Architecting in the Cloud for Sustainability
summary
Cloud use already cuts energy vs. colo — AWS cites 80% energy reduction (up to 96% with 100% renewables). Practical moves include region choice for efficiency, shifting from 2 AZ warm replicas to 3-way 66% utilization or using cold capacity for noncritical failover, smoothing cron peaks with jitter and queues, switching logs to Zstandard compression (claimed 1 exabyte storage reduction), using purpose-built chips like Graviton3, and tracking results with the customer carbon footprint tool and Sustainability Data Initiative.
AI-written summary · about
chapters (13)
- 0:00Introduction and context
- 1:27Understanding carbon footprint
- 5:29Cloud sustainability benefits
- 8:25Sustainability in the cloud
- 9:34Region selection for efficiency
- 10:41User behavior patterns
- 13:14Software patterns for peaks
- 15:56Choosing efficient hardware
- 17:19Data storage and processing
- 20:07Development and deployment
- 21:20Embedding sustainability in processes
- 24:27Tracking and reporting metrics
- 25:49Summary and next steps
related talks
36mArchitecting in the Cloud for Sustainability
36mArchitecting in the Cloud for Sustainability
57mOptimizing your infrastructure for sustainability
32mGreenOps in the cloud
34mEmbracing Sustainability in Cloud-Native Ecosystems
56mBuilding in the cloud for sustainability
06mEco-DevOps - Building a Greener Future
35mSustainable Platform Engineering: Having a Green Thumb Without Shooting Up