NEAR Protocol is advancing NEAR Intents as a shared liquidity and execution layer designed to connect multiple blockchains, assets, and applications. The platform's latest expansion reflects a broader trend in crypto infrastructure: users increasingly expect cross-chain transactions to be handled seamlessly in the background rather than requiring manual navigation across bridges, wallets, and network-specific liquidity pools. Intent-based architecture has gained traction across the decentralized finance sector as protocols seek to let users specify desired outcomes while delegating execution complexity to automated systems—a shift away from the traditional model where users must manage every step of a transaction path.

Connecting 31 Chains Through a Single Layer

NEAR Intents enables users to interact with assets across different networks without individually managing each blockchain. According to NEAR Protocol, its chain-abstraction system currently supports 31 chains and more than 100 assets, with settlement typically completed in approximately 30 seconds.

The model redefines the role of the application interface. Rather than selecting a bridge, switching networks, and arranging destination-chain gas tokens, users can specify their desired outcome while the underlying infrastructure automatically determines the optimal route. This approach addresses a longstanding pain point in crypto UX, where the proliferation of independent blockchains has forced users to navigate incompatible networks, maintain multiple wallets, and manage native gas tokens for each chain.

The protocol describes Intents as connecting "any chain, any asset, and any agent," underscoring its broader focus on programmable cross-chain transactions.

Addressing Fragmented Crypto Liquidity

Liquidity fragmentation remains a structural challenge in a multi-chain market. Assets are distributed across several networks, while users and applications remain divided by disparate wallets, bridges, and execution environments. NEAR Intents aims to reduce this friction by allowing solvers to compete to execute transactions across supported networks. The fragmentation problem has grown more acute as the number of operational blockchains has expanded, splitting total value and trading activity across increasingly isolated pools and raising the cost of efficient capital deployment.

This architecture benefits both users and developers. A wallet or application that integrates the protocol can offer access to assets on other chains without individually constructing every cross-chain route. The protocol states that a single chain integration can grant an ecosystem access to the wider network, while developers can incorporate the functionality through its widget or API.

Solver-Based Routing for Cross-Chain Transactions

The system relies on competitive solvers rather than requiring users to manually determine how transactions should move between networks. When a user submits an intent, competing solvers provide quotes, and the best available route is selected before settlement. This design decouples the user's desired outcome from the technical steps needed to achieve it. The competitive solver model echoes mechanisms adopted by intent-based DeFi protocols, where off-chain quote competition is used to improve pricing and execution for end users.

Such an architecture could become increasingly significant as wallets, DeFi applications, and AI agents handle more transactions autonomously. The protocol says Intents can support swaps, bridging, and agent-driven settlement while keeping users in control of their wallets. Its current infrastructure page reports more than $24 billion in cumulative volume across 34 chains, indicating that the model has already progressed beyond a purely experimental stage.

Security and Adoption Challenges Ahead

The opportunity is accompanied by notable risks. Solver-based infrastructure introduces dependencies related to liquidity availability, pricing, and execution, meaning that a unified interface does not eliminate the underlying risks inherent in cross-chain markets. Cross-chain bridges and interoperability protocols have historically been frequent targets of exploits, making security a central concern for any system that aggregates value movement across networks.

Research published in 2026 has also examined liquidity-exhaustion attacks against intent-based cross-chain systems, highlighting potential vulnerabilities when solver liquidity becomes constrained.

For the protocol, the next test is whether more applications and users adopt the infrastructure at scale. Additional integrations could route more activity through the same execution layer, strengthening network effects, but adoption will ultimately depend on execution quality, security, and competitive pricing.

The key development to watch, therefore, is not simply the number of supported chains but whether NEAR Intents can consistently consolidate fragmented liquidity into a practical user experience.