Welcome to the Auditing-Smart-Contracts repository. This project is dedicated to ensuring the security and reliability of blockchain-based applications by performing comprehensive audits of smart contracts. The primary goal is to identify vulnerabilities, enforce best practices, and enhance trust and transparency in decentralized systems.
- Verification and Security
- Commented Code
- Getting Started
- Scenario
- Features
- Contributing
- License
- Future Updates
- Donations
Each modification to this project undergoes a meticulous verification process and subsequent signing. This stringent approach guarantees the authenticity and integrity of our codebase. In case you encounter any modifications that lack appropriate verification, we strongly advise against cloning or utilizing them, as they might harbor malicious code.
Please take note: Our codebase is meticulously documented with comprehensive comments, aimed at providing a clear understanding of the functionality of individual components.
To explore and interact with our Auditing-Smart-Contracts project, follow these steps:
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Clone this repository to your local machine.
git clone https://github.com/Innovation-Web-3-0-Blockchain/Auditing-Smart-Contracts.git
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Ensure you have
node.jsandnpminstalled in your environment. -
Install the necessary dependencies by running the following command in your terminal:
npm install
In this scenario, a group of developers submitted the VulnerableLenderPool.sol contract to an auditing firm for evaluation. The auditing firm conducted a thorough review and produced a comprehensive report highlighting all the vulnerabilities present in the VulnerableLenderPool.sol contract. Subsequently, the identified vulnerabilities were addressed and patched in an enhanced version of the contract, known as SecureLenderPool.sol. This improved contract is designed to eliminate the security weaknesses and enhance the overall security of the lending pool.
For a clearer understanding of the contents of each contracts, please consult our Auditing Project Documentations.
In-depth analysis of Solidity smart contracts to uncover security vulnerabilities and issues. In this project, we will be covering the 5 most common pitfalls that auditors find in their audits:
- Missing input or precondition checks.
- Phishing vulnerabilities with transactions origin.
- Incorrect calculation of output token amount.
- Timestamp manipulation.
- Block gas limit vulnerabilities.
For a more comprehensive understanding of the vulnerabilities and the possible actions that a malicious actor can take, please refer to our Auditing Project Documentations.
Smart Contract analysis tools are designed to assist developers, auditors, and blockchain enthusiasts in comprehensively examining and evaluating the code and behavior of smart contracts. Here are some key objectives and use cases of such tools:
- Security Assessment
- Extensibility
- Integration
- Comprehensive Reports
- Solidity Compatibility
- Open Source
Please refer to our Auditing Project Documentations for detailed guidance on how to utilize these tools and integrate them into your projects.
Contributions to this project are welcome and encouraged. If you identify any bugs, have feature requests, or would like to improve the project, please open an issue or submit a pull request. We appreciate your interest and contributions.
This project is licensed under the MIT License.
As hackers continue to innovate, we are committed to staying up-to-date with the latest developments in the security landscape. We will continuously improve our methods for auditing smart contracts to ensure the highest level of protection for decentralized systems.
We do not use any form of social media or engage in marketing activities. Our principles are rooted in open source and privacy, and we do not receive compensation for our contributions to GitHub. Furthermore, we do not endorse or have affiliations with any other projects.
While we remain committed to providing valuable resources, any donations are greatly appreciated. Your support will help us offset the time and effort we invest in these projects to facilitate access to accessible information.
We welcome contributions in Bitcoin and Monero, and you can send contributions by scanning one of the addresses in the QR codes at the following link: Donate to Innovation Web 3.0
Thank you for your support and for being part of our community!