Uploaded October 2022 | Updated September 2026, 8 hours ago
Do you want to help combat climate change? Are you concerned with the sustainability impact of your Kubernetes clusters? Then join our efforts to manage energy efficiency on Kubernetes clusters. We discuss using cloud-native patterns, observing, optimizing, and executing, to improve cloud efficiency in sustainable architecture. Core to this architecture is Project Kepler (Kubernetes-based Efficient Power Level Exporter) and its integration with Kubernetes ecosystems. By leveraging eBPF programs and other system libraries, Kepler probes the full spectrum of energy, performance, and resource measurements to enable energy-relevant observability and further empower advanced sustainable management on clusters. Kepler is an open system, it can be extended to cloud-native ecosystems such as energy-efficient workload scheduling, energy-aware autoscaling, and frequency tuning.
Speaker:
Huamin Chen
Do you want to help combat climate change? Are you concerned with the sustainability impact of your Kubernetes clusters? Then join our efforts to manage energy efficiency on Kubernetes clusters. We discuss using cloud-native patterns, observing, optimizing, and executing, to improve cloud efficiency in sustainable architecture. Core to this architecture is Project Kepler (Kubernetes-based Efficient Power Level Exporter) and its integration with Kubernetes ecosystems. By leveraging eBPF programs and other system libraries, Kepler probes the full spectrum of energy, performance, and resource measurements to enable energy-relevant observability and further empower advanced sustainable management on clusters. Kepler is an open system, it can be extended to cloud-native ecosystems such as energy-efficient workload scheduling, energy-aware autoscaling, and frequency tuning.
Speaker:
Huamin Chen
