DIN Launches Its Autonomous Verifiable Service on EigenLayer

DIN (Decentralized Infrastructure Network) has officially launched its Autonomous Verifiable Service (AVS) on the EigenLayer mainnet. With this launch, DIN becomes the first large-scale decentralized RPC and API marketplace secured by Ethereum restaking. 

Everstake supports this move as a partner node operator.

From Infrastructure Layer to Agentic Economy

Since its inception, DIN has focused on decentralizing RPC access across blockchain ecosystems. The new AVS launch represents the next phase in that journey: transforming DIN from a foundational infrastructure provider into a Web3 Agentic Marketplace where verifiable AI, autonomous agents, and trustless computation are powered by restaked infrastructure.

By leveraging EigenLayer’s restaking framework, DIN introduces cryptoeconomic accountability, which serves as the foundation for both technical reliability and trustless collaboration among agents and users.

What the AVS Launch Delivers

The DIN AVS Restaking Launch introduces a new model for decentralized infrastructure. By connecting Ethereum restakers with RPC and API demand across more than 30 networks, DIN transforms staked ETH into a powerful resource that secures blockchain access services.

Initially, the AVS focuses on decentralized RPC provisioning, providing verifiable uptime and performance metrics. Over time, the system will onboard new operators and integrate slashing-backed accountability, ensuring that service providers are economically incentivized to maintain reliability and performance.

This approach establishes the foundation for a verifiable service layer, where uptime, responsiveness, and integrity can be cryptographically proven and enforced through restaking-based slashing mechanisms.

Why It Matters

The DIN AVS marks the first implementation of an RPC marketplace secured by restaked ETH, bridging blockchain infrastructure with the expanding EigenLayer ecosystem. By integrating restaking economics, DIN brings a new level of assurance to decentralized services: operators are not only rewarded for reliability but penalized for failure.

This model addresses one of the long-standing challenges in decentralized computing: verifiable accountability, and transforms infrastructure provision into an economically transparent and provably secure process.

In practical terms, it allows networks, developers, and applications to rely on RPC and API endpoints that are both decentralized and economically verified. The result is a service layer that enables users to interact with blockchains through trustworthy endpoints, while operators benefit from predictable, on-chain revenue streams tied to performance and uptime.

Whom It’s For

The AVS launch opens participation for AVS Operators, restakers, and blockchain networks seeking decentralized, verifiable access infrastructure.

• AVS Operators can join DIN’s ecosystem to provide decentralized RPC and API services across multiple chains.
• Restakers can allocate staked ETH to secure DIN’s AVS and receive rewards based on RPC marketplace activity.
• Networks and developers can gain access to decentralized, verifiable RPC endpoints and thus enhance reliability without relying on centralized infrastructure providers.

Over the coming weeks, DIN will onboard infrastructure operators into the EigenLayer-secured RPC marketplace, gradually expanding coverage and performance verification across more than 30 supported networks.

A Step Toward Verifiable Agentic Systems

Beyond RPC, DIN’s long-term roadmap envisions a Web3 Agentic Marketplace, where restaked infrastructure underpins a new class of autonomous, economically aligned AI and compute agents. Each participant is verifiably accountable through on-chain metrics and slashing-backed guarantees.

Conclusion

With the launch of its Autonomous Verifiable Service on EigenLayer’s mainnet, DIN became a pioneer in decentralized, verifiable infrastructure. 

For operators, restakers, and networks alike, DIN’s AVS is a forward-looking opportunity to participate in the emergence of verifiable compute, where uptime, performance, and trust converge under the same decentralized framework.

***

***

All metrics displayed on the website, including without limitations value of staked assets, total number of active users, rewards rates, and networks supported, are historical figures and may not represent the actual real-time data.