
Explore the journey of migrating a fast-scaling bank's legacy software to a new core banking system, covering architecture, data migration, and executing organization-wide changes without disruptions.

Explore how cognitive biases impact software architecture decisions and learn strategies to mitigate their effects for more effective agile development and decision-making.

Explore event-driven architecture for scalable apps across AWS services, existing systems, and SaaS. Learn to treat events as products, design developer experiences, and deploy event-driven microservices effectively.

Explore advanced event-driven architecture patterns at LEGO, including data processing, orchestration, and cross-domain communication. Learn how to scale for millions of customers using AWS services.

Retrospective journey through Adrian Cockcroft's influential talks on cloud architecture, microservices, and tech trends, featuring insights from Netflix, AWS, and more.

Explore Uber's scaling strategies, focusing on high availability and failure testing. Learn how the company handles outages and adapts its architecture to meet global operational demands.

Explore event-driven AI for elder care using MongoDB, AWS, and serverless functions. Learn to build a full-stack system for monitoring and insights without compromising privacy.

Insights on recurring architectural challenges in agile organizations, addressing design, documentation, team autonomy, and maintaining architectural integrity while embracing agility.

Techniques for building systems that embrace change in IT: evolutionary architecture, immutable infrastructure, flexible governance, and adaptable coding practices for modern software development.

Explore event-driven architectures and data in motion, covering Kafka, event streams, and principles for effective implementation. Learn to leverage real-time data for business success.

Explore decision-making models for CTOs, expert vs. non-expert approaches, and fostering a culture of intentional architecture and design heuristics to develop future technical leaders.

Explore AWS messaging services for event-driven architectures, comparing performance, scalability, and cost. Learn to select the optimal service for your workload and leverage trade-offs effectively.

Explore asynchronous communication patterns for microservices, enhancing resilience and flexibility. Learn integration techniques, real-world applications, and how to leverage asynchronous processing behind synchronous APIs.

Explore event-driven architecture design, patterns, and best practices for scalable systems. Learn how to avoid common pitfalls and adopt event-first thinking in distributed applications.

Explore event-driven architecture implementation at Cinch, covering serverless benefits, tech stack, emerging patterns, and system evolution for rapid e-commerce platform development.

Explore LEGO.com's journey to event-driven architecture, from monolith to microservices. Learn design principles, real-world use cases, and practical insights for implementing EDA in serverless applications.

Discover how MYOB tackled tech debt through a massive replatform, revolutionizing their software development process and organizational structure to meet a critical deadline and drive the company forward.

Explore strategies to bridge the gap between software architecture and code, addressing challenges in maintaining architectural integrity during rapid development and team growth.

Explore Netflix's massive ecosystem: production changes, microservices, and engineering practices. Learn about innovation velocity, failure management, and customer experience obsession from a senior engineer's perspective.

Explore critical trade-offs in distributed architectures with industry veterans. Learn strategies for service granularity, workflow management, and optimizing operational characteristics in software design.

Explore a refined approach to Functional Reactive Programming through denotational design, offering precise specifications and preventing abstraction leaks in library designs.