A presentation at CNCF Webinar in in San Francisco, CA, USA by erik riedel
REDUCE THE CARBON FOOTPRINT OF YOUR CLOUD-NATIVE WORKLOADS NOW Erik Riedel, PhD Senior VP, Engineering | ITRenew Andy Randall Chief Commercial Officer | Kinvolk @RiedelAtWork @andrew_randall
CNCF Member Webinar Reduce The Carbon Footprint of Your Cloud-Native Workloads Now 29 April 2021 Cloud-native applications have come of age. Most companies making the shift to Kubernetes are seeking productivity improvements, resource efficiency, portability, and increased scalability. The large hyperscaler cloud providers have been driving significantly better results from their hardware and software stacks by adopting open hardware architecture and open source software. But are these gains readily available to the average data center provider running cloud native workloads? And are the power and carbon footprint improvements over typical rack systems significant enough to warrant a change to open architecture? The answer to both is yes. Join Erik Riedel of ITRenew, and Andy Randall of Kinvolk, to learn about reducing your carbon footprint and achieving better computing economics for your cloud-native workloads today. I 2
Photo by Tim Mossholder from Pexels fully open
Kinvolk – the power of community Expertise Values Mission Deep-stack Linux and Contributing > Consuming To build and promote a Kubernetes Cooperating > Competing 100% open source Community > Product enterprise-grade Welcoming > Excluding Cloud-Native stack I 4
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clouds stacks agile infrastructure
Hardware Clusters external TOR switches (2x) ingress ingress ingress deployed today in Amsterdam internal TOR switches (2x) compute compute compute compute compute compute compute compute compute compute compute compute compute compute compute compute compute compute compute power zone BB compute compute compute compute compute compute compute compute compute compute compute compute storage storage storage storage storage storage storage storage storage mgmt mgmt mgmt infra infra infra infra power supply + switch up to 5 nodes Fast-Start power zone AA up to 48 nodes for Open Systems for Greenhouses I 7
The Open Cloud Native Stack for Sesame Cluster management + systems intelligence Single-step full rack deployment Streamlined updates Lifecycle management Lokomotive Components Lokomotive Kubernetes Engine Flatcar Container Linux Sesame for Open Systems Monitoring / telemetry Vanilla Upstream Kubernetes Curated set of best of breed open source solutions Lokomotive Management Secure, immutable operating system Optimized for containers and Sesame hardware I 8
on i t c u d e r 43% Circular Economy Traditional Approach I 9
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CALL TO ACTION CHECK US OUT ON OUR WEBSITE: www.itrenew.com/sesame www.itrenew.com/resources Watch Video: Sesame By ITRenew QUESTIONS OR COMMENTS, REACH US: @RiedelAtWork /in/er1p https://github.com/SesameEngineering
Cloud-native applications have come of age. Most companies making the shift to Kubernetes are seeking productivity improvements, resource efficiency, portability, and increased scalability. The large hyperscaler cloud providers have been driving significantly better results from their hardware and software stacks by adopting open hardware architecture and open source software. But are these gains readily available to the average data center provider running cloud native workloads? And are the power and carbon footprint improvements over typical rack systems significant enough to warrant a change to open architecture? The answer to both is yes.
Join Erik Riedel of ITRenew, and Andy Randall of Kinvolk, to learn about reducing your carbon footprint and achieving better computing economics for your cloud-native workloads today.
for free. You
can too.