
Explore strategies to tackle complex software challenges, avoid common pitfalls, and create adaptable systems. Learn to minimize accidental complexity and make informed technology choices.

Explore ZooKeeper's potential for managing application clusters, focusing on real-time data processing and automatic scalability in monitoring and alerting systems.

Discover how to build a distributed GraphQL system using Atlassian Braid, combining microservices into a unified schema for faster, safer, and more maintainable backend architecture.

Explore best practices for serverless applications, including infrastructure as code, local debugging, state management, continuous delivery, and safe deployments. Learn from real-world case studies.

Exploring protocols in distributed systems: their history, application, and impact on performance, resilience, and security. Insights on effective communication and coordination in concurrent environments.

Explore reactive programming for system-wide scalability using Project Reactor, message brokers, and Spring Cloud Stream. Learn practical techniques for building performant and scalable reactive microservices.

Learn to leverage Spring Cloud Stream, RabbitMQ, and Apache Kafka for building scalable, high-performance distributed systems. Discover solutions to common challenges in mission-critical applications through live coding examples.

Explore serialization protocols for distributed systems, covering JSON, XML, Protobuf, Thrift, and Avro. Learn about backwards compatibility and effective implementation techniques.

Explore microservices architecture for building fast, safe, and production-ready distributed systems using Spring Boot and Cloud Foundry, with insights on configuration, service registry, and monitoring.

Explore data architecture challenges in microservices, including state sharing, exchange, and security. Learn practical solutions and see demonstrations of key concepts for effective implementation.

Explore the challenges and approaches in building distributed, resilient data stores. Learn about consensus algorithms, distributed transactions, and query optimization in modern NoSQL databases like ArangoDB and Cassandra.

Explore Uber's Chaperone system for auditing real-time infrastructure handling trillions of daily messages. Learn about its design, implementation challenges, and lessons learned in scaling massive data flows.

Exploring Twitter's use of Graal to optimize Java performance, reduce CPU utilization, and lower costs in their massive distributed system of thousands of JVMs.

Explore data challenges in microservices, using Domain Driven Design to manage complexity. Learn about transactional boundaries, CAP theorem, and technologies like Kafka and Camel for building scalable, autonomous systems.

Discover how Buck, a high-performance build tool, enables fast and reliable Swift builds for iOS. Learn about declarative builds, distributed caching, and scaling mobile development at Uber.

Esplorazione dell'Event Sourcing e CQRS: dai concetti base alle sfide pratiche nei sistemi distribuiti, con focus su scalabilità e consistenza eventuale.

Learn the fundamentals of Apache Kafka, a powerful event streaming system for distributed architectures. Explore its key features, use cases, and practical implementation through code examples.

Learn to focus on business logic instead of infrastructure in distributed systems using BPMN and Camunda. Discover efficient ways to handle state, events, and orchestration through examples and live coding.

Explore effective memory management in microservices, including potential pitfalls and solutions for distributing memory across distributed systems. Learn about Java process memory and its impact on performance.

Explore the reactive landscape, understanding key concepts like asynchronous programming, RX libraries, and reactive systems. Learn practical applications using Eclipse Vert.x through live coding demonstrations.

Learn proven patterns and open source tools for building robust microservices, covering configuration, discovery, circuit breakers, load balancing, messaging, security, and more. Gain insights from Netflix's approach to global streaming.