
Explore AddressSanitizer for Windows in Visual Studio 2019, including its functionality, performance impact, and integration with Azure for enhanced memory vulnerability detection in C++ projects.

Explore the impact of C++11/14 in large-scale production environments, examining useful features, common pitfalls, and lessons learned from years of implementation at a major corporation.

Explore top API security vulnerabilities and practical mitigations. Learn about OWASP's API Security Top 10, current threat landscape, and essential strategies to protect your APIs from common attacks.

Explore the evolution of C++ Standard Library from iterators to ranges, discussing design challenges, practical considerations, and potential future improvements for more efficient and readable code.

Explore JavaScript's quirks and peculiarities, including 'this' behavior, variable scope, and type comparisons. Gain deeper understanding and appreciation for the language's intricacies.

Explore advanced template metaprogramming techniques in C++, focusing on improved compile-time errors, shorter type names, and optimized compilation times. Learn from real-world examples and benchmarks.

Explore Modern C programming paradigms, their benefits, and applications in new languages. Learn API design, error handling, and resource management techniques to improve code quality and system architecture.

Explore neurodiversity in tech teams through an interactive session. Learn about its impact, share ideas, and gain insights to foster understanding and inclusivity in the workplace.

Explore the evolution of digital signatures, from traditional systems to hash-based alternatives, addressing quantum computing threats and introducing a new cryptographic protocol.

Comparative analysis of generic programming features across C++, Rust, Haskell, and Swift, exploring similarities, differences, and practical applications for language enthusiasts.

Explore essential techniques for creating and growing hierarchical reusable software at scale, with insights from John Lakos' new book on large-scale C++ development and software capital.

Explore strategies for redesigning legacy systems, focusing on when to rewrite, essential tools, potential pitfalls, and successful rollout techniques for complex software projects.

Explore new C++20 concurrency features and future proposals, including std::jthread, std::stop_token, std::latch, std::barrier, and std::counting_semaphore. Learn to write efficient concurrent code.

Explore decimal value processing challenges in computing, comparing binary and decimal representations. Learn about alternative solutions for accurate financial calculations.

Explore combining C++20 and Lua for flexible software architecture. Learn SWIG bindings, coroutine integration, and CMake build flow. Gain insights from a real-world commercial deployment example.

Explore C++20's major template updates, including Concepts, CTAD improvements, NTTP enhancements, and templated lambdas. Learn to apply these powerful features in your C++ programming.

Learn techniques for organizing and building multi-platform code, exploring common approaches, build tools, and challenges. Interactive session encourages sharing experiences to improve portability across diverse environments.

Explore a new paradigm for multithreaded programming using tasks and dependencies, eliminating locks and improving composability, determinism, and performance in concurrent software development.

Comprehensive exploration of C++ lambda expressions: their nature, usage, mechanics, and potential pitfalls. Suitable for C++ developers seeking to enhance their understanding of this language feature.

Explore the proposal for adding linear algebra support to C++'s standard library, discussing its importance, requirements, and potential applications in geometry and color manipulation.

Explore Lean-inspired workflows for minimizing work-in-progress in software development, including change size notifications, auto-revert, TDD, and TCR, demonstrated through live coding of FizzBuzzWoof kata in Kotlin.