The securities reconciliation problem that has persisted for 40 years—will ERC-8056 be the ultimate answer?

Original Author: Vaidik Mandloi

Original Translation: Chopper, Foresight News

Today, buying stocks is executed instantly, but the subsequent corporate actions—such as dividends and stock splits—remain chaotic and cumbersome.

When Netflix or Apple announces a dividend, the funds don't go directly to investor accounts. Instead, they go through a fragmented process: multiple layers of intermediaries, including the Depository Trust Company (DTC) and brokerages, each rely on their own internal ledgers to calculate dividend payouts, and only later reconcile data across systems.

These operations are collectively known as corporate actions. The entire financial industry spends up to $58 billion annually processing these workflows, with most of the cost consumed by multi-party data reconciliation to ensure synchronization across independent ledgers. It's a pain point that has persisted for 40 years without an automated solution. Now, a new on-chain token standard promises to fundamentally solve this problem at its root.

Why Has the Traditional System Never Been Able to Fix This Pain Point?

As I mentioned in my previous article, in 1968, Wall Street's paper stock certificate processing volume became completely overloaded, forcing exchanges to close every Wednesday. Subsequently, the Depository Trust Company (DTC) built a centralized depository system, converting physical stock certificates into book-entry records on a central ledger, perfectly solving the securities clearing and settlement problem.

However, corporate actions are fundamentally different from clearing and settlement: settlement is a one-to-one transaction, where a single buy or sell only involves the buyer and seller. Corporate actions like dividends and stock splits are one-to-many events, where a single announcement affects all shareholders simultaneously.

Because stock ownership records are scattered across a complete chain of intermediaries—from transfer agents down to underlying brokerages—each party must independently calculate entitlements based on its own separate database, followed by repeated reconciliation. This is where the problem arises.

Let's break down the existing process with a real-world example. Suppose Apple announces a $0.25 per share dividend. The dividend funds don't go directly to retail investors; the full amount is first sent to the transfer agent (such as Computershare, the official shareholder registry keeper).

But retail investors' names don't appear on the official registry—all shares are uniformly registered under DTC's nominee entity, Cede & Co. Therefore, the transfer agent only sends the dividend payment to the DTC. The DTC then splits the corresponding amount to its custodian banks (such as BNY Mellon) based on its own records. The custodian banks then further split the funds and distribute them to partner brokerages. Finally, your brokerage (such as Fidelity) independently pulls its own customer data to calculate and credit each person's dividend.

The entire process involves five independent institutions, each recalculating the same dividend distribution using databases that don't communicate with one another.

Even worse, the various parties' ledger data isn't updated simultaneously. Asset managers execute corporate actions on the ex-dividend date, but custodians actually don't make distributions until the payment date, weeks later. In the meantime, brokerage statements falsely show you holding the corresponding shares, and traders can even sell shares that haven't actually been credited to their accounts.

There are approximately one million corporate action events globally each year, and every single one must go through this fragmented chain, driving up the $58 billion in processing costs. The high cost ironically breeds industry inertia, leaving parties with little incentive to proactively optimize.

The root cause of this system's dysfunction lies in data formats and the distribution of incentives. When Apple announces a dividend, it only files documents with the SEC and issues a press release. The announcement uses unstructured SWIFT text that machines can't automatically parse, making it impossible to plug into automated processing systems.

It's 2026 now—trillions of dollars in stocks trade and settle in seconds daily—but dividend and stock split announcements still circulate as non-machine-readable PDFs and copy-pasted text.

It's not that the industry lacks machine-readable data standards. XBRL standardized reporting technology has been around for over a decade. But the business of filtering through messy announcements and extracting standardized, actionable data has long been monopolized by Bloomberg and S&P. Both firms employ hundreds of analysts to manually interpret ambiguous announcement language and package standardized data for downstream institutions. S&P Global alone manually verifies 1.4 million corporate action announcements covering 170 countries each year. If listed companies uniformly published machine-readable standardized announcements, the core business of these data service providers would shrink dramatically. They are arguably best positioned to drive source-level data standard reform, yet they've become the biggest obstacle.

On the other hand, issuers like Apple bear none of the processing costs—they only need to complete compliance filings and they're off the hook, with all costs falling on downstream intermediaries. Industry associations have proposed that issuers adopt standardized messaging, but companies have explicitly said they'd only cooperate with accompanying incentives.

