
Explore microservices scaling using message queues, .NET, and Kubernetes. Learn to design, package, and deploy reliable applications with autoscaling for improved performance and robustness.

Explore OpenTracing and Zipkin for debugging distributed systems. Learn to instrument applications, visualize operations across services, and enhance performance analysis in microservice architectures.

Practical guide to identifying service boundaries in complex systems, avoiding common pitfalls, and discovering natural separations of concerns to prevent future rewrites.

Explore coordination strategies for distributed systems without transactions. Learn implementation techniques using Azure services and real-world examples for robust, scalable enterprise solutions.

Explore patterns for incrementally migrating from monolithic to microservice architectures while maintaining feature delivery and system functionality.

Learn to implement chaos engineering on AWS, revealing system failures before they become outages. Discover tools and methods for injecting failures to enhance architecture resilience.

Discover how to identify and mitigate hidden vulnerabilities in microservice architectures using OpenTelemetry, with real-world examples from Google Maps' high-risk dependencies.

Discover how LinkedIn uses spike detection in alert correlation to quickly identify root causes of outages in their complex microservices architecture, reducing false positives and engineer toil.

Cryptographic system for enforcing user-defined privacy policies in real-time data analytics, ensuring compliance and protection against breaches while maintaining scalability and low latency.

Explore Kubernetes security challenges, attack techniques, and practical advice for pentesters and security practitioners in containerized environments.

Explore Wikipedia's server-side architecture, from routers to microservices, and learn how open-source technologies power one of the world's top websites.

Explore error handling in gRPC with practical examples, focusing on client-server discrepancies and effective code snippets for managing various response scenarios.

Explore secure pod-to-pod communication using Mutual TLS, focusing on certificate management, implementation in Golang and Java applications, and integration with Kubernetes for streamlined security.

Overload control scheme for microsecond-scale RPCs, using server-driven admission control with credits based on queueing delay. Employs demand speculation and piggybacking to optimize performance.

Explore SRE principles applicable to organizations of all sizes, from startups to tech giants. Learn key practices for system reliability, scalability, and efficient operations.

Explore machine learning-driven automation for optimizing Kubernetes microservices and JVM settings, enhancing performance, efficiency, and cost-effectiveness in complex tech stacks.

Strategies for creating effective, actionable security alerts: improving signal-to-noise ratio, standardizing definitions, and implementing self-service tools to enhance team efficiency and incident response.

Explore Kafka's TLS configuration for secure, high-performance log streaming. Learn best practices, authentication methods, and troubleshooting techniques for a robust messaging system.

Explore modern application security approaches combining defense, offense, automation, and continuous learning for various app types, including zero trust, supply chain, and microservices.

Explore security vulnerabilities in gRPC-powered mobile and IoT apps. Learn about common pitfalls, attack vectors, and strategies to enhance protection in this high-performance protocol.

Explore redesigned sandboxing for container environments, improving detection of microservice-oriented attacks and addressing performance challenges in contemporary systems.