
Learn to build a Kea Docker image for an efficient DHCP server. Covers container file creation, image building, Docker Compose setup, configuration, testing, and troubleshooting for a streamlined network solution.

Learn to install Ansible, create playbooks, and automate system management tasks. Gain hands-on experience with SSH key setup, inventory files, and testing Ansible commands.

Explore Falcoctl's capabilities for streamlining Falco operations in production environments, enhancing security and efficiency in cloud-native systems.

Learn to build a CI pipeline using GitHub Actions and Qodana, automating code quality checks and fixes. Understand CI concepts, importance of automated tests, and practical implementation for improved software development.

Innovative network emulation platform for preventing incidents, utilizing container-based switch images and efficient scaling techniques to enhance data center network reliability.

Streamline Kubernetes development with Tilt: hot reloading, automatic code syncing, and centralized log monitoring. Learn key features to boost productivity in microservices environments.

Explore Backstage, an open-source developer portal framework, to streamline workflows and boost productivity. Learn to create golden paths for efficient software development and deployment using Java.

Explore Porter, a user-friendly platform for managing Kubernetes applications, simplifying deployment and streamlining operations in cloud-native environments.

Learn to build blockchain solutions using Python on Algorand. Explore data storage, logic evaluations, and access control. Leverage familiar tools like Poetry and Pytest to deploy fundamental blockchain primitives.

Develop serverless applications using Kubernetes and Knative. Learn to set up a managed cluster, install components, create functions, and implement event-driven architecture for efficient cloud computing.

Explore KernelCI's evolution, current capabilities, and future developments in Linux kernel testing. Gain insights into test coverage, infrastructure, and upcoming API and dashboard improvements.

Explore platform engineering's role in digital transformation, focusing on K8s-based platforms and Platform-as-a-Product practices. Learn actionable steps, best practices, and key considerations for effective implementation.

Insights on scaling a workflow orchestration platform to handle 10K workflows weekly, addressing challenges like spiky submissions, resource management, and diverse user requirements.

Explore building a robust AI platform on Kubernetes, featuring modular APIs for efficient management and deployment. Learn from Bloomberg's implementation using open-source projects as guides.

Explore AI's integration with cloud-native tech: OCI registries, distributed architecture, telemetry, MLOps collaboration, supply chain practices, GPU optimization, and resource utilization for enhanced AI performance.

Explore InterLink, an open-source Virtual-Kubelet extension enabling seamless access to external hardware-accelerated machines through Kubernetes APIs, revolutionizing scientific computing workflows.

Explore security challenges in multi-tenant Kubernetes environments and learn strategies for enhancing control and visibility through DevSecOps practices, including namespace isolation, access controls, and incident response.

Explore strategies for building secure and efficient multitenant Kubernetes environments, addressing challenges in isolation, resource management, network security, and operational complexity.

Explore network isolation strategies for multitenant Kubernetes clusters, focusing on secure traffic separation between tenants and infrastructure using multiple network interfaces and IP addresses.

Explore CERN's Kubeflow-based machine learning platform for data preparation, analysis, training, and inference in physics research, with insights from the ATLAS experiment.

Explore multi-tenant vs micro-cluster architectures in Kubernetes, examining scalability, security, and operational impacts to choose the right approach for your platform engineering needs.