
Explore GLIDE's design for connecting applications to Valkey and Redis OSS-compatible services. Learn about its development and benefits for operational excellence.

Explore event-driven systems, Apache Pulsar's unique capabilities in cloud-native applications, and its advantages over Apache Kafka. Learn about integrating Pulsar with Spring framework.

Explore distributed systems patterns and learn how durable execution simplifies system design. Discover a new approach to solving complex architectural challenges in backend programming.

Master advanced OpenTelemetry techniques for Python microservices. Enhance system monitoring, troubleshooting, and performance tracking in distributed environments.

Explore the future of Cloud and Edge computing, focusing on serverless architecture, data management, and distributed systems for efficient, low-latency applications.

Explore effective testing strategies for microservices, challenging traditional approaches. Learn tools and methods to validate service contracts and optimize test environments.

Dive deep into building distributed systems using pure Java, exploring underlying principles and algorithms beyond framework abstractions. Gain insights into REST, HTTP methods, and cluster state management.

Explore patterns and practices for implementing scalable, maintainable event-driven microservices architecture, focusing on distributed data management and transaction handling.

Explore Akka clusters through four Java projects, from basic setups to advanced features like cluster singletons and sharding. Gain hands-on experience with downloadable examples and visualize cluster dynamics using web dashboards.

Explore time concepts in computer science, from clock usage to implementation and beyond. Learn to manage chaos in software development through advanced timing techniques.

Explore a system predicting pollution levels using Kafka Streams, based on historical and current weather data. Learn from WorldRemit's open-source project for practical machine learning applications.

Discover techniques for identifying and optimizing the hot-path in your code to achieve substantial performance gains. Learn to apply the Pareto principle and performance testing for effective system optimization.

Explore triple-active architecture across three clouds using Cilium for seamless connectivity and enhanced reliability in distributed systems.

Explore event streaming's potential to revolutionize data processing and integration across diverse systems, enhancing real-time decision-making and operational efficiency.

Explore strategies for enhancing stability and reliability in microservice architectures, focusing on key techniques and best practices for robust system design.

Explore Spring Cloud Stream's evolution, current capabilities, and future developments for building message-driven microservices with ease.

Explore Conway's Law and its impact on software architecture, team structure, and organizational design for improved development processes.

Explore multi-cluster Kubernetes deployment strategies, challenges, and best practices for scalable and resilient infrastructure management in complex environments.

Explore cloud-native architecture for a globally distributed trade ledger system, focusing on consolidation, scalability, and real-world implementation challenges.

Explore OceanBase's distributed SQL database architecture, covering design goals, replication, transactions, HTAP challenges, and performance benchmarks. Gain insights into its implementation for mission-critical systems.

Optimize LLM data pipelines on the cloud using distributed caching. Explore I/O challenges, best practices, and real-world applications to enhance efficiency in AI workloads and model training.