
Exploring timeless programming concepts and their relevance in modern software development. Challenges the notion that new is always better, emphasizing fundamental principles that endure.

Exploring modern Domain-Driven Design principles, focusing on modeling uncertainty in distributed systems. Covers reactive systems, microservices, and practical heuristics for effective domain modeling.

Explore event-based architecture benefits, challenges, and implementations using Kafka and Atom. Learn design considerations for decoupling systems and achieving expected advantages in microservices.

Explore a startup's microservices journey, lessons learned, and challenges faced during the transition from monolith architecture. Gain insights on product vision, service interactions, and organizational impacts.

Explore modular monolith architecture: principles, implementation, and benefits. Learn to structure code, enforce boundaries, and enhance agility in software development.

Explore API design for evolving systems, focusing on REST principles, hypermedia, and domain-driven design to create flexible and maintainable APIs without relying on versioning.

Live coding demonstration of building CQRS and Event Sourcing applications using Axon Framework and Pivotal Cloud Foundry, showcasing clean code structure, scalability, and architectural evolution potential.

Explore asynchronous messaging for microservices, including sagas for transactions and CQRS for queries. Learn to overcome distributed data management challenges in microservice architecture.

Explore temporal modeling for complex systems, focusing on events and processes as primary building blocks. Learn how this approach enhances understanding of business operations and improves system design.

Explore event storage in Axon Server, its advantages over traditional databases, and how it meets event sourcing requirements. Learn implementation benefits and get started easily.

Explore Micronaut's innovative approach to building lightweight microservices with ahead-of-time compilation, offering fast startup times and efficient resource usage for Java developers.

Explore serverless architecture's benefits and challenges, from simplified development to potential complexities in debugging and performance analysis. Learn how it compares to containers and Kubernetes.

Explore the intersection of software architecture, team structures, and complexity science. Learn how to create high-performing organizations through adaptive systems and innovative approaches to scaling.

Explore event-driven architecture and serverless technologies through Serverlesspresso, a scalable coffee ordering system. Learn architectural choices, development processes, and solutions for building efficient, low-cost applications.

Explore a deep-dive into a complex concurrency bug in Rust, uncovering the challenges in asynchronous messaging systems processing billions of events daily at OneSignal.

Explore C4 Models as Code with Simon Brown: Learn to create software architecture diagrams using text, focusing on content and consistency while leveraging automatic layout and version control.

Explore the journey from monolithic to event-driven microservices architecture, learning from missteps and opportunities along the way. Gain insights on making appropriate architectural decisions for your specific challenges.

Explore evolutionary architecture concepts, fitness functions, and the architecture quantum with industry experts. Gain insights on building adaptable software systems that evolve with changing requirements.

Explore the evolving role of enterprise architects in modern IT organizations, from ivory tower residents to key players in large-scale operations and transformations.

Explore Apache Kafka fundamentals, event streaming, and event-driven architecture with experts. Learn practical applications, compare streaming vs batching, and gain insights for building with Kafka.

Explore cloud transformation challenges, microservices pitfalls, and how contract testing can mitigate risks in cloud deployments with experts Holly Cummins and Kevlin Henney.