
Explore strategies to overcome distributed monolith challenges in microservices. Learn about event-driven architectures as an alternative to RPC-based integration for improved team independence and frequent releases.

Practical guidance on building scalable web applications using ASP.NET Core 2.2, covering architecture, technologies, project organization, and design strategies for simplified development and maintenance.

Explore domain modeling in F# through the lens of Dungeons & Dragons rules, learning practical functional programming techniques for complex systems.

Explore DevOps principles for effective collaboration between data scientists and software engineers in machine learning projects, focusing on automated pipelines and best practices.

Explores potential pitfalls of event-driven architectures, including strong coupling, accidental complexity, and architectural issues. Provides heuristics to identify and mitigate these problems in event-driven systems.

Explore techniques and code patterns for high-performance C#, from analysis to optimization. Learn to identify bottlenecks and apply optimization strategies used in database engine development.

Architect's journey through three startup rewrites: scaling challenges, critical decisions, and guiding business growth while balancing multiple responsibilities.

Explore pragmatic approaches to Domain-Driven Design, balancing quick benefits with deeper understanding for evolving software practices and achieving DDD's full potential.

Explore Reactive software development for high-performance, scalable solutions. Learn to model business-driven systems with Domain-Driven Design, addressing distribution, concurrency, and latency challenges.

Explore real-world applications of drones and AI, understanding core use cases, getting started with the technology, and avoiding pitfalls in building innovative solutions.

Explore domain modeling in F# through the lens of Dungeons & Dragons rules, learning functional programming concepts and practical tips for taming complex systems.

Learn to handle network interruptions and transient errors in connected applications using Polly, an open-source library that implements retry policies and circuit breaker patterns for robust system recovery.

Explore a developer-friendly approach to software security by decomposing vulnerabilities into familiar security controls, shifting focus from compliance to proactive implementation throughout the development cycle.

Explore how Domain-Driven Design concepts can guide microservices implementation, avoiding distributed monoliths and achieving autonomous, cohesive, and loosely coupled services.

Explore software architecture patterns, processes, and the evolving role of systems architects in modern development. Gain insights on incorporating architectural concepts into projects effectively.

Explore eventual consistency, CRDTs, and their role in geo-distributed databases. Learn how these structures work and their benefits for highly available systems.

Learn to build real-time, distributed applications using Akka.NET, Kubernetes, .NET Core, and Azure. Explore fault tolerance, scalability, containerization, and cloud orchestration for modern .NET development.

Explore deliberate software architecture focusing on constraints and qualities, avoiding feature distractions for systems that meet stakeholder expectations and withstand evolving demands.

Explore the architecture behind powering 100+ million daily users in Microsoft services, focusing on performance, scale, and the gradual shift to microservices for complex systems.

Learn to optimize async/await in C# by analyzing .NET compilation, improving performance, exception handling, and app size through practical examples and code optimization techniques.

Explore C++20 concepts: their capabilities, limitations, and applications in improving code quality. Learn how concepts enhance type safety, metaprogramming, and design patterns in C++ development.