Why Networks and Early Movers Were Repriced Less

Cross-border specialists looked exposed because stablecoins could attack a costly handoff. Payment firms with strong networks or prior crypto engagement presented a different problem: they controlled relationships, knowledge, or capabilities that a new settlement rail could not reproduce by itself. This chapter examines why those features produced relative insulation in the IMF study, why insulation is not immunity, and how an incumbent can decide whether to defend distribution, integrate the rail, partner with an issuer, or build regulated capabilities.

Network value sits above the settlement rail

A payment network is valuable because it coordinates multiple groups at once. Consumers want a payment method that merchants accept. Merchants want access to customers who already use the method. Financial institutions want a reliable way to connect to both. As more participants join, the network can become more useful to each participant. These are direct and indirect network effects: value grows not only from the number of users of one type, but from the interaction among users, merchants, and institutions.

That value can survive a change in the underlying settlement technology. A network may present the same interface to customers and merchants while replacing a back-end process with a stablecoin-enabled one. The customer still relies on the brand, the merchant still receives an accepted form of payment, and the network still manages authorization, fraud controls, disputes, compliance, or routing. If those functions remain difficult to reproduce, an open ledger does not automatically remove the network's role.

This helps explain the IMF study's result. Firms operating networks did not fall significantly relative to other financial firms in the post-vote window, and their returns were higher than those of other payment firms. The pattern is consistent with investors believing that network effects could protect some future cash flows even as stablecoins increased competition in settlement.

The protection is relational, not mystical. A large user base can make switching inconvenient, but it does not prevent customers from demanding lower fees or faster settlement. A network can retain the interface while losing bargaining power over the underlying rail. If competing stablecoin services reach the same merchants and users through alternative channels, network effects may weaken. The key question is whether the network's value comes from controlling a particular transfer mechanism or from coordinating relationships that remain valuable after the mechanism changes.

Insulation is not immunity

A network operator can be exposed in at least three ways. First, an open rail may reduce the cost of connecting a new competitor to the same users. Second, customers may use the network's interface but expect more of the settlement savings to be passed through as lower prices. Third, issuers and wallets may move the relationship with the user closer to the ledger, reducing the network's control over discovery, custody, or payment choice.

These possibilities do not contradict network effects. They show that protection depends on where the network sits in the payment stack. A firm with strong merchant acceptance may remain the preferred route for retail transactions while losing some economics in settlement. A firm with a valuable business-to-business network may use stablecoins to improve treasury and reconciliation while facing competition in the customer-facing layer. A firm whose network is mostly a tollbooth on a transfer may have less protection than one that manages trust, fraud, and access across several participants.