Twenty years is a long time in any technology market. In LiDAR and imagery software, it is practically a lifetime.
Since 2006, LP360 has been helping geospatial professionals turn massive, complex point cloud datasets into accurate, usable deliverables. That’s worth celebrating! In an industry where sensors change, workflows evolve, file sizes continue to expand, and customer expectations keep getting higher, LP360 has continued to do what it was built to do from the beginning: make LiDAR data easier to process, easier to understand, and easier to deliver with confidence.
LP360 began its journey in the early days of professional LiDAR adoption, when point cloud data was becoming more common but still difficult for many GIS and mapping professionals to work with efficiently. Originally developed by QCoherent, LP360 was introduced as a LiDAR extension for ArcGIS, giving users a way to access, view, and work directly with LAS files inside a familiar GIS environment. That sounds simple today, but in 2006, it was a big deal.
At the time, LiDAR datasets were already large, difficult to manage, and often required users to create multiple derivative products just to make the data practical to use. LP360 helped change that by allowing users to interact with the point cloud itself. Early features included direct LAS access, cross-section exports, an embedded 3D viewer, and tools designed to bring LiDAR into the GIS world in a more practical way.
That original idea still matters today.
Because even with all the advances in sensors, drones, mobile mapping systems, SLAM scanners, cloud processing, and AI, the goal is still the same: take the data you collected in the field and turn it into something accurate, useful, and ready for the customer.
In 2009, GeoCue acquired QCoherent, bringing LP360 into the GeoCue family. Since then, LP360 has continued to grow from a powerful LiDAR viewing platform into a complete processing environment for drone, airborne, mobile, and terrestrial LiDAR and imagery workflows. What started as a way to make LiDAR easier to use in GIS has become a professional software platform used across surveying, engineering, utilities, construction, mining, forestry, transportation, and mapping applications.
And through all that growth, LP360 has remained proudly made in the U.S.A.
Today, LP360 gives geospatial professionals the tools they need to move from raw data to final deliverables in one streamlined environment. Users can process point clouds, classify data, perform QA/QC, review accuracy, generate surfaces and contours, calculate volumes, visualize data in 2D and 3D, extract features, colorize point clouds, work with imagery, and prepare outputs for clients and downstream software.
For surveyors, that means confidence in the data before it leaves the office. For engineers, it means better surfaces, cleaner deliverables, and easier analysis. For construction teams, it means stockpile measurements, cut/fill volumes, and site documentation that can be trusted. For utilities, it means tools that help pull more value from complex corridor and infrastructure datasets. For mapping professionals, it means the flexibility to work with data from multiple sensors and platforms without constantly jumping between disconnected software packages.
That flexibility has become one of LP360’s biggest strengths.
The geospatial industry is no longer built around one type of sensor or one type of workflow. A single company might be processing UAV LiDAR one day, mobile data the next, and handheld SLAM scans after that. Imagery is now part of the conversation, too. Customers do not just want point clouds. They want orthomosaics, colorized data, 3D models, contours, surfaces, reports, and deliverables that help them make decisions.
LP360 has continued to evolve to meet that reality.
Recent updates have focused heavily on making workflows more intuitive and more connected. New ribbon-based tools, improved processing tabs, and guided workflows help users get to the right tools faster. The Volume tab, for example, makes it easier to manage cut/fill calculations, stockpile measurements, and terrain-based volume computations. These are the kinds of everyday workflow improvements that matter when you are trying to get real project work out the door.
The new 3D Photo Engine is another major step forward. It brings photogrammetry and LiDAR-enhanced imagery workflows into a more integrated experience, allowing users to generate products such as orthomosaics, colorized point clouds, and 3D mesh outputs through a guided interface. As LiDAR and imagery become more connected, LP360 is making it easier to process both together instead of treating them as separate worlds.
And of course, one of the biggest developments this year is AI Classification.
LP360’s AI Classification tools are designed to reduce the manual effort required to classify point cloud data and help users move faster from raw data to usable results. AI Ground Classification gives users a way to classify ground points using a pre-trained deep learning model without building their own training datasets. That is especially important because, for many LiDAR projects, the ground surface is the main deliverable. Getting to a better ground surface faster can have a major impact on the entire workflow.
LP360 has also expanded into additional AI tools, including AI Ground+, AI Forestry, and AI Utilities. These tools are part of a broader effort to help users classify more than just ground points, with workflows designed around vegetation, buildings, utilities, forestry features, and infrastructure data. It is not about replacing the professional. It is about giving the professional a faster starting point, better automation, and more time to focus on quality, review, and final deliverables.
That is really the story of LP360 after 20 years.
It has never been about chasing technology for the sake of technology. It has been about helping geospatial professionals do their work better. From the early days of bringing LiDAR into GIS, to today’s cloud-based AI classification, integrated imagery workflows, 3D visualization, volumetrics, QA/QC, and advanced deliverable creation, LP360 continues to evolve with the needs of the industry.
Twenty years later, LP360 is still here, still improving, and still focused on the same mission: making LiDAR and imagery processing easier, faster, and more reliable for the professionals who depend on it every day.
Here’s to 20 years of LP360, and to the next generation of geospatial workflows still to come.