The VeriDaaS team recognized that, although existing Geospatial providers have steadily evolved to meet the needs of current challenges, the market has been slow to adopt breakthrough technologies that have long-lasting transformational impact. VeriDaaS understood that the lack of incentive to disrupt existing methodologies were not only impacting existing customers, they were also constraining the development of new markets, such as 5G and autonomous vehicles, as well as reducing access to new customers in traditional markets. 

From this realization, VeriDaaS was born, focused on combining the best in Geiger-Mode LiDAR, an unmatched acquisition fleet, and a massive IT infrastructure to process and serve data at speeds that make data truly usable for all. By deploying these market-first technologies, VeriDaaS has driven down the cost of the data while expanding accessibility, functionality, and data effectiveness … an opportunity stitched together by our team, well-versed in challenges facing the Geospatial market and aware of its need to undergo a radical evolution.

Airborne LiDAR

Airborne LiDAR System

Spatial analysis is as diverse as the user's skill and imagination. This gives the user the ability to conduct analysis with the entire project perspective in mind. LiDAR applications can be broken into wide area and corridor mapping projects.

Wide area projects include topological mapping, flood plane modeling, urban area GIS, exploration area modeling, resource management, agricultural monitoring, and infrastructure modeling.

Corridor projects can vary from transportation mapping, pipeline route mapping, estuary environmental modeling, and transmission line thermal rating to name a few.

As an example LiDAR for road design allows various best route scenarios to be run in road engineering software to select optimal road alignment. Road design parameters are accurately transferred to the field.

An accurate centre line determination and the measure of cuts and fills can be determined. Other benefits include the best stream crossing locations with their profiles and accurate grade determinations.

For a mining company an initial ground subsidence pilot project turned into a yearly LiDAR survey. LiDAR accuracy and repeatability allowed a comparison of year over year to model subsidence and compute the volume of tailings.

LiDAR helps to yield important mission-critical data for users. Using LiDAR is a cost effective and timely way to survey an area for geographical knowledge. Instead of using manpower, money, and other resources, a LiDAR survey can map more detailed aspects of the terrain compared to other remote sensing tools.

You have the ability to view every nook and cranny of the terrain through the use of LiDAR technology. Imagine the time and resources saved and the many discoveries that await your next project.

Mapping land companies utilize 3D technology to provide an impressive record or display of your project site, using either LIDAR (Light Detection and Ranging) or aerial photography. Digital surveying includes collating and collecting the earth's surface data from distant sensing, which is arranged into a raster and/or vector file that can be seen using appropriate software. The key role of 3D surface in surveying is to generate a precision aerial illustration map, which give the exact representation of the earth's surface, and for utilization in a variety of purposes. For instance, 3D mapping is utilized in mining to record development of extractive bulk, or to assess forest fire aftermath.