Financial infrastructure upgrades are rarely driven by "efficiency improvement" logic. Only systemic crises powerful enough to break the inertia of the existing system drive change. Unfortunately, corporate actions have never experienced a systemic risk severe enough to force industry-wide reform. The total costs are enormous, but when spread across individual institutions, the amounts are limited, and no single entity has sufficient incentive to lead a unified overhaul.

ERC-8056: A New On-Chain Token Standard

If the traditional system can't solve the problem from within, can blockchain completely bypass the existing legacy infrastructure? The ERC-8056 new token standard offers a solution.

ERC-8056, launched by Robinhood in collaboration with Superstate's Chris Ridmann, is a balance multiplier display standard compatible with ERC-20 tokens. In the traditional model, stock splits require minting a large number of new tokens. This standard, however, simply adjusts the display multiplier on the books without minting any new tokens. For example: you hold 100 tokens, and a 4-for-1 split occurs—your wallet automatically updates the displayed holdings count, the contract itself mints nothing, and your original holdings and transaction history are fully preserved. No transfers or reconciliation needed.

A single smart contract rule can replace the entire workflow of five institutions separately calculating and repeatedly reconciling in the traditional system.

This programmable logic can be reused for all corporate actions that traditional systems struggle to automate. Dividends only require one contract call to distribute funds uniformly to all on-chain shareholders, eliminating layer-by-layer distribution and misaligned multi-ledger updates. Rights offerings, shareholder proxy voting, and similar operations can all be encoded as on-chain rules, automatically executed on a single authoritative ownership registry.

The core reason corporate actions have relied on manual processing for forty years is the duplicate accounting across five separate databases and post-hoc reconciliation. ERC-8056 compresses the entire value chain into a single programmable layer.

It's important to distinguish between two types of tokenized stock models to avoid confusion. Some tokenized products are merely digital mirrors of traditional stocks. For example, Robinhood's tokenized Apple and Tesla stocks have underlying real shares held in traditional brokerage accounts—the token is just a sixth ledger layer stacked on top of the original five-tier intermediary system, without solving the underlying reconciliation problem.

xStocks on the Solana blockchain uses a similar architecture with even more pronounced design flaws. It commands the majority of Solana's tokenized stock market share, but users' dividends are forcibly reinvested and can't be withdrawn as cash. The contract also has a built-in permanent authorization function that lets the issuer unilaterally transfer any tokens from user wallets. With these so-called "decentralized" equity products, the issuer has far greater control over assets than traditional brokerages.

Only the native on-chain issuance model can solve the problem at its root, making the blockchain itself the official shareholder registry. Superstate is a representative company in this space. It has registered as a formal transfer agent with the SEC, no longer maintains independent databases to periodically reconcile with the DTC, and records equity ownership directly on-chain.

Galaxy Digital recently announced it will tokenize all of its equity on Solana using Superstate's native issuance solution. Once implemented, all Galaxy Digital shareholder information will be natively on-chain, dividends won't need to flow through multiple intermediary layers, and the entire middleman chain disappears.

Ian Grigg proposed the theory of triple-entry accounting in the early 21st century, which perfectly captures the value of native on-chain issuance. He proposed that when two parties complete a transaction, a cryptographic proof is generated that both parties can jointly verify but neither party unilaterally controls—the third accounting entry.

Since Luca Pacioli established double-entry bookkeeping in 1494, it has remained the foundation of global financial accounting. Triple-entry accounting is the first major upgrade to this system since its inception, relying on a single authoritative shared ledger to completely eliminate the need for bilateral reconciliation.

The existing system's logic is "process first, reconcile later," with all costs and risks concentrated in the reconciliation phase. With instant settlement via a shared ledger, the reconciliation step disappears entirely—not merely reducing costs, but eliminating the source of costs altogether.

The good news is that global regulators are rapidly adapting to this new model. The DTCC issued a no-action letter in December 2025, clearing the way for tokenized securities to access existing clearing systems. Nasdaq has also received approval to conduct tokenized securities business, and traditional exchanges have incorporated native on-chain equity issuance into their long-term plans.

As mentioned at the start of this article, corporate actions have been stagnant for 40 years simply because financial infrastructure reform has always required a major crisis. But this time, the industry may not need to wait for a crisis. Companies can directly issue equity natively on-chain, with the blockchain serving as the official transfer agent ledger—no need to painstakingly patch up the legacy five-database system.

The industry can build a completely new alternative, making the traditional process that drives exorbitant reconciliation costs obsolete. The speed of this transformation depends on how quickly regulators worldwide complete their frameworks, and how many issuers are willing to embrace change.