
Master unified management of modern and traditional workloads through VMware Cloud Foundation's integrated platform, featuring automated deployment, governance controls, and seamless infrastructure integration for enterprise-scale operations.

Discover how FC-NVMe optimizes containerized machine learning models, exploring Docker fundamentals, ML storage requirements, and performance benefits for efficient model training and deployment.

Master test automation reporting with Report Portal - from importing self-healing test results to creating custom dashboards and analyzing trends for enhanced CI/CD pipeline integration.

Master the deployment of applications and services with Coolify - a powerful platform for managing local and remote server deployments, featuring an intuitive UI and comprehensive configuration options.

Discover how Thanos enhances Prometheus capabilities with high-availability clustering and long-term storage solutions for efficient metric data management and historical analytics across distributed systems.

Discover effective SRE practices and tools for streamlining system operations, automating routine tasks, and implementing robust incident management strategies for improved team efficiency.

Discover common antipatterns in Observability practices and learn effective strategies to avoid system overload, optimize metrics collection, and improve monitoring efficiency in production environments.

Discover practical insights into implementing SLO within your product, exploring real-world examples, challenges, and benefits for balancing service reliability with development speed.

Discover how to integrate rules_nixpkgs with Bazel remote execution, exploring design solutions, deployment strategies, and performance implications for efficient build systems.

Explore an empirical analysis of Bazel build system adoption and abandonment patterns, examining why teams revert to classic build tools after attempting modern alternatives.

Discover how to streamline platform engineering workflows by integrating Backstage and Cloudify for enhanced developer productivity and automated infrastructure management.

Discover how to enhance system reliability through Service Level Objectives and Chaos Engineering practices, focusing on error budgets, compliance, and resilience to improve customer experience and reduce production issues.

Gain insights into the evolution of open source software through a decade-long journey of maintaining OWASP ZAP, the world's most popular web vulnerability scanner, shared by project lead Simon Bennetts.

Explore the evolving landscape of AI-native tooling through prompt engineering, from code generation to creative applications, while understanding its impact on the future of technology and development.

Discover strategies to minimize technical debt in cloud-native environments through standards and loose coupling, focusing on sustainable development practices and long-term project success.

Discover how to transform DevOps pipelines for multi-architecture deployment, covering parallel builds, cross-compilation, and cost-effective infrastructure optimization for ARM-based processors.

Discover how to optimize GPU resource allocation in Kubernetes using MetaGPU Device Plugin, enabling fractional GPU sharing and efficient scheduling for enhanced cluster performance.

Discover effective strategies for implementing DevOps culture, driving innovation, and fostering employee satisfaction through a CTO's lens of organizational transformation and change management.

Explore how network protocol choices in microservices architecture impact system performance, reliability, and troubleshooting across application, transport, and system layers, with practical insights for optimization.

Master EKS cluster optimization using Karpenter and open-source tools like Kubecost to track costs, enhance performance, and implement efficient autoscaling strategies for Kubernetes infrastructure.

Explore cloud architecture paradigms and learn why decoupling apps from platforms enables better cloud utilization, comparing containerization and serverless approaches for optimal workload deployment.