What specific vulnerabilities does it detect?

It focuses on three critical areas: integer-as-boolean misuse, fake Jetton contract identification, and gas check verification for forward TON messages.

What is the TON Vulnerability Scanner skill?

It is a specialized security tool for Claude Code that identifies critical vulnerabilities in smart contracts written for The Open Network (TON).

Is this tool suitable for official security audits?

While it provides expert-level analysis based on Trail of Bits patterns, it should be used as a supplementary tool during development and does not replace a comprehensive manual audit.

Which programming languages does this skill support?

The scanner is specifically designed to analyze smart contracts written in FunC, the primary programming language for TON development.

Who created the TON Vulnerability Scanner?

The core security logic and patterns were developed by Trail of Bits, a leading firm in blockchain and software security.

TON Smart Contract Vulnerability Scanner

Name: TON Smart Contract Vulnerability Scanner
Author: plurigrid

byplurigrid

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Security & Testing

Audits TON blockchain smart contracts written in FunC to identify critical security vulnerabilities and logic errors.

About

The TON Vulnerability Scanner is a specialized security auditing tool developed by Trail of Bits for The Open Network (TON) ecosystem. It provides Claude with the specific domain knowledge required to analyze FunC smart contracts for three high-impact security risks: integer-as-boolean misuse, fake Jetton contract exploits, and missing gas checks for forward TON transactions. This skill is essential for blockchain developers and security researchers who need to verify the integrity and safety of decentralized applications before they are deployed to the TON mainnet.

Key Features

Verification of gas checks for forward TON transfers
Deep analysis of FunC programming language patterns
2 GitHub stars
Automated detection of integer-as-boolean logic errors
Integration with Trail of Bits security best practices
Identification of fake Jetton contract vulnerabilities

Use Cases

Security auditing of FunC smart contracts during development
Identifying common pitfalls in TON blockchain applications
Pre-deployment code reviews for Jetton and DeFi protocols

About

Key Features

Verification of gas checks for forward TON transfers
Deep analysis of FunC programming language patterns
2 GitHub stars
Automated detection of integer-as-boolean logic errors
Integration with Trail of Bits security best practices
Identification of fake Jetton contract vulnerabilities

Use Cases

Security auditing of FunC smart contracts during development
Identifying common pitfalls in TON blockchain applications
Pre-deployment code reviews for Jetton and DeFi protocols