
Explore resilient event processing on AWS, focusing on failure scenarios, chaos engineering, observability, and best practices for implementing reliable consumers using SQS and Kinesis.

Explore API lifecycle management for developers, covering API descriptions, OpenAPI, and best practices for building and evolving robust, consumer-friendly APIs and platform engineering.

Explore microservices evolution, practical applications, and challenges with experts. Learn about system design flexibility, implementation strategies, and future trends in software architecture.

Explore the evolution of microservices architecture, comparing early approaches with current best practices and tools. Learn about deprecated patterns, active strategies, and new additions to the microservices toolbox.

Explore innovative sidecar-less service mesh in Istio, featuring effortless mTLS and L7 authorization policies. Learn advantages and see live demonstrations of this cutting-edge architecture.

Explore a new standard for creating behavioral fingerprints of open source images at runtime, enhancing cloud native security beyond traditional software supply chain measures.

Discover techniques for efficiently analyzing massive cloud audit logs to identify security threats using basic cloud tools and advanced platforms like OpenSearch and Kubernetes.

Explore secure workload connections across service mesh technologies using SPIFFE and SPIRE. Learn to maintain technical heterogeneity while implementing universal workload security in complex software architectures.

Explore how platform engineering and cloud native practices can automate security using policy as code, enabling developers and security teams to focus on their core competencies.

Learn to automate GitHub repository management using Minder, an open-source platform. Write custom Rego rules to enforce security policies across multiple repositories, enhancing supply chain security.

Explore how a microservice named Crush overcame security challenges using SPIFFE ID, enabling secure communication and access across cloud platforms through mTLS and standardized identity management.

Explore container sandboxing for AI security, focusing on gVisor's implementation, hardware accelerator support, and performance optimization for mitigating AI/ML risks.

Explore critical threats in cloud-native environments, focusing on hidden exposed secrets in code. Learn about vulnerabilities in source code management, Kubernetes secrets, and Shadow IT, with mitigation strategies and tools.

Explore how K8sGPT, an AI-powered tool, simplifies Zero Trust implementation in cloud-native environments by integrating with system events and enhancing policy enforcement and network security.

Explore structured concurrency in Project Loom, streamlining multi-threaded task management for improved reliability and observability in Java applications.

Unlock Azure's potential by integrating Well-Architected Framework into workflows. Learn strategies to avoid technical debt, enhance security, reliability, and performance. Gain practical insights for excellence in cloud architecture.

Learn to install, configure, and use Docuseal, an open-source alternative to DocuSign. Covers setup, reverse proxy, 2FA, document creation, client interaction, and audit logging.

Explore essential tech leadership skills: vision casting, fostering psychological safety, effective communication, and nurturing teams. Gain practical insights for becoming a successful technical leader in just 50 minutes.

Discover strategies for efficient Python project development and testing, focusing on minimizing resource usage and environmental impact while maximizing productivity.

Explore a step-by-step methodology for migrating from VMware to OpenStack, featuring real-world case studies and insights on cost savings, business drivers, and successful implementation strategies.

Explore cross-platform LLM inference using cloud-native WebAssembly for portable AI applications. Learn to build and deploy efficient LLM apps across diverse hardware without recompilation.