NEAR Intents Hits $20B Volume as Bridge Hacks Top $2.8B

Published by James Harris on July 1, 2026July 1, 2026

A forged authorization message drained roughly $292 million from a cross-chain bridge in April 2026. No novel exploit, no sophisticated cryptography: the attacker simply convinced the protocol that a transfer was legitimate, and the protocol paid out.

That incident fits a pattern that has now cost the industry over $2.8 billion across bridge hacks, close to 40% of all value ever stolen in Web3. The average bridge exploit runs about eleven times larger than the average non-bridge hack, and the detail that should give any builder pause is this: Wormhole, Ronin, and others that lost hundreds of millions had all been audited before the breach. Audits catch known weakness classes; they do not catch the attacker who finds the one authorization check that behaves differently under a forged input. The structural problem is that the bridge selection step, the moment a user picks a route and approves a contract, is handed to the person least equipped to evaluate it, while being the single most dangerous decision in the transaction stack.

Intent-based execution removes that decision from the user entirely. Instead of specifying a route, a user declares an outcome: what they hold, what they want. A network of solvers competes to deliver it, selects the path, and settles across chains. The user never touches a bridge selector.

NEAR Intents crossed $20 billion in cumulative volume in early June 2026 after more than 25 million swaps, reaching $5 billion late last year, doubling to $10 billion by January, and doubling again within five months. The growth curve is the relevant signal, not the absolute number. SimpleSwap, a self-custodial aggregator operating since 2018 with more than 10 million users and no custody of user balances, integrated NEAR Intents as a routing infrastructure change, not a marketing announcement. Stefan Lauer, SimpleSwap’s Head of Infrastructure, described the fit in terms of API architecture and outcome-driven execution, the kind of language that signals an engineering decision rather than a partnership press release.

The competition is real: Solana and Ethereum are both developing chain-abstraction layers, and the window for any single protocol to define the model is narrowing. Intent-based settlement also does not eliminate cross-chain risk; abstraction layers inherit the weaknesses of the networks beneath them. What the SimpleSwap integration actually represents is a data point with unusual weight: when an eight-year-old self-custody venue with a demonstrated user base treats manual bridge selection as legacy behavior, the argument shifts from theoretical to operational. Volume and retention will determine whether that shift holds.