Secure Coding and Threat Modeling
Rust's memory safety guarantees eliminate entire classes of vulnerabilities, but security is more than avoiding buffer overflows. This series teaches you how to build applications that resist injection attacks, protect sensitive data, and survive real-world threat scenarios. You'll learn input validation techniques, secrets management patterns, secure-by-default API design, and threat modeling frameworks tailored to Rust applications.
Security isn't an add-on—it's a design principle from day one. This series bridges the gap between Rust's compile-time safety and runtime security decisions: validating untrusted input, hardening network clients, managing credentials, testing for vulnerabilities, and architecting systems with threat actors in mind. Whether you're building web services, CLI tools, or embedded systems, these 10 tutorials provide the patterns and mindset needed to write code that stays secure as threats evolve.
Articles in this series
- Secure Coding Fundamentals: Building Safe Rust Applications
- Input Validation in Rust: Preventing Injection Attacks
- SQL Injection Prevention: Parameterized Queries in Rust
- SSRF Protection in Rust: Securing HTTP Clients
- Secrets Management: Storing API Keys and Credentials Safely
- Secure Defaults: Designing Rust APIs for Safety
- Threat Modeling for Rust Applications: A Practical Guide
- Hardening Rust Web Applications: Security Headers and Middleware
- Secure CLI Applications: Command-Line Input and Access Control
- Security Testing and Vulnerability Scanning in Rust