The XRP Ledger uses a token standard called multipurpose tokens (MPTs), and they’re built for a different job than simpler standards like Ethereum’s ERC-20. Understanding the difference matters if you’re trying to evaluate which chains are actually built to handle real financial instruments, not just simple transfers.
What ERC-20 actually is
ERC-20 tokens are essentially counters. The smart contract tracks how many tokens each address holds and not much else. That works fine for a basic utility token or a simple stablecoin. It starts to break down once you try to represent something more complex, like a bond with a maturity date, a quarterly coupon schedule, and transfer restrictions limiting it to accredited or institutional investors. To do that with ERC-20, you typically need separate smart contracts layered on top for vesting logic, compliance checks, and coupon payments, each one an additional piece of infrastructure and an additional potential point of failure.
What multipurpose tokens add
Multipurpose tokens on the XRP Ledger are designed to embed that information directly into the token itself. Maturity dates, interest rate schedules, tranche information, regulatory identifiers, and transfer restrictions can all be part of the token standard at the protocol level, rather than bolted on through external contracts. A tokenized security can carry rules about who’s allowed to hold it and when it can be transferred, built into the asset rather than managed separately. That’s meaningful for issuers trying to represent real financial instruments faithfully, because the compliance logic is audited and tested as part of the ledger itself rather than as custom code for every new asset.
Why the architecture choice matters
ERC-20 was designed for simple utility tokens, and it’s done that job well for years. Representing a real bond or a regulated security is a different problem, one that involves compliance, transfer restrictions, and instrument-specific metadata from day one. The question worth asking isn’t which network has the most developers building on it. It’s which architecture was actually designed to handle capital markets instruments natively, and which one is retrofitting that functionality through layers of external contracts.
Educational only, not tax, legal, or investment advice. Check primary sources and speak with a qualified professional before making financial decisions.
