Architecting in the Cloud for Sustainability
summary
Cloud workloads already cut energy vs traditional data centers by about 80% energy reduction, and region choice shifts efficiency (US ~3.6x, Europe/Asia up to 5x). Practical wins include using purpose-built hardware like graviton3 up to 60% energy savings, staggering cron jobs and queueing to reduce peaks, lifecycle policies and format changes (gzip→zstd yielded 1 exabyte storage saved internally), modular SDKs that cut bundle size ~75%, and tools like the AWS customer carbon footprint report, ASDI datasets, the carbon aware SDK and the Well‑Architected sustainability pillar.
AI-written summary · about
chapters (15)
- 0:00Introduction and welcome
- 1:08Climate urgency and tech impact
- 3:19Understanding carbon footprints
- 5:42Cloud sustainability benefits
- 8:12Six lenses for sustainable architecture
- 8:33Region selection for efficiency
- 9:57Optimizing user behavior patterns
- 13:11Software patterns for sustainability
- 16:02Hardware patterns and efficiency
- 18:06Data management and storage
- 22:44Sustainability in development lifecycle
- 25:55Sustainability metrics and trade-offs
- 28:24Measuring and reporting carbon footprint
- 30:50Sustainability transformation journey
- 32:56Q&A on cost and sustainability
related talks
28mArchitecting in the Cloud for Sustainability
36mArchitecting in the Cloud for Sustainability
57mOptimizing your infrastructure for sustainability
34mEmbracing Sustainability in Cloud-Native Ecosystems
56mBuilding in the cloud for sustainability
32mGreenOps in the cloud
06mEco-DevOps - Building a Greener Future
49mBuilding a zero-waste compute infrastructure on