Smart Contract Security Assessment Tool
An automated security assessment tool designed to evaluate vulnerabilities and compliance in chaincode and smart contracts.
Project Overview
A proprietary security auditor developed by AnekantLabs. It static-analyzes smart contracts and Go/TypeScript chaincode, mapping out potential vulnerabilities, memory leaks, state database injection risks, and non-deterministic execution traps before deployment.
The Challenge
Smart contracts are immutable; once deployed, a single vulnerability can compromise millions in assets or compromise confidential business state data. Unlike public contracts, permissioned chaincodes suffer from unique risks (e.g., non-deterministic queries in CouchDB or thread-safety issues in Go variables).
The Solution
AnekantLabs built a static analyzer. It parses the AST (Abstract Syntax Tree) of Go and TypeScript chaincode, scanning against a database of known vulnerabilities (e.g., read-write set mismatches, non-deterministic random calls, and unhandled map mutations) and provides remediation recommendations.
System Architecture
Execution Architecture
Python static analysis engine, Dockerized runtime environment, and a clean web-based reporting dashboard.
Key Case Details
Technologies Used
Measured Outcomes
- Discovered and corrected 15+ critical security flaws across production projects prior to launch.
- Provides automated PDF report generation detailing vulnerability severity levels.
- Includes a CI/CD plugin to block builds containing unsafe ledger query operations.
- Saves developers hours of manual code auditing.
Interested in a similar implementation?
Our team can help design and audit your blockchain system or full-stack software application to ensure production-level safety.