Ahodzil offers a cloud‑native platform that quantifies software energy use and CO₂ emissions by instrumenting applications at runtime and applying static analysis to estimate per‑function and per‑transaction metrics. The service provides these data via a RESTful API, interactive dashboard, and CI/CD plugins that enforce energy budgets and generate compliance reports for sustainability tracking.
Funding
Funding not disclosed
Founders
Product
Problem
Software teams often lack precise, actionable data on the energy consumption and carbon intensity of their code during development and production, making it difficult to identify inefficiencies or meet sustainability targets. This opacity leads to higher operational emissions and missed opportunities for optimization.
Solution
Ahodzil delivers a cloud‑native energy rating platform that quantifies the environmental impact of software execution in standardized units (kWh, CO₂e). By instrumenting applications at runtime and augmenting static analysis, the service generates per‑function and per‑transaction energy metrics that can be tracked over time. The platform exposes these metrics through a RESTful API and an interactive dashboard, enabling developers to benchmark, monitor, and iteratively reduce digital carbon footprints. Integration hooks for CI/CD pipelines automatically flag regressions in energy efficiency before code reaches production. Ahodzil also provides compliance reports aligned with emerging green‑software standards, helping organizations demonstrate sustainability progress to stakeholders.
Target Audience
The primary customers are software development teams, DevOps engineers, and sustainability officers at technology enterprises seeking to embed energy efficiency into their product lifecycle.
Features
- Runtime instrumentation SDK (Java, Python, Node.js) that captures power draw and translates it to energy‑per‑operation metrics
- Static code analysis module that estimates energy consumption for unexecuted code paths using calibrated models
- CI/CD plugins for Jenkins, GitHub Actions, and GitLab CI that enforce energy budgets and generate pull‑request annotations
- RESTful API and WebSocket streams for real‑time retrieval of energy data, supporting custom dashboards and third‑party analytics
- Benchmark library with reference workloads to contextualize energy scores against industry baselines
- Automated compliance reporting aligned with ISO 14064 and the Green Software Foundation’s metrics
- Role‑based access control and end‑to‑end encryption to secure sensitive usage data