
Explore low-level C# programming techniques without using unsafe code. Learn how to translate C to modern C#, handle memory allocation, and work with complex data structures safely and efficiently.

Live demonstration of editing Discourse-based and Sphinx-based documentation, covering recent updates, planning discussions, and practical tips for technical authors and contributors.

Explore functional programming with Haskell to create robust, maintainable software. Learn key concepts like referential transparency and purity to enhance code reliability and correctness.

Explore Java's evolution from version 9 to 19, learning modern features for building efficient enterprise applications with improved design capabilities and enhanced security.

Explore the surprising benefits of combining Rust and Zig in programming projects, focusing on memory safety, simplicity, and practical applications in language development.

Exploring topological data analysis for pattern quantification, model comparison, and feature design in zebrafish skin patterns and other complex systems.

Explore printer vulnerabilities and exploit chains for Canon and Lexmark models. Learn about firmware analysis, debugging closed systems, and network security implications of office printers.

Explore vulnerabilities in AI models and open-source code, including a live demo of potential exploits. Learn about software supply chain security and strategies to protect against malicious attacks.

Future-proof Keycloak projects with 'configuration as code'. Learn to use Keycloak Java Admin Client for improved security, reduced errors, and streamlined IAM management. Explore best practices and real-world examples.

Learn to build high-quality, testable applications using Micronaut and Testcontainers in IntelliJ IDEA. Graeme Rocher demonstrates efficient development techniques and improved integration testing experiences.

Explore key frameworks for assessing software vulnerabilities, including VEX, EPSS, CVSS, and SBOMs. Learn to enhance security through automated policy and GitOps practices.

Detailed analysis of Kafka performance optimization, exploring file system impact on latency. Covers Kafka internals, tracing, journaled file systems, and the switch from ext4 to XFS for 80% speed improvement.

Explore IntelliJ IDEA's performance enhancements, including improvements in completion, highlighting, startup, and indexing, to better handle growing projects and larger codebases.

Explore REST, gRPC, SignalR, and GraphQL for .NET APIs. Learn core concepts, implementation, and decision-making strategies to choose the right technology for your project.

Explore WebAssembly's potential for accelerating ML/AI workloads on diverse hardware outside browsers, enabling transparent performance boosts without code changes.

Explore open source licensing, recent disruptions, and implications for developers. Learn about various licenses, their applications, and impacts on both contributors and consumers of open source software.

Explore YAML's complexities and discover YAMLScript, a powerful new loader addressing common YAML issues while offering advanced programming capabilities and improved consistency across languages.

Explore strategies for successful cloud native development using open source tools, focusing on Kubernetes and its ecosystem for managing containerized applications across diverse environments.

Explore testing automation systems for embedded environments, comparing strengths and use cases to enhance reliability and efficiency in development processes.

Explore safety engineering limitations in software development through practical examples and the "Cinderblock Problem," gaining insights for critical systems design.

Explore WebAssembly+Rust's role in developing efficient, secure, and portable AI agents for open-source LLMs, enhancing cross-platform compatibility and optimizing resource usage.