
Explore Microsoft's cutting-edge sustainability innovations for cloud computing, including energy reduction, carbon-neutral grid transition, and resource recycling, to drive global environmental impact at scale.

Discover how Oracle Dedicated Region can modernize your infrastructure, meet data requirements, and reduce costs while adopting Oracle Fusion SaaS applications in your on-premises data center.

Explore VM live migration techniques utilizing CXL memory, enhancing data center efficiency and flexibility in modern computing environments.

Explore Equinix Metal's automated bare metal service through hands-on demonstrations of server deployment, API usage, and CLI operations for efficient infrastructure management.

Explore cloud-like operating models for datacenters, patterns of success and failure, and how Pure Storage aids transformation. Learn about vVols and practical strategies for adapting to cloud ops.

Keynote sessions exploring open source innovation, sustainability, and impact across industries. Insights from Linux Foundation leaders and partners on technology trends and collaborative opportunities.

Dive into advanced debugging methodologies for flash storage issues in hyperscale environments, focusing on Meta's innovative tools like tracewatch and retrace for efficient failure analysis and monitoring.

Explore Redfish interoperability profiles and validation tools for implementing consistent data center equipment management through JSON-based requirements and DMTF compliance tools.

Discover how to effectively manage NVMe and NVMe-oF technologies in enterprise data centers using SNIA Swordfish specifications, with practical insights on discovery controllers and simplified management models.

Discover how to automate Kubernetes clusters on bare metal, exploring common issues, server types, and solutions like Talos Linux and Sidero Metal for efficient deployment.

Explore power distribution in servers, analyze efficiency improvements, and examine the impact of inlet temperature changes on data center energy consumption.

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 a comprehensive system for measuring and optimizing sustainability in computing, covering security, reliability, operations, and environmental impact, with real-world data center examples and live demonstrations.

Explore Uber's software-defined infrastructure, focusing on global network engineering, automation, and performance optimization for massive-scale operations and peak efficiency.

Explore innovative techniques for efficient VM live migration, focusing on dirty quota-based auto-convergence to optimize performance and minimize downtime in virtualized environments.

Discover KubeVirt's CI-driven benchmarking approach for performance evaluation. Learn techniques to assess scalability, leverage CI for data collection, and apply these strategies to your Kubernetes-native components.

Discover Dr Migrate: AI-powered tool for rapid data center assessment and migration to Azure. Optimize workloads, reduce costs, and confidently plan cloud transitions with AI-driven insights and Intel-based VM matching.

Explore Facebook's Twine, a unified cluster management system for shared infrastructure, scaling to manage one million machines across data centers with innovative approaches to workload customization and resource allocation.

Explore Facebook's innovative approach to handling partial data center failures, focusing on system durability and simulated power outages to minimize service disruptions.

Análisis detallado del incendio en el centro de datos de Estrasburgo en marzo de 2021, sus causas y consecuencias para la infraestructura en la nube.

Practical approach to predicting storage device failures in data centers using multi-phase proactive sampling, addressing challenges of accuracy, performance, and cost-effectiveness for Site Reliability Engineers.