This repository contains the code and instructions for benchmarking ZK-Rollups, as described in the paper "Analyzing and Benchmarking ZK-Rollups" by Stefanos Chaliasos, Itamar Reif, Adria Torralba-Agell, Jens Ernstberger, Akis Kattis, and Benjamin Livshits. This paper will be published at AFT'24.
This repository includes a main script, runner.py, designed to execute a variety of benchmarks for evaluating ZK-Rollups performance. The benchmarks covered are:
- Transfers
- ERC20 Transfers
- Smart Contract Deployment
- SHA256 Hash Computations
- Precompiled SHA256 Hash Computations
- Maximum ETH Transfers
Each benchmark can be run with different input sizes, such as 1 transfer, 10 transfers, etc. For certain benchmarks like transfers, we offer the flexibility to perform all transactions using the same set of addresses or using a different set of addresses for each transaction.
- Generate Address Key Pairs: We provide the
gen_wallets.pyscript to generate address-key pairs needed for the benchmarks. - Post-Processing Results: Various scripts are available to help you post-process and analyze the benchmark results effectively.
To get started with the benchmarks, follow the instructions provided in ERA-INSTRUCTIONS.md and POLYGON-INSTRUCTIONS.md for benchmarking zkSync Era and Polygon's zkEVM respectively.
For detailed instructions on how to benchmark zkSync Era, please refer to ERA-INSTRUCTIONS.md.
For detailed instructions on how to benchmark Polygon zkEVM, please refer to POLYGON-INSTRUCTIONS.md.
Contributions are welcome! Please submit a pull request if you want to contribute.