Smart Contract Security Audit Solution
Trusted by more than 120+ companies
What is a Smart Contract?
A smart contract—a digital agreement stored on a blockchain network and programmed to execute automatically when predetermined conditions are met. These self-enforcing contracts encode the agreement terms between seller and buyer directly into lines of code. Operating on a decentralized blockchain, smart contracts help several parties achieve collective outcomes promptly and accurately.
Smart contracts are not limited to a single condition. In fact, a single smart contract can include multiple conditions, showcasing their versatility. Furthermore, an application can utilize several smart contracts to support interconnected processes, demonstrating their potential in a variety of scenarios.
Multiple languages, such as Ethereum's Solidity language, are available for programming smart contracts, one of the most popular. Often, these contracts involve multiple independent parties who may not know or trust each other. To solve this, the smart contract defines exactly how users can interact with it, including:
Smart contracts are not limited to a single condition. In fact, a single smart contract can include multiple conditions, showcasing their versatility. Furthermore, an application can utilize several smart contracts to support interconnected processes, demonstrating their potential in a variety of scenarios.
Multiple languages, such as Ethereum's Solidity language, are available for programming smart contracts, one of the most popular. Often, these contracts involve multiple independent parties who may not know or trust each other. To solve this, the smart contract defines exactly how users can interact with it, including:
- • Who can interact with the contract?
- • When interactions can occur.
- • What inputs result in what outputs?
Shield Features
Provide Security
Ensure your smart contract security audit by identifying, evaluating, and fixing vulnerabilities, reducing the risk of bugs and unauthorized access.
Ensure Regulatory Requirements
Guarantee that your smart contracts align with regulatory requirements and implement business logic correctly.
Maintain Integrity
Address coding errors, business logic flaws, and unforeseen issues early on, maintaining the integrity of your smart contract.
Build Reputation and Trust
Benefit from high-quality and transparent audit services, boosting the reputation and trustworthiness of your smart contract
Suggest Security Improvements
Achieve compliance with security standards and coding benchmarks and discover areas for performance or security improvements.
Improve User Experience
A secure and well-functioning smart contract provides a better user experience, encouraging wider adoption and usage of the decentralized application (DApp)
What is Solidity Shield?
Solidity Shield, powered by SecureDApp's cutting-edge AI, is designed to augment the security and reliability of Ethereum-based smart contracts. It uses sophisticated algorithms to detect 150+ vulnerabilities, including issues like reentrancy events and unchecked transfers, providing a comprehensive security assessment for developers
Solidity Shield leverages machine learning to analyze and safeguard smart contracts written in Solidity language. This technology enhances the security of your contracts and fosters greater trust and confidence in the entire blockchain ecosystem.
How Solidity Shield Strengthens Smart Contract Security Audit
Analyzes gas usage to identify optimization opportunities and reduce transaction costs.
Ensures ERC standard compatibility for smooth integration within the Ethereum ecosystem.
Simplifies development workflows with a user-friendly interface and detailed visual reports.
Provides actionable insights with detailed vulnerability reports and recommendations for secure coding practices.
Sends instant notifications about vulnerabilities during coding, enabling real-time issue resolution
Combines automated tools with manual reviews to scan both common and complex vulnerabilities.
Benefits of Choosing Solidity Shield Scanner?
Solidity Shield's AI powered engine stands as a keystone for secure smart contract development adeptly detecting and reporting vulnerabilities to support overall security.
Vulnerability Detection
Scans for over 150+ types of vulnerabilities to ensure robust security.
Improve Code Quality
Pinpoints areas for improvement, boosting overall code quality and reliability.
Rectify Reentrancy
Quickly identifies and rectifies issues such as reentrancy and unchecked transfers, speeding up development.
Direct Uploads
Allows direct upload of contracts from GitHub, contract files, or using the upload files option.
Time Effective
Analyzes heavy smart contract files in less than a minute.
Access to Past Reports
Provides access to all historic smart contract reports from its dashboard.
Automated Reports
Generates automated detailed reports that can be downloaded easily.
SaaS-based Model
Offers a SaaS-based pricing model to suit projects of all sizes.
What is SecureDApps Smart Contract Audit Methodology?
Streamline business processes and increase efficiency with workflow automation features.
Smart Contract Source Code Review
• Review of specifications, sources, and instructions to grasp the full audit scope, intended business behavior, overall architecture, and project goals.
• Conduct a manual line-by-line reading of source code to identify potential vulnerabilities.
• Conduct a manual line-by-line reading of source code to identify potential vulnerabilities.
Test Coverage Analysis (Unit Testing)
Perform test coverage analysis to ensure comprehensive code coverage and determine how much code is exercised during tests.
Static Analysis
Utilize a suite of vulnerability detectors to uncover security concerns in smart contracts at various impact levels.
Symbolically Executed Tests (SMTChecker Testing, Taint Analysis)
Analyze program inputs through symbolic execution to determine the conditions under which each part of the program runs, checking for vulnerabilities using both static and dynamic analysis methods.
Property-based Analysis (Fuzz Tests, Invariant Testing)
• Run the execution low multiple times by generating random sequences of calls to the contract
• Asserts that all the invariants hold true for all scenarios.
• Asserts that all the invariants hold true for all scenarios.
Best Practices Review
Evaluate smart contracts against established industry and academic practices to improve efficiency, effectiveness, clarity, maintainability, security, and control. Provide specific, itemized, and actionable recommendations to enhance the security and resilience of smart contracts.
Client Experiences
Explore a wide range of topics, including innovative business strategies, technological advancements, and best practices.
Frequently Asked Questions
What Kind of smart contracts can be audited by Solidity Shield?
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How long does it typically take to receive an audit report?
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How do I get started with Solidity Shield’s audit services?
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Does Solidity Shield provide guidance for fixing identified vulnerabilities?
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How can Solidity Shield help businesses protect their smart contract investments?
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