatically; when a stock split occurs, positions update automatically. Corporate actions flow through seamlessly because the architecture preserves the direct relationship between the tokenholder and the underlying share.

The system operates under SEC oversight, delivers NBBO pricing (the best available bid and ask across U.S. exchanges) around the clock, and enables instant settlement. Together, these address the core friction points of cross-border equity access without requiring issuers to redesign their infrastructure. Instead, the model embeds blockchain within existing legal and custody frameworks. For investors, the key point is straightforward: the token reflects real share ownership, not a derivative wrapper.

Legal Wrappers Tokenized security represents derivative exposure issued by an SPV

A third approach uses investment vehicles, such as deposit receipts or structured products, to track the performance of underlying securities. These wrapper models can move quickly because they do not require direct coordination with issuers or extensive transfer agent infrastructure.

However, the structure differs in a meaningful way. Tokenholders hold derivative instruments issued by special-purpose vehicles rather than direct claims on the underlying shares. The tokenholder's legal claim is on the vehicle, not on the underlying share, which introduces counterparty risk tied to the SPV's structure and solvency. Dividends and corporate actions typically require manual processing rather than flowing automatically through token logic, and that operational burden grows with each additional asset. There's also a fragmentation risk: multiple issuers can create competing wrappers for the same stock, splitting liquidity rather than consolidating it. Synthetic exposure may be sufficient for certain use cases, but the ownership profile is fundamentally different.

Why These Decisions Compound

Architecture creates path dependence. A model that relies on manual processing entails ongoing operational costs, whereas one that embeds automation and direct claims into token design allows efficiencies to compound with each additional asset. Similarly, a fragmented ecosystem of competing wrappers limits network effects, whereas a unified ownership representation enables liquidity and efficiency to build over time.

Institutional tokenization is advancing through multiple parallel approaches. Some firms are partnering directly with issuers to create blockchain-native securities; others, like Dinari, are achieving scale within existing frameworks while preserving investor protections. Both paths contribute to adoption. What matters is understanding the trade-offs each architecture makes.

As trillions in securities migrate onchain, the dominant architectural model may determine whether blockchain realizes its promise of eliminating reconciliation, reducing costs, and democratizing access, or simply adds another layer of complexity to markets that already have too many.