zkSync Era hits $1B TVL, thanks to native account abstraction. This Ethereum scaling solution now lets users customize accounts and pay fees in any token. Discover how it's changing the game!

In a significant development for Ethereum scaling solutions, zkSync Era has surpassed $1 billion in total value locked (TVL), marking a pivotal moment for zero-knowledge rollups. This achievement, announced on November 15, 2025, is largely attributed to the integration of native account abstraction, a feature that has rapidly increased user adoption and developer interest.
Native account abstraction in zkSync Era is implemented through the use of ERC-4337 standards, allowing for more flexible and secure account management. Unlike traditional Ethereum accounts, which are controlled by a single private key, account abstraction enables accounts to be controlled by smart contracts. This means that users can customize their account behavior, such as setting up multi-signature requirements or integrating with other protocols seamlessly.
The architecture involves a few key components:
The implementation of account abstraction in zkSync Era involves modifying the network's consensus layer to support these new account types. This required significant updates to the zkSync protocol's codebase, particularly in the areas of transaction processing and state management.
Since the introduction of native account abstraction, zkSync Era has seen a surge in user activity and TVL. According to L2Beat, the TVL on zkSync Era grew from $800 million to $1.1 billion in just three months following the feature's launch. Transaction volume also increased by 50%, with daily transactions averaging around 200,000.
Gas fees on zkSync Era remain competitive, averaging at 0.001 ETH per transaction, significantly lower than Ethereum's mainnet fees, which hover around 0.02 ETH. This cost efficiency is a major factor in the network's growing adoption, as users and developers seek cheaper alternatives for deploying and interacting with decentralized applications (dApps).
For developers, the introduction of native account abstraction opens up new possibilities for building more sophisticated and user-friendly dApps. The ability to customize account behavior means developers can create more secure and flexible applications, such as wallets that support multiple signature schemes or social recovery mechanisms.
Users benefit from enhanced security and usability. With account abstraction, they can set up accounts that require multiple signatures for transactions, reducing the risk of unauthorized access. Additionally, the ability to pay fees in various tokens simplifies the user experience, especially for those who prefer to hold assets other than ETH.
The competitive landscape is also shifting. zkSync Era's success with account abstraction puts pressure on other Layer 2 solutions to adopt similar features or risk losing market share. Networks like Polygon and Arbitrum are closely watching these developments and may need to enhance their own offerings to stay competitive.
The integration of native account abstraction in zkSync Era is a testament to the ongoing evolution of Ethereum's scaling solutions. As more users and developers flock to zkSync Era, it will be crucial to monitor how the network handles increased load and maintains its performance.
Experts in the field, such as Vitalik Buterin, have praised the move towards account abstraction as a step forward for Ethereum's usability. However, they also caution that the complexity of these systems could introduce new security risks, which will need to be carefully managed.
Looking ahead, the next milestones to watch for zkSync Era include further optimizations of the account abstraction system, potential integration with other Ethereum scaling solutions, and the expansion of its ecosystem of dApps and services.

Elena covers privacy-preserving technologies, zero-knowledge proofs, and cryptographic innovations. With a background in applied cryptography, she has contributed to circom and snarkjs, making complex ZK concepts accessible to developers building privacy-focused applications.