Quick Terrain Modeler
Quick Terrain Modeler, developed by Applied Imagery, is a premier 3D point cloud and terrain visualization software designed for efficient LiDAR data exploitation. It offers a user-friendly interface that allows users to work with extensive 3D datasets, perform rapid analyses, and export a variety of products with minimal training. The software supports data from multiple sources, including LiDAR, photogrammetry, radar, and sonar, and can handle data in various coordinate systems, converting them seamlessly within a single scene. Key features include visualization of vast amounts of 3D data in point cloud or surface model formats, interactive inspection tools, 3D editing capabilities, automatic point cloud classification, building extraction, and a suite of geospatial analysis tools. Quick Terrain Modeler is compatible with Windows operating systems and offers a free trial version for users to evaluate its capabilities.
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netTerrain DCIM
netTerrain is an automated and interactive visual diagraming and reporting solution that renders real-word views of your entire IT ecosystem—from data centers to networks, fiber, and cloud. netTerrain's interactive maps and reports replace scattered documentation and guesswork with clarity: cut costs, troubleshoot faster, prevent downtime, reduce field visits, and instantly find and share vital information.
You get high-level overviews and details on capacity, power, security patches, work orders, and more. With actionable insights, you can now visualize and understand any element in your IT ecosystem and make the correct business decisions every time!
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MetGIS
MetGIS is a high-precision weather data platform that combines advanced numerical weather prediction models with extremely detailed terrain information to produce ultra-accurate forecasts and meteorological insights. MetGIS’s name reflects its core strengths: “Met” for meteorology and “GIS” for geographic information systems, enabling forecasts that integrate exact altitude and location data for improved detail and relevance. This makes it especially reliable in complex environments like mountainous regions where conventional forecast systems struggle. It delivers weather information through a suite of weather APIs designed for easy integration into websites, mobile apps, and enterprise systems. These include services for point-specific weather forecasts, high-resolution weather layers for mapping applications, historical weather data, long-range forecasts, and weather warnings — all with spatial resolution down to around 30 meters.
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Irrimaker
Irrimaker lets you design comprehensive irrigation projects ranging from large-scale agricultural designs to small-scale landscape designs. It lets you evaluate installation alternatives in advance, survey any terrain, produce a contour plan, draw the details, produce a bill of materials, and send drawing results back to AutoCAD and Google Maps. Easy to use and flexible interface. Full irrigation system design. Easy to analyze and validate designs. Digital terrain modeling and computer-aided drafting. Irrimaker handles the various design processes with ease by creating a seamless flow of data between survey topography, computer-aided design functions, irrigation design elements, as well as input and output to Google Maps. It enhances Google Maps’ information on terrain images and elevations and lets you use this information to build contour plans or use your own survey data to draw detailed plans and apply the irrigation design.
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