We are a team of GIS, Remote Sensing Scientists and Designers who are passionate about Geography, Data, Spatial Analysis, and Environmental Science! We enjoy and are highly skilled with creating GIS applications and data products that provide insights about the world and all the fine details within it.
This philosphy is the heart of everything we do.
We are a team of GIS, Remote Sensing Scientists and Designers who are passionate about Geography, Data, Spatial Analysis, and Environmental Science! We enjoy and are highly skilled with creating GIS applications and data products that provide insights about the world and all the fine details within it.
This philosphy is the heart of everything we do.
LandSat 9
The latest USGS satellite, LandSat 9, launched in late 2021 and improved its radiometric and geometric resolutions. The LandSat collection offers a vast library of satellite archives since 1972. The data provides historical views of landscapes world wide and is commonly used by Environmental Scientists.
MODIS
MODIS, Moderate Resolution Imaging Spectroradiometer) is a sensor aboard Terra and Aqua satellites. This sensor is ideal for analyzing Earth's environment. The data is gathered every 1 to 2 days in wide swaths on land, oceans, and in the atmosphere.
Sentinel 2
This satellite provides high spatial resolution over land and coastal waters. The multi-special data includes 13 bands of visible, near infrared, and short wave infrared spectrum data. The Sentinel system has a revisit rate of 10 days at the same viewing angle.
ASTER
Aster, Advanced Spaceborne Thermal Emission and Reflection Radiometer collects high resolution images of Earth in 14 wavelengths. Scientists use its 14 wavelengths of electromagnetic spectrum to create maps of surface temperature, reflectance, elevation, and more.
LandSat 9
The latest USGS satellite, LandSat 9, launched in late 2021 and improved its radiometric and geometric resolutions. The LandSat collection offers a vast library of satellite archives since 1972. The data provides historical views of landscapes world wide and is commonly used by Environmental Scientists.
MODIS
MODIS, Moderate Resolution Imaging Spectroradiometer) is a sensor aboard Terra and Aqua satellites. This sensor is ideal for analyzing Earth's environment. The data is gathered every 1 to 2 days in wide swaths on land, oceans, and in the atmosphere.
Sentinel 2
This satellite provides high spatial resolution over land and coastal waters. The multi-special data includes 13 bands of visible, near infrared, and short wave infrared spectrum data. The Sentinel system has a revisit rate of 10 days at the same viewing angle.
ASTER
Aster, Advanced Spaceborne Thermal Emission and Reflection Radiometer collects high resolution images of Earth in 14 wavelengths. Scientists use its 14 wavelengths of electromagnetic spectrum to create maps of surface temperature, reflectance, elevation, and more.
We are here to help plan and execute a GIS solution to fit your budget, goals, and timelines. We are experienced in small projects to large enterprise solutions.
GeoJango provides engaging interactive webmaps, dashboards, editable maps, and static maps depending on your business or project needs.
The GeoJango team understands that data and maps tell stories and provide insights. Change can be measured and analyzed to identify problems and opportunities.
Our team provides attractive and informative Real Estate Applications that help perspective customer's understand the value of each property. We build real estate mapping applications that are engaging and easy to use.
We can create workflows to analyze crops, fields, and to identify problems early to minimize risks. GIS web applications and dashboards can be built to visualize operations and detect changes over time.
Our team provides attractive and informative Real Estate Applications that help perspective customer's understand the value of each property. We build real estate mapping applications that are engaging and easy to use.
We can create workflows to analyze crops, fields, and to identify problems early to minimize risks. GIS web applications and dashboards can be built to visualize operations and detect changes over time.
NDVI can be used to evaluate the health of vegetations and crops. Moisture can be measured to measure and identify stress and risks.
Remote Sensing Analysis can be used to count the number of trees and forested areas. NDVI can be used to evaluate the health of vegetations and fire risks.
Feature Extraction Analysis can be used to identify features in the landscape and changes over time.
NDVI can be used to evaluate the health of vegetations and crops. Moisture can be measured to measure and identify stress and risks.
Remote Sensing Analysis can be used to count the number of trees and forested areas. NDVI can be used to evaluate the health of vegetations and fire risks.
Feature Extraction Analysis can be used to identify features in the landscape and changes over time.