An environmental scientist collects site reconnaissance information and adds his observations as photos and notes to the site for review by his supervisor. He also likes to verify soil sample data and rule out any need for remediation within the current focus area (500’) of their project by visually performing a quick radius buffer analysis....

An engineer performing site evaluation requires to study geology data and fault lines relevant to a site. As part of this, she needs to pull up and plot the historic boring data on her current investigation site along with geology and fault data layers. To accomplish this process, the engineer goes to fuse.earth, logs into her...

Digital mapping systems are implemented in solving many daily problems at some level, whether obvious or not. Maps help solve simple problems like finding the route to new cinemas in your area, or complex problems like assessing the risk of groundwater pollution on your site from a nearby mine. However, the benefit of readily accessible...

Simplicity for the end-user coupled with a robust background architecture defines fuse.Earth™ in a nutshell. We follow a unique 5-step Geospatial Information Science and Engineering Lifecycle (5GIEL™) in implementing our mantra of “demystifying GIS and empowering the end user”. The 5GIEL™ architecture governs the frontend and behind the scenes of our brand new GIS fuse.Earth™. fuse.Earth™ in...