Avail Launches Stack to Revolutionize Blockchain Scalability and Interoperability

Avail, a modular blockchain infrastructure company, has introduced its complete Avail Stack, a comprehensive solution aimed at addressing key challenges in blockchain scalability, interoperability, and liquidity. Backed by prominent venture firms, Avail is poised to revolutionize the industry by providing a unified, scalable, and decentralized solution to these bottlenecks.

The Avail Stack integrates essential infrastructure elements such as Avail DA, Nexus, and Fusion. These components enable seamless operation across multiple chains without compromising user experience or decentralization. The stack features advanced technologies like Turbo DA, Enigma upgrades, Light Clients, and 10GB Infinity Blocks, making it a robust platform for both blockchain-native startups and traditional companies transitioning to Web3. Avail's vision is to simplify network communication and asset exchange, delivering a frictionless, unified in-app experience for end users. By abstracting the complexity of multichain systems, Avail aims to make Web3 more accessible, usable, and scalable.

At the heart of Avail’s infrastructure is Nexus, a decentralized cross-chain layer that connects multiple blockchain ecosystems while allowing users to remain within their current application. Nexus eliminates the need for complex network switching or bridging, streamlining the process to just a few background approvals. This shared infrastructure approach means that when one chain in the Avail ecosystem deploys a protocol like Uniswap or Aave, all other connected chains can access it without redeployment. For developers, Nexus enables the creation of multichain applications that coordinate logic and state across diverse environments, including EVM, ZK rollups, Optimistic rollups, and sovereign chains, without duplicating contracts.

Prabal Banerjee, co-founder of Avail, emphasized the company's mission: “With Avail, we were clear that developers no longer rebuild core infrastructure per chain. We wanted to give one integration that connects logic, assets, and users across all ecosystems. This is the foundation of Avail’s horizontal scalability vision: modular infrastructure, interoperable chains, and unified UX.”

Avail’s architecture addresses long-standing issues in the blockchain world, such as siloed ecosystems, unreliable bridges, and repeated development efforts for every chain. By allowing chains to “borrow” infrastructure, Avail accelerates deployment and adoption. The company is crafting a vision where developers do not have to rebuild smart contracts or protocols for every new chain, offering native compatibility across Ethereum Virtual Machine (EVM), ZK-rollups, optimistic rollups, and sovereign chains, making integration plug-and-play.

Avail’s vision for a connected, scalable blockchain ecosystem is gaining traction. Several leading projects have begun building on or integrating with Avail’s infrastructure, reflecting real-world confidence in its capabilities. Lens Protocol, for instance, has onboarded over 650,000 users and built its dedicated Lens Chain using Avail’s data availability layer. Sophon, a zk-validium network, successfully raised funds through a node sale supported by Avail’s Light Clients, demonstrating the robustness of Avail’s tooling for advanced cryptographic systems. Space & Time, a project working closely with tech giants, is anchoring its zero-knowledge query proofs through Avail to ensure integrity and verifiability. More than 50 projects are actively building on the Avail Stack, underscoring its growing role as a foundational layer for the next generation of interoperable blockchain applications.

Avail offers a powerful modular infrastructure stack that connects and scales blockchain networks. It delivers cross-chain messaging, high-performance data availability, and decentralized security. By enabling applications and assets to move freely across chains, Avail is helping build the next generation of scalable and interoperable Web3 systems.