Etherlink—the Ethereum Virtual Machine (EVM)-compatible Layer 2 solution built on Tezos Smart Rollups—has now integrated with Dune Analytics, the on-chain data analysis platform. This launch opens up comprehensive querying and visualization capabilities for Etherlink’s ecosystem, allowing developers, analysts, researchers, and institutions to dive deeper and a lot more meaningfully into its transaction data, DeFi activities, and cross-chain flows.
Etherlink stands out as a non-custodial Layer 2 network that leverages Tezos’ innovative Smart Rollup technology to deliver a fully EVM-compatible environment.
This setup enables developers to deploy and run Ethereum-based smart contracts using familiar tools like Solidity, MetaMask, and other standard Ethereum frameworks, while benefiting from Tezos’ underlying security and efficiency.
Unlike many conventional rollups that rely on external smart contracts for validation, Etherlink employs an enshrined optimistic rollup model.
Its core logic, including fraud proofs and refutation games, is directly integrated into the Tezos Layer 1 protocol, enhancing security through the main chain’s liquid proof-of-stake consensus mechanism.
This architecture provides several advantages including fast transaction finality inherited from Tezos’ two-block confirmation process, high throughput with low (often nearly negligible) fees paid in XTZ, and strong decentralization.
Users and builders enjoy seamless asset transfers between Tezos Layer 1, Etherlink, and other EVM chains via secure bridges, including those powered by protocols like LayerZero for cross-EVM connectivity.
The result is a fast, fair, and cost-effective platform designed for scalable decentralized applications, from DeFi protocols to tokenized real-world assets.
With the Dune integration, the network’s on-chain activity becomes fully indexed and accessible through Dune’s powerful SQL-based interface.
Analysts can now explore key metrics such as overall transaction volumes, gas usage in XTZ, sequencer performance, and block production efficiency.
DeFi-specific insights—including trading volumes on decentralized exchanges, lending and borrowing activities, and liquidity pool dynamics—are readily available.
Bridge flows reveal patterns in asset migrations between ecosystems, while stablecoin transfers and tokenized asset movements offer visibility into adoption trends.
This development is significant as Etherlink represents one of the early examples of enshrined optimistic rollups.
By making its data transparent and queryable alongside major networks on Dune, the integration promotes greater accountability and informed decision-making within the community.
Developers can benchmark performance, track user engagement, and identify emerging opportunities, while institutions gain reliable data for research and compliance purposes.
The move aligns with broader industry trends toward enhanced interoperability and data accessibility in multi-chain environments.
As Etherlink continues to grow its ecosystem of dApps and integrations, tools like Dune will play a crucial role in fostering innovation and trust.
For those interested in exploring the network, resources are available on the official Etherlink documentation and explorer, with bridges facilitating easy entry from Tezos or other EVM networks.
Etherlink’s availability on Dune marks an key milestone, bridging Tezos technology with the EVM ecosystem and enabling the community with meaningful analytics to enable the next phase of blockchain development.