SolidityScan

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SolidityScan is a cloud-based platform designed to detect security vulnerabilities in Solidity smart contracts efficiently. It supports scanning deployed contracts and code repositories across major blockchain ecosystems such as Ethereum, Binance Smart Chain, Polygon, Avalanche, and more. The tool generates detailed audit reports with actionable remediation advice and provides a security score to help developers assess and improve their contract safety. SolidityScan integrates smoothly into development workflows via APIs, SDKs, and Visual Studio Code extensions, facilitating continuous security monitoring and management. Key Features: - Automated Smart Contract Audits: Rapidly identifies over 130 known vulnerabilities and code anti-patterns to streamline the security review process. - QuickScan and ThreatScan Modes: Offers a fast security check for deployed contracts and an in-depth analysis mode for thorough vulnerability detection. - Multi-Chain Support: Supports scanning on Ethereum, Binance Smart Chain, Polygon, Avalanche, Fantom, XDC, Rootstock, and other blockchain networks. - Comprehensive Security Reports: Generates detailed reports highlighting vulnerabilities, security scores, and recommended fixes for transparency and risk mitigation. - Seamless Integration: Provides APIs, SDKs, and Visual Studio Code extensions to embed security scans into development pipelines and GitHub repositories. - Organization and Collaboration Tools: Enables team management with role assignments and resource sharing without requiring all members to have active plans. Primary Value: SolidityScan addresses the critical need for secure smart contract development by offering an automated, efficient, and comprehensive solution for vulnerability detection and remediation. By integrating seamlessly into existing development workflows and supporting multiple blockchain networks, it empowers developers and organizations to proactively identify and fix security issues, thereby enhancing the overall safety and reliability of decentralized applications.