
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 server-side Kotlin with coroutines, enhancing scalability and reliability. Learn to mitigate traditional thread-based issues and leverage asynchronous programming for efficient, safe server-side development.

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 how Big Data revolutionizes software engineering, from treating releases as controlled experiments to leveraging data for testing non-functional requirements and driving continuous improvement.

Explore serverless architecture with VueJS, focusing on real-life use cases and strategies for building efficient, scalable applications without managing servers.

Explore service mesh and consumer-driven contract testing for microservices, covering implementation, benefits, and practical examples using tools like Istio and Pact Broker.

Explore Go's design for robustness at Google's scale, comparing it with Erlang and discussing language features that enhance or challenge program reliability.

Explore cloud and microservices challenges, learn new management models, and discover how contract testing can enhance robustness and independent deployment in microservices architecture.

Expert panel discusses challenges and misconceptions in agile development, covering topics like DevOps, SAFe, planning, diversity, and scalability. Insights for practitioners seeking to improve agile implementation.

Live coding introduction to normalization by evaluation and exploration of using Graal and Truffle on JVM to JIT functional languages, with focus on evaluating dependently typed languages.

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 virtual machine technology for ESP32 microcontrollers, enabling efficient execution, sandboxing, and cloud-based management for enhanced serviceability and secure communication in IoT devices.

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 the journey from data mess to data mesh, covering organizational challenges, technical aspects, and practical considerations for implementing effective data solutions in complex environments.

Explore strategies to enhance software delivery using the Five Ideals: Locality, Focus, Improvement, Safety, and Customer-centricity. Gain actionable insights for engineering leaders and developers.

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 strategies for successful software migrations, including lessons from DoorDash, techniques for changing always-on systems, and approaches to minimize pain and disruption in engineering teams.

Explore distributed systems as social groups, examining protocols for collaboration, fault tolerance, and effective communication. Learn how these rules enhance system performance, resilience, and security.