Sustainable cloud architecture for a greener future
Cloud computing consumes significant energy. We take responsibility for our environmental impact — designing green architectures, optimizing for carbon efficiency, and helping clients measure and reduce their cloud carbon footprint.
Four pillars of green cloud
Select a pillar to explore how we design sustainable cloud architectures.
Measure Carbon Impact
100% measuredWe measure the carbon footprint of every cloud workload — so reduction is data-driven, not guesswork.
Sustainability starts with measurement. We implement carbon tracking across cloud workloads — compute, storage, networking, and data transfer. We use cloud provider carbon dashboards, third-party tools, and our own frameworks to give you a complete picture of your cloud's environmental impact.
Sustainable patterns we implement
Architecture patterns that reduce carbon footprint while improving performance and reducing cost.
Right-Sizing
32% savingsMatch instance types and sizes to actual workload demand — eliminating idle capacity and wasted energy.
Serverless & Event-Driven
Zero idleUse serverless and event-driven architectures to run code only when needed — zero idle compute.
Carbon-Aware Scheduling
Carbon-awareSchedule batch and flexible workloads during high-renewable-energy periods or in greener regions.
Auto-Scaling
Scale to zeroScale to zero during idle periods and scale up with demand — no wasted capacity.
Storage Tiering
Tiered storageTier storage to lower-energy options (cold, archival) for infrequently accessed data.
Container Density
High densityMaximize container density on Kubernetes to use fewer nodes and less energy per workload.
Questions about green cloud
Sustainability assessment
Measure your cloud carbon
- 100% measured
- 32% efficiency
- Green architecture
Build sustainable cloud platforms
Partner with ScaleCloud to measure, reduce, and offset your cloud carbon footprint — while reducing cost and improving performance.