About
URIMPACT is a climate-tech platform empowering individuals and organizations to measure, reduce, and offset their carbon footprint in a simple and transparent way.
We connect users with verified local environmental projects — from reforestation and regenerative agriculture to marine restoration — to create real, measurable climate impact.
Whether you're a business aiming to reach net-zero or an individual committed to sustainable living, URIMPACT helps you track your emissions, take climate action, and share your journey with the world.
Together, we make carbon accountability accessible, credible, and impactful.
Why URIMPACT?
Statistics
Our Services
Our Services
Accurate carbon footprint calculator
Our Services
Our Services
Our Services
Instant reports and official certificates
Projects
Our Services
Projects
Trusted local environmental projects
How URIMPACT Works?
How URIMPACT Works?
Step 2: Geospatial & Satellite Validation
Step 1: Carbon Data Collection
At URIMPACT, we combine smart data collection, satellite insights, and scientific carbon methodologies to provide accurate, localized, and actionable carbon footprint assessments.
Step 1: Carbon Data Collection
Step 2: Geospatial & Satellite Validation
Step 1: Carbon Data Collection
We gather key data from users and businesses through our digital platform. Inputs include:
- Energy consumption (electricity, fuel)
- Transportation habits (vehicles, flights)
- Business operations (employees, logistics)
- Land use and agricultural practices
These are collected via:
- Online smart forms
- IoT-connected sensors (for partners)
- User-uploaded utility and fuel records
Step 2: Geospatial & Satellite Validation
Step 2: Geospatial & Satellite Validation
Step 2: Geospatial & Satellite Validation
To verify land-based or project-specific emissions, we integrate data from:
- Satellite imagery (e.g. Sentinel-2, Landsat)
- NDVI / biomass analysis
- Remote sensing of land cover and vegetation health
This allows us to:
- Validate carbon sequestration in forests and farms
- Monitor project progress over time
- Ensure credibility of carbon offset claims
Step 3: Carbon Calculation Engine
Step 3: Carbon Calculation Engine
Step 2: Geospatial & Satellite Validation
We use internationally recognized methodologies from:
- IPCC Guidelines
- GHG Protocol
- FAO carbon assessment tools
Our engine converts activity data into carbon values (CO₂e), using location-based emission factors and real-time environmental variables.
Step 4: Reporting & Certification
Step 3: Carbon Calculation Engine
Step 4: Reporting & Certification
Once a user's or project's emissions are calculated:
- A clear report is generated (PDF or dashboard)
- A verified certificate is issued for carbon offsets
- Companies can access historical data, project logs, and compliance-ready records