• Home
  • Case Studies
  • Real-Time Carbon Footprint Analytics Platform for Positive Carbon

Real-Time Carbon Footprint Analytics Platform for Positive Carbon

WeSoftYou built a robust analytics platform for Positive Carbon, helping companies measure and reduce CO₂ emissions through automated data collection, visualization, and actionable insights.

Industry

Environmental Services, Sustainability & GreenTech, Data Analytics

Project duration

Ongoing (2023 – Present)

Country state

Ireland (Global Client Base)

Team

8

Technology

Real-Time Carbon Footprint Analytics Platform for Positive Carbon, image #2
Node.JS
Real-Time Carbon Footprint Analytics Platform for Positive Carbon, image #3
Python
Real-Time Carbon Footprint Analytics Platform for Positive Carbon, image #4
PostgreSQL
Real-Time Carbon Footprint Analytics Platform for Positive Carbon, image #5
React.JS
Real-Time Carbon Footprint Analytics Platform for Positive Carbon, image #6
AWS
Real-Time Carbon Footprint Analytics Platform for Positive Carbon, image #7
Docker
Real-Time Carbon Footprint Analytics Platform for Positive Carbon, image #8
Kubernetes

🏃

Positive Carbon is an environmental startup focused on helping companies monitor and reduce their carbon footprint. As the demand for precise, real-time CO₂ data grew, Positive Carbon needed a flexible yet powerful platform to integrate with various sources—ERP systems, IoT sensors, and third-party APIs—to calculate and visualize emissions data.

Key Objectives

  • Deliver accurate carbon emissions metrics in real time.
  • Integrate seamlessly with clients’ existing data infrastructure (IoT devices, ERP, CRM).
  • Provide meaningful dashboards and automated reporting to multiple stakeholders.

WeSoftYou designed a modern, scalable platform that can handle complex datasets from diverse sources. The solution processes large volumes of real-time data, applies advanced algorithms for CO₂ calculations, and presents the insights through interactive dashboards, helping businesses track their sustainability progress and meet environmental compliance standards.

Results ✨

Enhanced Accuracy

Achieved a measurement accuracy of ±3% by automating real-time data ingestion and standardizing carbon emissions calculations.

Accelerated Decision-Making

Stakeholders can now review live emissions data and quickly adjust sustainability initiatives, leading to more dynamic and proactive strategies.

Scalable Architecture

Designed on a microservices-based model, the platform easily scales to accommodate new clients, more data sources, and increasing data volume.

Improved Reporting & Transparency

Automated, visually rich reports foster greater trust among investors, auditors, and partners—bolstering environmental accountability.

Project goals ⚡️

Implement a real-time analytics pipeline to capture and calculate emissions data.

Integrate seamlessly with existing enterprise systems (ERP, IoT sensors, etc.).

Enable clear, easy-to-share dashboards and reports for diverse user roles.

Ensure the solution adheres to international environmental standards and regulations.

Challenges ⛰

01.

Complex Integrations: Each client had unique data sources (IoT devices, ERP, manual logs).

02.

Data Validation: Ensuring high accuracy across multiple data streams and formats.

03.

Global Regulations: Different regions required different compliance and reporting formats.

04.

Performance at Scale: Processing large volumes of data in near real-time without downtime.

The process 🚧

To deliver a scalable and reliable solution for Positive Carbon, we followed a structured development process supported by a modern tech stack. Each stage — from initial discovery to deployment and support — was designed to ensure seamless data handling, regulatory compliance, and high system performance.

Stages 🎢

01.

Discovery & Requirements Gathering : Analyzed Positive Carbon’s existing workflows and pain points. Identified key integrations (AWS IoT, third-party climate APIs, etc.). Defined scope based on regulatory needs (ISO 14064, GHG Protocol).

02.

Architectural Planning Chose Node.js and Python for data processing and pipeline orchestration. Structured a multi-database approach (PostgreSQL for core data, TimescaleDB for time-series data): Established microservices and containerized deployments using Docker and Kubernetes.

03.

Core Platform Development Built an ingestion service to standardize data from IoT devices and APIs. Implemented real-time dashboards using React.js and D3.js for interactive visualization: Added advanced filtering and analytics tools to dissect carbon emissions by location, process, or time.

04.

Testing & Validation Employed automated unit tests, integration tests, and QA cycles to validate data accuracy: Stress-tested the system’s ability to handle spikes in data volume from connected sensors.

05.

Deployment & Ongoing Support Deployed on AWS for global accessibility and automatic scaling. Provided continuous monitoring, real-time alerts, and periodic performance tuning: Supported additional feature requests, including new compliance reports and custom analytics modules.

Team composition 👨‍💻

1 Project Manager

2 Front-end Developers

3 Back-end Developers

1 QA Engineer

1 DevOps Engineer

Technology stack ⚙️

Back-end: Node.js, Python, PostgreSQL, TimescaleDB, Docker, Kubernetes, AWS (EC2, S3).

Front-end: React.js, D3.js

Core features 💻

Real-Time Carbon Footprint Analytics Platform for Positive Carbon, image #9

Carbon Emissions Dashboard

  • Interactive charts and real-time metrics to monitor CO₂ output.
  • Drill-down functionality to identify high-emission sources.
Real-Time Carbon Footprint Analytics Platform for Positive Carbon, image #10

Automated Reporting

  • Scheduled generation of compliance reports (GHG Protocol, custom standards).
  • One-click export features for stakeholders and auditors.
Real-Time Carbon Footprint Analytics Platform for Positive Carbon, image #11

Multi-Source Data Integration

  • Connects to IoT sensors, production systems, and ERP solutions via REST and streaming APIs.
  • Normalizes data for unified tracking and analytics.
Real-Time Carbon Footprint Analytics Platform for Positive Carbon, image #12

Alerts & Notifications

  • Threshold-based alerts for sudden spikes in emissions.
  • Automated email/SMS notifications for compliance deadlines.
Real-Time Carbon Footprint Analytics Platform for Positive Carbon, image #13

Role-Based Access Control

  • Secured logins for admins, partners, and auditors with tiered permissions.
  • Ensures sensitive data is accessed only by authorized personnel.

Do you want to start a project?

Privacy Policy
Please fix errors

Maksym Petruk, CEO

Maksym Petruk
Banner photo

Meet us across the globe

United States

United States

66 W Flagler st Unit 900 Miami, FL, 33130

16 E 34th St, New York, NY 10016
Europe

Europe

109 Borough High St, London SE1 1NL, UK

Prosta 20/00-850, 00-850 Warszawa, Poland

Vasyl Tyutyunnik St, 5A, Kyiv, Ukraine

Av. da Liberdade 10, 1250-147 Lisboa, Portugal