trident vs wake
Solana and Solidity smart contract testing compared
trident and wake both help developers test and fuzz smart contracts, but target different ecosystems. trident focuses on stateful transaction sequences for Solana programs, while wake combines Solidity testing and fuzzing with static analysis and development tools in a Python workflow.
trident: Fuzz Solana Programs with Anza's SVM
Trident is a manually guided Rust fuzzing framework for Solana programs, built around Anza’s Solana SVM API through TridentSVM. It helps teams exercise stateful instruction flows and find edge cases that ordinary unit tests may miss.
wake: Test and Fuzz Solidity Smart Contracts
Wake is a Python-based framework for testing and fuzzing Solidity contracts, with static-analysis detectors and IDE support. It suits Ethereum developers and security teams that want contract testing and vulnerability checks in a Python workflow.
| trident | wake | |
|---|---|---|
| Language | Rust | Python |
| License | MIT | ISC |
| Stars | 407 | 376 |
| Forks | 58 | 60 |
| Last analyzed | Oct 15, 2026 | Oct 14, 2026 |
Key differences
- trident targets Rust-based Solana programs; wake targets Solidity contracts for Ethereum.
- trident emphasizes guided fuzzing of multi-instruction transaction flows and account-state changes; wake offers pytest-based tests, guided and property-based fuzzing, generated inputs, and invariants.
- trident is written in Rust and is licensed under MIT; wake is written in Python and is licensed under ISC.
- wake includes static-analysis detectors, code printers, a Solidity language server, and deployment and mainnet interaction tools; trident focuses on fuzz testing and account-state comparisons.
- trident runs through TridentSVM using Anza's Solana SVM API; wake can connect tests to Anvil, Hardhat, or Ganache.
- wake is marked quiet, with no commits in the measured recent period and most contributions from one person; trident is not marked archived.
Choose trident if you…
- need to fuzz Rust-based Solana programs.
- want to test guided, stateful transaction sequences and account changes.
- plan to compare account state or fuzzing results across program versions.
Choose wake if you…
- need to test or fuzz Solidity contracts in a Python and pytest workflow.
- want built-in vulnerability detectors, code printers, or Solidity editor support.
- plan to connect tests to Anvil, Hardhat, or Ganache, or add detector runs to CI.
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This comparison is generated with AI from the OSRepos analyses of both projects. Always check each project's repository and documentation before choosing.