Auditing impact on people and nature. For every site. Everywhere.
Auditing impact on people and nature. For every site. Everywhere.
Harnessing geospatial intelligence and IoT data for informed sustainability decisions.
USE CASES
See the real impact of your projects—instantly
With cutting-edge satellite monitoring and IoT data, we bring transparency to environmental and socio-economic changes. Whether tracking biodiversity, water usage, or carbon sequestration, our insights help businesses and investors stay ahead, comply with global standards, and make truly informed sustainability decisions.
Browse our most recent use cases
Argentina – Water Stress & Lithium Mining (LEAP-aligned)
We used indicators on water use, vegetation change, and downstream pressure to assess the footprint of expanding lithium operations—supporting the “Locate” and “Assess” steps of the LEAP framework.
Burkina Faso – Verifying Agroecological Practices
We combined field survey data with satellite-based vegetation and land use indices to validate the adoption of regenerative practices and confirm reported yield improvements.
Global – Measuring Regenerative Agriculture
Working with a carbon project developer, we assessed soil organic carbon and other regenerative agriculture indicators using repeatable, satellite-based methods available through our platform
Goa – Mapping Forest Fire Risk
We applied fire vulnerability models across vegetation and elevation layers to help the Government of Goa understand where the risks are greatest and where to prioritize resources.
Himalayas – IRIS+ Aligned Supply Chain Reporting
For an impact investor in indigenous forest-based enterprises, we assessed biodiversity and socio-economic indicators to quantify social return and report under the IRIS+ framework.
Argentina – Water Stress & Lithium Mining (LEAP-aligned)
We used indicators on water use, vegetation change, and downstream pressure to assess the footprint of expanding lithium operations—supporting the “Locate” and “Assess” steps of the LEAP framework.
Burkina Faso – Verifying Agroecological Practices
We combined field survey data with satellite-based vegetation and land use indices to validate the adoption of regenerative practices and confirm reported yield improvements.
Global – Measuring Regenerative Agriculture
Working with a carbon project developer, we assessed soil organic carbon and other regenerative agriculture indicators using repeatable, satellite-based methods available through our platform
Goa – Mapping Forest Fire Risk
We applied fire vulnerability models across vegetation and elevation layers to help the Government of Goa understand where the risks are greatest and where to prioritize resources.
Himalayas – IRIS+ Aligned Supply Chain Reporting
For an impact investor in indigenous forest-based enterprises, we assessed biodiversity and socio-economic indicators to quantify social return and report under the IRIS+ framework.
Argentina – Water Stress & Lithium Mining (LEAP-aligned)
We used indicators on water use, vegetation change, and downstream pressure to assess the footprint of expanding lithium operations—supporting the “Locate” and “Assess” steps of the LEAP framework.
Burkina Faso – Verifying Agroecological Practices
We combined field survey data with satellite-based vegetation and land use indices to validate the adoption of regenerative practices and confirm reported yield improvements.
Global – Measuring Regenerative Agriculture
Working with a carbon project developer, we assessed soil organic carbon and other regenerative agriculture indicators using repeatable, satellite-based methods available through our platform
Goa – Mapping Forest Fire Risk
We applied fire vulnerability models across vegetation and elevation layers to help the Government of Goa understand where the risks are greatest and where to prioritize resources.
Himalayas – IRIS+ Aligned Supply Chain Reporting
For an impact investor in indigenous forest-based enterprises, we assessed biodiversity and socio-economic indicators to quantify social return and report under the IRIS+ framework.
Argentina – Water Stress & Lithium Mining (LEAP-aligned)
We used indicators on water use, vegetation change, and downstream pressure to assess the footprint of expanding lithium operations—supporting the “Locate” and “Assess” steps of the LEAP framework.
Burkina Faso – Verifying Agroecological Practices
We combined field survey data with satellite-based vegetation and land use indices to validate the adoption of regenerative practices and confirm reported yield improvements.
Global – Measuring Regenerative Agriculture
Working with a carbon project developer, we assessed soil organic carbon and other regenerative agriculture indicators using repeatable, satellite-based methods available through our platform
Goa – Mapping Forest Fire Risk
We applied fire vulnerability models across vegetation and elevation layers to help the Government of Goa understand where the risks are greatest and where to prioritize resources.
Himalayas – IRIS+ Aligned Supply Chain Reporting
For an impact investor in indigenous forest-based enterprises, we assessed biodiversity and socio-economic indicators to quantify social return and report under the IRIS+ framework.
