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We are eager to discuss and to receive contributions from anyone who is aware of common or uncommon pitfalls to avoid, or good coding practices and tools that can help building more robust software with the Rust language.
Features common vulnerabilities found in real-world applications, making it an ideal platform for security professionals, developers, and enthusiasts to learn pentesting and secure coding practices.
The project emphasizes secure design with input validation and safe file handling. A report details how to compile, run, and test the program, with screenshots showing achieved security standards. This work highlights...
Rust code examples maintained for teaching secure programming. - CSCI 8245 @ UGA
By utilizing these primitives, Rust programs can manage shared resources among multiple threads safely and efficiently, adhering to Rust's goals of enabling fearless concurrency and memory safety.
Contribute to michaelTurco/CS-405-Secure-Coding development by creating an account on GitHub.
Secure Coding for Aptos Core These Rust Secure Coding Guidelines are essential for anyone contributing to Aptos, reflecting our security-first approach.
This project simulates a basic login GUI with intentional security flaws for learning and review. The goal is to identify issues and recommend secure coding practices.
Aptos is a layer 1 blockchain built to support the widespread use of blockchain through better technology and user experience. - gravity-aptos/RUST_SECURE_CODING.md at main · FinnTew/gravity-aptos
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