
Explore the intersection of edge computing and electric vehicles for sustainable solutions, highlighting innovative approaches to reduce environmental impact.

Explore power-efficient edge computing strategies, focusing on application-aware telemetry collection and automation for optimizing energy usage in network infrastructures.

Explore cloud-native sustainability research using Project Kepler, leveraging eBPF and Kubernetes ecosystems for energy-efficient observability and advanced cluster management.

Explore Buildpacks' role in creating multi-architecture application images, focusing on ARM64 support. Learn about challenges and solutions for consistent, scalable image transformation across cloud platforms.

Explore WebAssembly's unexpected role in reducing tech industry carbon footprint. Learn how its characteristics contribute to energy efficiency and eco-friendly software development.

Explore sustainable edge computing with energy proportionality and carbon-aware workload management to achieve net-zero goals while balancing latency, security, and energy costs.

Explore TornadoVM, a Java framework for heterogeneous computing on CPUs, GPUs, and FPGAs. Learn its API, compiler, and runtime system for optimized performance across diverse hardware.

Explore techniques to measure and reduce cloud infrastructure's carbon footprint, including carbon-aware solutions that dynamically adjust based on emissions. Live demo included.

Explore efficient energy usage tracking in cloud infrastructure using eBPF and RAPL. Learn about challenges, measurement techniques, and strategies for implementing sustainability in cloud-native environments.

Explore serverless WebAssembly for a more sustainable and economical cloud computing approach, enhancing efficiency and reducing environmental impact.

Discover key updates and requirements for ENERGY STAR Version 1.1 storage certification, including testing procedures and compliance guidelines for storage system manufacturers.

Learn essential procedures for proper power source configuration and setup in storage systems, focusing on SNIA Emerald testing requirements and best practices.

Découvrez les stratégies d'optimisation énergétique pour les plateformes NFV, des modifications UEFI aux ajustements VM, en maintenant une performance réseau optimale sans perte de paquets.

Master efficient machine learning techniques and optimization strategies for deploying ML models in resource-constrained environments, focusing on practical implementation methods.

Discover how computational storage devices revolutionize data center efficiency through Samsung Smart SSD technology, focusing on power reduction and database acceleration through CPU-to-SSD computation offloading.

Explore the future of computing power through custom hardware solutions, from manycore systems to silicon development, addressing latency and energy efficiency challenges in high-performance computing.

Discover how AI and image processing tools can revolutionize solar power adoption, making clean energy more accessible and cost-effective while maximizing environmental benefits.

Master power optimization techniques for Bluetooth LE applications using PPK2 and Online Power Profiler tools, while learning effective strategies to enhance battery life in IoT devices.

Explore key infrastructure challenges and solutions for enterprise AI deployment, from security and data privacy to balancing performance with sustainability goals and power consumption.

Explore Kepler for container-level energy metrics in Kubernetes, enabling efficient workload placement and sustainable cluster management through integration with observability tools.

Explore Kepler, an innovative framework for monitoring power consumption in Kubernetes environments, enhancing cloud efficiency through advanced observability techniques and machine learning.