Argentina – Water Stress & Lithium Mining (LEAP-aligned)
We used indicators on water use, vegetation change, and downstream pressure to assess the footprint of expanding lithium operations—supporting the “Locate” and “Assess” steps of the LEAP framework.
Burkina Faso – Verifying Agroecological Practices
We combined field survey data with satellite-based vegetation and land use indices to validate the adoption of regenerative practices and confirm reported yield improvements.
Global – Measuring Regenerative Agriculture
Working with a carbon project developer, we assessed soil organic carbon and other regenerative agriculture indicators using repeatable, satellite-based methods available through our platform
Goa – Mapping Forest Fire Risk
We applied fire vulnerability models across vegetation and elevation layers to help the Government of Goa understand where the risks are greatest and where to prioritize resources.
Himalayas – IRIS+ Aligned Supply Chain Reporting
For an impact investor in indigenous forest-based enterprises, we assessed biodiversity and socio-economic indicators to quantify social return and report under the IRIS+ framework.
Argentina – Water Stress & Lithium Mining (LEAP-aligned)
We used indicators on water use, vegetation change, and downstream pressure to assess the footprint of expanding lithium operations—supporting the “Locate” and “Assess” steps of the LEAP framework.
Burkina Faso – Verifying Agroecological Practices
We combined field survey data with satellite-based vegetation and land use indices to validate the adoption of regenerative practices and confirm reported yield improvements.
Global – Measuring Regenerative Agriculture
Working with a carbon project developer, we assessed soil organic carbon and other regenerative agriculture indicators using repeatable, satellite-based methods available through our platform
Goa – Mapping Forest Fire Risk
We applied fire vulnerability models across vegetation and elevation layers to help the Government of Goa understand where the risks are greatest and where to prioritize resources.
Himalayas – IRIS+ Aligned Supply Chain Reporting
For an impact investor in indigenous forest-based enterprises, we assessed biodiversity and socio-economic indicators to quantify social return and report under the IRIS+ framework.
Argentina – Water Stress & Lithium Mining (LEAP-aligned)
We used indicators on water use, vegetation change, and downstream pressure to assess the footprint of expanding lithium operations—supporting the “Locate” and “Assess” steps of the LEAP framework.
Burkina Faso – Verifying Agroecological Practices
We combined field survey data with satellite-based vegetation and land use indices to validate the adoption of regenerative practices and confirm reported yield improvements.
Global – Measuring Regenerative Agriculture
Working with a carbon project developer, we assessed soil organic carbon and other regenerative agriculture indicators using repeatable, satellite-based methods available through our platform
Goa – Mapping Forest Fire Risk
We applied fire vulnerability models across vegetation and elevation layers to help the Government of Goa understand where the risks are greatest and where to prioritize resources.
Himalayas – IRIS+ Aligned Supply Chain Reporting
For an impact investor in indigenous forest-based enterprises, we assessed biodiversity and socio-economic indicators to quantify social return and report under the IRIS+ framework.
Argentina – Water Stress & Lithium Mining (LEAP-aligned)
We used indicators on water use, vegetation change, and downstream pressure to assess the footprint of expanding lithium operations—supporting the “Locate” and “Assess” steps of the LEAP framework.
Burkina Faso – Verifying Agroecological Practices
We combined field survey data with satellite-based vegetation and land use indices to validate the adoption of regenerative practices and confirm reported yield improvements.
Global – Measuring Regenerative Agriculture
Working with a carbon project developer, we assessed soil organic carbon and other regenerative agriculture indicators using repeatable, satellite-based methods available through our platform
Goa – Mapping Forest Fire Risk
We applied fire vulnerability models across vegetation and elevation layers to help the Government of Goa understand where the risks are greatest and where to prioritize resources.
Himalayas – IRIS+ Aligned Supply Chain Reporting
For an impact investor in indigenous forest-based enterprises, we assessed biodiversity and socio-economic indicators to quantify social return and report under the IRIS+ framework.
Argentina – Water Stress & Lithium Mining (LEAP-aligned)
We used indicators on water use, vegetation change, and downstream pressure to assess the footprint of expanding lithium operations—supporting the “Locate” and “Assess” steps of the LEAP framework.
Burkina Faso – Verifying Agroecological Practices
We combined field survey data with satellite-based vegetation and land use indices to validate the adoption of regenerative practices and confirm reported yield improvements.
