Compare the Top Layer 2 Protocols that integrate with Rootstock as of November 2025

This a list of Layer 2 Protocols that integrate with Rootstock. Use the filters on the left to add additional filters for products that have integrations with Rootstock. View the products that work with Rootstock in the table below.

What are Layer 2 Protocols for Rootstock?

Layer 2 protocols are blockchain protocols that are built on top of an existing blockchain network. A layer 2 protocol is designed to improve the scaling problems and transaction speeds and fees that layer 1 blockchain networks and protocols face. Decentralized applications can be built on Layer 2 protocols, and layer 2 protocols interact with layer 1 protocols in order to improve efficiency and overall user experience. Compare and read user reviews of the best Layer 2 Protocols for Rootstock currently available using the table below. This list is updated regularly.

  • 1
    Base

    Base

    Coinbase

    Base is a secure, low-cost, developer-friendly Ethereum L2 built to bring the next billion users to web3. Base is built with the security and scalability you need to power your dapps. It leverages the underlying security of Ethereum and lets you confidently onramp into Base from Coinbase, Ethereum L1, and other interoperable chains. Get the EVM environment at a fraction of the cost. Get early access to Ethereum features like Account Abstraction (ERC4337), simple developer APIs for gasless transactions, and smart contract wallets. Base is built on Optimism’s open-source OP Stack. Base is the easy way for decentralized apps to leverage Coinbase’s products and distribution. Seamless Coinbase integrations, easy fiat onramps, and access to the Coinbase ecosystem, which has 110M verified users and $80B assets on platform.
    Starting Price: Free
  • 2
    Arbitrum

    Arbitrum

    Offchain Labs

    Next generation layer 2 for Ethereum dApps. Use your favorite tools and scale your dApp at the lowest cost. An aggregator plays the same role that a node plays in Ethereum. Client software can do remote procedure calls (RPCs) to an aggregator, using the standard API, to interact with an Arbitrum chain. The aggregator will then make calls to the EthBridge and produce transaction results to the client, just as an Ethereum node would. Most clients will use an aggregator to submit their transactions to an Arbitrum chain, although this is not required. There is no limit on how many aggregators can exist, nor on who can be an aggregator. To improve efficiency, aggregators will usually package together multiple client transactions into a single message to be submitted to the Arbitrum chain. Arbitrum also supports a privileged Sequencer that can order transactions and give low latency transaction receipts.
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