
Explore a novel approach to estimating platform engineering ROI, challenging conventional perspectives and uncovering key factors influencing calculations.

Explore how Platform Engineering drives organizational sustainability through DevOps principles, robust support structures, and standardized architecture for long-term success.

Discover strategies to reduce organizational costs by 20%, including AI-driven optimization, modern storage tactics, and financial governance techniques for cloud resources.

Discover strategies to transform fragile internal platforms into antifragile systems that thrive under stress, focusing on trust, transparency, and sustainable value demonstration.

Learn strategies to effectively communicate platform engineering's value to business leaders, aligning technical capabilities with tangible business outcomes and gaining executive support.

Discover how to build an Internal Developer Platform for Red Hat OpenShift using tools like Developer Hub, Score, GitHub Actions, and Humanitec. Learn to improve developer experience and productivity through self-service and automation.

Explore Infrastructure as Code for building Internal Developer Platforms in large companies. Learn strategic steps, team organization, and practical applications for efficient platform engineering.

Learn to set up secure multi-tenant Kubernetes clusters, balancing isolation and autonomy for efficient, cost-effective management of multiple tenants.

Explore CNCF platform maturity model to guide organizations in improving platform engineering. Balance people, process, policy, and technology for sustainable progress beyond Kubernetes.

Discover how AI can revolutionize DevOps through predictive and generative capabilities, enhancing software delivery effectiveness and efficiency for platform engineering teams.

Explore platform engineering with open source tools, understanding its importance and implementation strategies for efficient software development and delivery.

Comprehensive guide to deploying scalable AI applications on Azure Cloud, covering repository setup, containerization, CI/CD, Kubernetes deployment, load balancing, monitoring, and security.

Explore pytest_container plugin for efficient container image testing using Python and pytest. Simplify setup, execution, and cleanup of container tests with testinfra framework integration.

Discover simplified OpenShift cluster installation using Agent-based installer for disconnected environments. Learn key steps and use cases for efficient on-premise deployments.

Explore CoreOS layering for efficient OS customization and deployment in containers, focusing on rpm-ostree's data-driven approach to optimize updates and reduce download sizes.

Explore Ansible automation for Podman containers, simplifying management and deployment of containerized applications in cloud environments.

Discover ansible-console: a powerful shell for debugging and executing actions on multiple servers, offering Ansible's automation capabilities for non-automated tasks.

Explore Kata Containers: secure, lightweight VMs with container-like performance. Learn about their origin, benefits, and impact on cloud-native security.

Optimize software quality testing for reduced climate impact using CO2 emissions forecasts and carbon-efficient decision-making strategies.

Discover how Ansible Molecule enables rapid cloud infrastructure provisioning and testing for complex Ansible roles in DevOps environments.

Learn to run PostgreSQL in Docker, connect via pgAdmin and psql, integrate with Django, reset the database, and persist data using volumes for an efficient development setup.