The first carbon accounting engine engineered exclusively for data centers. Granular tracking from refrigerant leaks to GPU fabrication hotspots.
Hyperscalers are straining global grids and accelerating carbon taxes.
Inefficient CRACs and liquid loops driving up PUE exponentially.
Driven directly by CSRD audits and strict EU regulations.
Generalist platforms use rough spend-based estimates. Compute Carbon maps your physical infrastructure across all three scopes with deep engineering precision.
Pre-built LCAs for GPUs, TPUs, RAM, and SSDs. We track emissions from 500°C silicon wafer fabrication to final assembly, avoiding generic spend-based errors.
Precise modeling of backup diesel generator runtime during outages, and fugitive emissions from R-134a refrigerants in cooling loops.
Location and market-based grid carbon intensity. Identifies PUE (>1.5) amplification.
Export GHG Protocol compliant reports with full data lineage.
Generic ESG platforms aren't built for AI infrastructure. Compute Carbon understands the compute layer intimately.
The AI boom demands new metrics. We track dynamic PUE forecasting for GPU clusters and real-time emissions separated by inference vs. training workloads.
Built from the ground up for EU CSRD automation. We are Paris-based, aligning perfectly with strict European data residency and compliance laws.
We partner directly with hardware manufacturers to source primary Product Carbon Footprints (PCFs), completely eliminating reliance on inaccurate industry averages.