Bacon-labs

Bacon-labs / tama

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Tama is a developer tool for building formally verified Ethereum smart contracts in Verity

10
0
100% credibility
Found May 06, 2026 at 10 stars -- GitGems finds repos before they trend. Get early access to the next one.
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AI Analysis
Rust
AI Summary

Tama is a unified command-line toolkit for developing Verity smart contracts by building code from specifications, generating proofs, compiling to EVM bytecode, auditing artifacts, and integrating with Foundry.

How It Works

1
👀 Discover Tama

You hear about Tama, a helpful tool that makes smart contracts super safe by checking every detail with math proofs.

2
📥 Get it set up

Run a simple download command, and Tama joins your computer tools instantly.

3
🆕 Start a new project

Create your first smart contract project with a quick setup that gives you ready examples.

4
🔨 Build and prove

Hit build to turn your ideas into working code, check proofs that it behaves exactly as promised, and run tests.

5
🧐 Review and audit

Peek inside to see details like code structure and safety checks, ensuring everything is solid.

✅ Secure contract ready

Your smart contract is fully verified, tested, and ready to launch on the blockchain with total confidence.

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Star Growth

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AI-Generated Review

What is tama?

Tama is a Rust CLI tool for building formally verified Ethereum smart contracts in Verity. It scaffolds projects, runs fast Lean checks, builds proofs to Yul and bytecode, audits manifests, and inspects artifacts like ABIs and selectors—all while staying compatible with Foundry for testing. Think tama helper github for developers: write EVM code, specs, and machine-checked proofs in one toolchain.

Why is it gaining traction?

Unlike ad-hoc verifiers, Tama unifies the pipeline—`tama build` spits out deployers and interfaces ready for Forge, bridging formal specs to runtime bytecode. No toolchain switches: `tama init` sets up Verity with Lean proofs mirroring Solidity tests. Rust delivery ensures reliable installs via `curl | sh` and version pinning.

Who should use this?

Ethereum devs crafting DeFi protocols, bridges, or token contracts needing provable security properties like access control or balance invariants. Foundry users adding formal specs without ditching fuzz tests or CI.

Verdict

At 10 stars and 1.0% credibility, Tama's young but polished—strong docs at tama.tools, full CLI reference, and starter projects like ERC20Lite. Prototype with `tama init` if formal Ethereum contracts fit; audit reliance waits for more battle tests.

(178 words)

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