Global – Measuring Regenerative Agriculture
Working with a carbon project developer, we assessed soil organic carbon and other regenerative agriculture indicators using repeatable, satellite-based methods available through our platform
Goa – Mapping Forest Fire Risk
We applied fire vulnerability models across vegetation and elevation layers to help the Government of Goa understand where the risks are greatest and where to prioritize resources.
Himalayas – IRIS+ Aligned Supply Chain Reporting
For an impact investor in indigenous forest-based enterprises, we assessed biodiversity and socio-economic indicators to quantify social return and report under the IRIS+ framework.
Argentina – Water Stress & Lithium Mining (LEAP-aligned)
We used indicators on water use, vegetation change, and downstream pressure to assess the footprint of expanding lithium operations—supporting the “Locate” and “Assess” steps of the LEAP framework.
Burkina Faso – Verifying Agroecological Practices
We combined field survey data with satellite-based vegetation and land use indices to validate the adoption of regenerative practices and confirm reported yield improvements.
Global – Measuring Regenerative Agriculture
Working with a carbon project developer, we assessed soil organic carbon and other regenerative agriculture indicators using repeatable, satellite-based methods available through our platform
Goa – Mapping Forest Fire Risk
We applied fire vulnerability models across vegetation and elevation layers to help the Government of Goa understand where the risks are greatest and where to prioritize resources.
Himalayas – IRIS+ Aligned Supply Chain Reporting
For an impact investor in indigenous forest-based enterprises, we assessed biodiversity and socio-economic indicators to quantify social return and report under the IRIS+ framework.
PLATFORM
Bespoke site-specific dashboards that measure and monitor changes in nature and socio-economic impacts.
Core Capabilities:
Choose from our nature metrics catalogue, which contains over 30 curated nature and biodiversity layers monitored monthly from different satellites.
Choose from our nature metrics catalogue, which contains over 30 curated nature and biodiversity layers monitored monthly from different satellites.
Annotate your datasets to communicate with your stakeholders over the vertify.impact platform
Annotate your datasets to communicate with your stakeholders over the vertify.impact platform
Configure your socio-economic survey and view its results on the vertify.impact platform.
Configure your socio-economic survey and view its results on the vertify.impact platform.
Share the results in your corporate identity with your key stakeholders.
Share the results in your corporate identity with your key stakeholders.
Choose from key metrics that align with global sustainability frameworks to ensure compliance and meaningful impact tracking.
Choose from key metrics that align with global sustainability frameworks to ensure compliance and meaningful impact tracking.
About Us
Our mission
Vertify.impact offers site-specific dashboards to track nature and socio-economic change in one place.
Access over 30 curated nature metrics, updated monthly via satellite.
Annotate maps and data to engage your stakeholders.
Run and visualize socio-economic surveys directly on the platform.
Share results in your own branding with decision-makers and partners.
Select metrics aligned with global sustainability standards for credible reporting.
TEAM
These experts in environmental science, geospatial analytics, and sustainable finance help build the vertify.impact offering:
Michael
Anthony
Founder and
Executive Director.
Michael
Anthony
Founder and
Executive Director.
Michael
Anthony
Founder and
Executive Director.
Michael
Anthony
Founder and
Executive Director.
Anuj
Sharma
Co-founder
Anuj
Sharma
Co-founder
Anuj
Sharma
Co-founder
Anuj
Sharma
Co-founder
Arundhati
Deshmukh
Junior Product
Manager
Arundhati
Deshmukh
Junior Product
Manager
Arundhati
Deshmukh
Junior Product
Manager
Arundhati
Deshmukh
Junior Product
Manager
Saptarshi
Panda
Data Science
Advisor
Saptarshi
Panda
Data Science
Advisor
Saptarshi
Panda
Data Science
Advisor
Saptarshi
Panda
Data Science
Advisor
Najah
Pokkiri
Geospatial Data
Science Associate
Najah
Pokkiri
Geospatial Data
Science Associate
Najah
Pokkiri
Geospatial Data
Science Associate
Najah
Pokkiri
Geospatial Data
Science Associate
Roshni
Raheja
Nature MRV
Analyst
Roshni
Raheja
Nature MRV
Analyst
Roshni
Raheja
Nature MRV
Analyst
Roshni
Raheja
Nature MRV
Analyst
Sravanthi
Mopati
Geospatial
Analyst
Sravanthi
Mopati
Geospatial
Analyst
Sravanthi
Mopati
Geospatial
Analyst
Sravanthi
Mopati
Geospatial
Analyst
PARTNERS
