Transfer agents ask SEC to favor company-approved tokens over outside versions

The Securities Transfer Association, the industry group for Wall Street transfer agents, is pressing the Securities and Exchange Commission to give company-authorized tokens an edge over third-party tokens under any future rulemaking.

In a letter to the SEC, the group warned that tokens not issued directly by a company – often created by outside developers or through forks – pose "risks to market integrity." Transfer agents are the firms that maintain shareholder records for public companies, and their role is expanding as more corporations tokenize equity or debt.

The STA argues that when a token is authorized and managed by the issuing company, it can be tracked and reconciled like a traditional share. By contrast, third-party tokenized versions of the same asset create confusion about which ledger is authoritative and raise the risk of double claims.

"This is about ensuring that the official record of ownership is clear," the STA's letter states. "Investors should not have to guess which token represents the real asset."

The push indicates that the traditional finance infrastructure is preparing for a world where equities and bonds regularly live on blockchain rails – but only on the issuer's terms. For crypto traders, the implications are straightforward: tokens created without corporate authorization could face regulatory headwinds if the SEC adopts the STA's framework.

The SEC has not yet responded publicly to the letter. A rulemaking process on tokenized securities is expected to begin later this year, and the STA wants its members – firms like Equiniti Trust, Computershare, and Broadridge – to have a defined role in that system.

For now, the market is watching for any SEC guidance on what qualifies as a "company-authorized" token. The next milestone is the SEC's fall regulatory agenda, which will list any planned tokenization proposals. Until then, third-party token projects operate under a cloud of potential regulatory friction.