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CASE STUDY

SmartWatts Energy Estimator

SmartWatts is a self-adaptive power estimation system for containerized software that calculates container power draw in real-time without physical sensors.

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SmartWatts Energy Estimator

Overview

SOFTWARE-DEFINED TELEMETRY FOR THE GREEN CLOUD

SmartWatts is a software-defined energy meter built for Docker and Kubernetes clusters. By hooking into hardware performance counters, it estimates CPU and DRAM power consumption in real-time. It integrates with Prometheus and Grafana dashboards, helping companies locate energy-drainers and choose green alternatives.

DockerKubernetesPrometheusPythonPowerAPI

The Problem

Calculating the carbon footprint of virtualized containers is hard because physical power sensors only report total host energy consumption. Developers cannot see which microservice is wasting resources or how to optimize code for green energy constraints.

My Solution

We built a self-adaptive telemetry pipeline using Python and the PowerAPI framework. It reads CPU instruction states and registers from Intel/AMD processors in real-time. Linear regression models map these cycles to precise wattage numbers, channelling stats to Prometheus metrics.

Impact & Results

Measurable outcomes that drive business growth and user engagement.

<5%Estimation Error Margin
100msCPU Telemetry Latency
Real-TimeGreenhouse Gas Insights
100%Container Parity Rate