terraPulse, Inc.

terraPulse, Inc. is a United States-based geospatial technology company that maps and monitors the status, history, and potential of large landscapes using satellite-based measurements. According to its own materials, the company applies decades of expertise in geospatial intelligence, machine learning, and satellite image analysis to produce actionable, real-time data for clients in both the public and private sectors. Its stated purpose is to help individuals, businesses, and governments respond more efficiently and adaptably to economic and environmental change, build natural capital, sustain ecosystem health and productivity, and act with the confidence of global data. The company is headquartered in North Potomac, Maryland, in the United States, and operates globally: its datasets are described as covering the entire globe, with spatial resolution ranging from 1 to 500 meters and temporal coverage extending from 1984 to the present. terraPulse is led by co-founders Saurabh Channan (Chief Executive Officer), Joseph Sexton, Ph.D. (Chief Scientist), and Min Feng, Ph.D. (Chief Technology Officer), supported by senior data scientists such as Panshi Wang, Ph.D. At the core of the business is the terraPulse data cube, described as an empirical record of Earth's biosphere mined from satellite measurements with machine learning. The datasets are gridded maps of the cover, structure, and function of ecosystems, provided by location from individual pixels and parcels up to the entire globe, with successive map layers depicting change over time. Measurements are updated daily or annually depending on the variable. The company delivers this data through a platform that includes spatio-temporal data, an interactive dashboard with maps and time-series for monitoring, querying, and reporting ecosystem status and trends, and an API giving developers and data scientists direct access to the terraPulse data cube. Product themes span trees and forests, water and wetlands, range and croplands, urban and developed areas, indices and seasonality, biomass, wildfire, species and habitat, terrain, and ownership. Solution areas include forestry and carbon markets, wildlife management, range and croplands, brokerage and investment, non-profit and government, and science and education. The company cites uses by organizations such as Enviva Biomass (verifying reforestation in its supply chain), the Chinese Academy of Sciences (studying shrinking water bodies across central Asia), Coldwell Banker (monitoring loss of Florida's orange groves and brokering land development), the Idaho Department of Fish & Game (predicting deer and elk populations), National Geographic (protecting the headwaters of the Okavango River), and the United Nations Green Climate Fund (studying wetland urbanization in Laos). terraPulse positions itself as a provider of timely, accurate, and consistent data for the stewardship of timber, pulpwood, and carbon; dynamic habitat maps for conservation; historical records of plant cover, type, and productivity for precision agriculture and adaptive range management; interactive maps and printable property reports for land transactions; reliable data streams for ecosystem monitoring; and peer-reviewed datasets plus a cloud-based teaching platform for science and education. The company is privately held and, as of the available evidence, does not disclose a parent company or public listing.

terraPulse, Inc. is a privately held geospatial data company based in North Potomac, Maryland, United States. Public information about its corporate history is limited, but its own materials describe a business built on decades of expertise in geospatial intelligence, machine learning, and satellite image analysis. The company was co-founded by Saurabh Channan, who serves as Chief Executive Officer; Joseph Sexton, Ph.D., who serves as Chief Scientist; and Min Feng, Ph.D., who serves as Chief Technology Officer. The leadership team also includes senior data scientist Panshi Wang, Ph.D. The company's core technical asset is the terraPulse data cube, which it describes as an empirical record of Earth's biosphere. The data cube is mined from satellite measurements using machine learning and consists of gridded maps of the cover, structure, and function of ecosystems. According to the company, the data are provided by location, from pixels and parcels up to the entire globe, and successive map layers depict changes over time. Spatial resolution ranges from 1 to 500 meters, extents range from individual forest stands or property parcels up to the entire globe, and measurements are updated daily or annually depending on the variable, extending from 1984 to the present. Over time, terraPulse has organized its offerings into a platform with three main components: spatio-temporal data for landscape-scale monitoring and analysis; an interactive dashboard (terraView) with maps and time-series to monitor, query, and report ecosystem status and trends; and an API providing direct access to the terraPulse data cube for developers and data scientists. Product themes include trees and forests, water and wetlands, range and croplands, urban and developed areas, indices and seasonality, biomass, wildfire, species and habitat, terrain, and ownership. The company has also packaged its data into industry solutions: forestry and carbon markets; wildlife management; range and croplands; brokerage and investment; non-profit and government; and science and education. A notable aspect of terraPulse's history is the breadth of organizations it cites as users of its data. Enviva Biomass uses terraPulse to verify reforestation in its supply chain. The Chinese Academy of Sciences uses terraPulse to study shrinking water bodies across central Asia. Coldwell Banker uses terraPulse to monitor loss of Florida's orange groves and to broker land development. The Idaho Department of Fish & Game uses terraPulse to predict deer and elk populations. National Geographic uses terraPulse to protect the headwaters of the Okavango River. The United Nations Green Climate Fund uses terraPulse to study wetland urbanization in Laos. These examples illustrate the company's positioning across conservation, agriculture, forestry, real estate, and government applications. As of the available evidence, terraPulse remains an active, privately held company. It does not appear to be publicly listed, and no parent company or owner is disclosed in the sources reviewed. Its headquarters location in North Potomac, Maryland, is recorded in Wikidata, and its website presents a global operating scope.

• Company co-founded by Saurabh Channan, Joseph Sexton, and Min Feng (exact year not disclosed in available evidence).

• terraPulse data cube developed as an empirical record of Earth's biosphere, with data extending from 1984 to present.

• terraView dashboard and terraPulse API introduced as platform components for monitoring and developer access.

• Industry solutions launched for forestry and carbon markets, wildlife management, range and croplands, brokerage and investment, non-profit and government, and science and education.

Provider of satellite-derived, long-term global geospatial data and simple interfaces for land monitoring, conservation, agriculture, forestry, carbon markets, and land transactions.

• terraPulse data cube

  Gridded maps of ecosystem cover, structure, and function mined from satellite measurements with machine learning; spatial resolution 1–500 m, temporal coverage 1984–present, updated daily or annually.

• terraView dashboard

  Interactive maps and time-series to monitor, query, and report ecosystem status and trends, with map layers, GPS and text search, point and polygon summaries, and vector overlays.

• terraPulse API

  Direct access to the terraPulse data cube for developers and data scientists.

• Surface Water dataset

  Maps inundation of the ground surface by liquid, unfrozen water, categorically or proportionally, globally at up to 10-meter resolution from 1984 to present.

• Land Cover layer

  Provides a binary surface water measurement at 1-meter resolution, with historical coverage depending on availability of high-resolution imagery.

1. 1terraPulse | Satellite-Derived Geospatial Data for Land Monitoringterrapulse.com
2. 2About terraPulse | Geospatial Technology for Land & Climateterrapulse.com
3. 3Geospatial Data Products | terraPulse Platformterrapulse.com
4. 4Water & Wetlands Monitoring Data | terraPulseterrapulse.com
5. 5terraPulse, Inc. (United States) - Wikidatawikidata.org