Route compute to green energy.
Automatically schedule workloads in regions powered by renewable energy. Reduce carbon footprint without sacrificing performance or availability.
Up to 90%
Carbon reduction
Real-time tracking
Energy source
Carbon-aware
Regions
None
SLA impact
Sustainability built in.
Real-time carbon signal, region selection, and time-shifting — at no extra cost.
Real-time carbon signal
Live marginal carbon intensity data from grid operators. Schedule workloads when and where clean energy is abundant.
Smart region selection
Automatically place non-urgent workloads in the greenest available region. Respect data sovereignty constraints.
Time-shifting
Delay batch jobs by hours to coincide with peak solar or wind generation. Automated scheduling with deadline guarantees.
Carbon reporting
Per-project, per-workload carbon footprint dashboards. Export data for ESG reporting and regulatory compliance.
Carbon-aware Kubernetes
GKE nodes automatically scale in green regions. Pod scheduling annotations for carbon-sensitive workloads.
No performance loss
Latency-sensitive workloads remain in optimal regions. Only batch and flexible workloads are routed for carbon savings.
Getting started
Launch your first instance in three steps. CLI, console, or API — your choice.
ur carbon-aware enable \
--project=my-project \
--workload-types=batch,ci-cdGreen compute in practice.
Reduce emissions without changing your code or your SLAs.
Green batch processing
ETL pipelines and data processing jobs automatically scheduled during peak renewable energy periods.
View tutorialSuggested configuration
Multi-region · Time-shift · Max 4h delay
Estimate your costs
Create detailed configurations to see exactly how much your architecture will cost. Pay for what you use, down to the second.
Configuration 1
Eco Routing
Traffic & Bandwidth
Add-ons
Cost details
Optimize network paths for lowest carbon footprint.
Works seamlessly with
Frequently asked questions
Compute sustainably.
Enable carbon-aware routing at no extra cost. Reduce your workload emissions by up to 90%.