
Explore practices for optimizing sustainability across heterogeneous computing systems. Learn about real-time data analysis, AI-driven failure prediction, and smart job scheduling to maximize efficiency and minimize power consumption.

Explore how OS-Climate builds an open data platform for climate impact analysis using open-source tools. Learn about data mesh architecture, scalability challenges, and community-driven development.

Explore essential Linux kernel subsystems, their functions, and practical applications in system management and development.

Explore building a resilient, programmable L7 load balancer for multi-cluster Kubernetes environments across multiple IDCs, addressing global-scale disaster recovery and DevOps challenges.

Gain insights on container technologies, runtimes, networking, storage, and management from a seasoned Linux admin's perspective. Learn how to integrate containers into your environment effectively.

Explore how Intuit leverages OpenTelemetry and AIOps for real-time customer experience monitoring, anomaly detection, and rapid issue resolution in complex infrastructure environments.

Explore GPU reset scenarios, recovery methods in DRM drivers, and future improvements for smoother user experiences during graphic card failures on Linux systems.

Learn how to integrate kernel testing code into KernelCI, expanding its ecosystem through direct additions or KCIDB. Gain insights from CIP project's experience in merging testing systems and collaborating with KernelCI for improved Linux kernel testing.

Hands-on exploration of computer networking concepts through deliberate misconfigurations, offering practical insights for developers to troubleshoot and understand network issues effectively.

Explore network booting for Raspberry Pi 400 in classrooms using bootp, tftp, iSCSI, and NFS. Learn automated deployment with Ansible and centralized user management solutions.

Comprehensive introduction to Ansible for infrastructure automation, covering principles, Jinja2 templating, and practical applications across various platforms and tools.

Learn to create, manage, and optimize virtual machines using KVM technology, focusing on CLI operations for near-native performance on Linux systems.

Learn best practices, common mistakes, and useful tricks for writing and converting Devicetree schema bindings in YAML format to streamline the acceptance process.

Explore Kubernetes pods in-depth: components, OS mapping, containers, cgroups, namespaces. Gain practical insights for better understanding and management of pod architecture and resources.

Explore open-source solutions for managing large fleets of Linux devices, discussing security, updates, and configuration. Connect with peers to share experiences and identify gaps in existing options.

Explore integrated camera hardware, comparing USB cameras with component-based systems. Learn about firmware interfaces, device drivers, and system complexities for digital cameras.

Explore Linux I/O access methods, focusing on AIO/DIO for high-performance databases. Learn tradeoffs in cache control, copying, MMU activity, and I/O scheduling, with insights from ScyllaDB's implementation.

Explore DevOps tools for seamless infrastructure automation, learn to integrate IT best practices, and discover how to enhance cloud-native deployments with container orchestration platforms.

Explore Linux huge page concepts, their implementation, and performance benefits in this comprehensive mentorship session.

Explore modern data architectures enabling agile, scalable solutions for IoT streaming, real-time analysis, and machine learning with large, multi-structured datasets in cloud environments.

Explore advanced RCU usage scenarios and unravel complex implementation mysteries in Linux kernel development with expert guidance and practical insights.