The company provides carbon‑aware software engineering tools that profile code to quantify energy consumption and recommend algorithmic and data‑structure optimizations. Its platform integrates with CI/CD pipelines to enforce configurable Software Carbon Intensity thresholds, offers real‑time dashboards for per‑service carbon metrics, and suggests cloud resource right‑sizing. It also delivers training, certification, and compliance reporting to help enterprises meet sustainability targets.
Funding
Funding not disclosed
Founders
Product
Problem
Software applications often consume excessive compute cycles and memory, leading to heightened energy use in data centers and on end‑user devices. This inefficiency inflates operational costs and contributes to a measurable carbon footprint, while regulators and customers increasingly demand transparent sustainability metrics.
Solution
The company delivers a suite of carbon‑aware engineering services that embed energy efficiency into the software development lifecycle. By analyzing codebases, it identifies high‑impact hot paths and recommends algorithmic refinements, data‑structure optimizations, and lazy‑evaluation patterns that reduce CPU and memory demand. It also provides guidance for right‑sizing cloud instances, selecting low‑energy programming languages, and configuring runtime environments to align with real‑time grid carbon intensity. Integrated dashboards expose Software Carbon Intensity (SCI) scores and forecast emissions under varying workload scenarios, enabling teams to make data‑driven trade‑offs between performance and sustainability. The offering includes automated tooling that hooks into CI/CD pipelines, generating actionable reports and enforcing sustainability thresholds before release. Training workshops and documentation help organizations institutionalize green‑software principles across engineering, operations, and compliance functions.
Target Audience
Primary customers are large‑scale enterprises, cloud service providers, and DevOps teams that manage extensive software portfolios and need to meet sustainability targets while maintaining performance. Sustainability officers and engineering leadership seeking measurable carbon‑reduction pathways also rely on these services.
Features
- Static and dynamic code profiling that quantifies energy consumption per function and maps it to SCI metrics
- Automated refactoring suggestions for algorithmic efficiency, including loop unrolling, memoization, and vectorization options
- CI/CD plugins that enforce configurable carbon‑intensity limits and block builds that exceed thresholds
- Real‑time sustainability dashboard with per‑service carbon intensity, renewable‑energy availability signals, and predictive emission modeling
- Cloud resource right‑sizing engine that recommends optimal VM sizes, autoscaling policies, and serverless alternatives based on workload patterns
- Language‑level guidance tool that evaluates compiled vs. interpreted runtimes for energy impact and suggests greener alternatives where feasible
- Structured compliance reporting templates aligned with the Green Software Foundation standards and emerging EU digital carbon‑footprint regulations
- Interactive workshops and certification programs for engineering and sustainability teams to adopt carbon‑aware development practices