
Practical steps to defend applications against common attacks, covering authentication, injection, updates, sensitive data, and configuration. Learn to mitigate key security risks in containerized environments.

Simplify integration testing with Docker & Compose. Learn to set up clean environments quickly, run tests efficiently, and manage dependencies for improved code quality and developer productivity.

Explore refactoring beyond automated tools: its history, challenges, and role in design. Learn to effectively use refactoring techniques for improved code quality and architecture.

Explore techniques for transforming existing code into a more cohesive, domain-driven design through refactoring, pattern recognition, and strategic application of DDD principles.

AFL++: A community-driven fuzzing tool combining state-of-the-art research, offering novel features like Custom Mutator API. Enhances fuzzing process, enables quick testing of new techniques, and evaluates effectiveness individually and in combination.

Explore open source security challenges, variant analysis techniques, and real-world case studies. Learn about vulnerabilities in popular software and gain insights from industry expert Fermin J. Serna.

Explore resilient microservices design using Service-Level Fault Injection Testing. Learn about Filibuster, a tool that verifies application behavior under failure, combining static analysis and test synthesis for robust systems.

Discover common Angular code smells and learn techniques to refactor monolithic components, leverage observables, and adopt reactive programming for cleaner, more efficient code.

Discover tools to identify and prioritize unmaintainable code, improve code quality, and tackle technical debt effectively in your Ruby projects.

Automatically generate up-to-date architecture docs and diagrams from code, improving developer productivity and code quality through better understanding.

Explore advanced static typing in Python, covering generics, overloads, protocols, and custom mypy plugins. Learn to leverage the type system for better code architecture and design.

Explore continuous integration for projects of all sizes, learning about tools, implementation strategies, and how to make it work effectively for your development process.

Explore efficiency vs. effectiveness in software development, challenging traditional practices and introducing "impractical" techniques for improved project outcomes and quality.

Discover indicators of code flaws in PHP projects, learn to recognize and prevent common code smells and anti-patterns for improved maintainability and design.

Discover strategies for efficient, conflict-free code reviews. Learn psychological insights, statistical approaches, and team etiquette to streamline the process and focus on delivering value.

Discover tools and techniques to assess, benchmark, and enhance PHP code quality, leading to improved software, happier customers, and professional growth for developers.

Explore common pitfalls in TDD, reasons for ineffective test suites, and strategies to improve testing practices for better code quality and productivity.

Discover techniques to improve Bash scripting quality, overcome common pitfalls, and leverage tools for robust shell scripts in Unix environments.

Explore coding architecture rules as tests with ArchUnit. Learn to enforce naming conventions, structure, and best practices automatically in Java projects.

Explore common pitfalls and best practices in functional Java programming to enhance code quality, readability, and efficiency in your projects.

Explore pragmatic software architecture evolution, balancing simplicity and design goals. Learn just-in-time design, continuous refactoring, and how to adapt architecture to present needs while maintaining developer happiness.