Kaarta Announces Stencil Pro Mobile Mapping System

Kaarta, a specialist in real-time mobile 3D reality capture, is introducing Stencil Pro, a professional-grade mobile mapping platform with high-quality dimensional and visual fidelity. The multipurpose Stencil Pro mobile mapping system provides accurate results with impressive speed, even in challenging environments such as in underground mines or along utility corridors. An all-in-one system to scan, process and view captured data in real time, Stencil Pro offers panoramic high-definition 4K imagery and colourized point clouds. With robust surround-view perception in a wide range of light conditions, Stencil Pro is optimized for both indoor and outdoor performance. Featuring a 32-line high-density, low-noise Lidar with... (read more)
2020-06-04 10:12:32

Velodyne Lidar Sensors Power Kaarta Mobile Mapping Solutions

Velodyne Lidar recently announced that Kaarta has included Velodyne’s smart, powerful Lidar technology in Kaarta’s new Stencil 2-32 ground surface mapping solution. Equipped with Velodyne Lidar, Stencil 2-32 accurately scans ground-level surfaces, mapping items such as kerbs, manholes, signs, poles and other features at a fraction of the cost of traditional mobile mapping systems. The Stencil platform helps enable city planning for infrastructure improvements as well as parking and traffic management. The 3D data generated by Stencil 2-32 can be utilized for a range of applications including BIM modelling, geospatial data analytics, and cataloging tools. For example, Allvision uses Stencil... (read more)
2019-07-29 11:37:27

Kaarta Wins Microsoft Indoor Localization Competition for Second Time

Kaarta, innovator of the next big leap in 3D modelling, took first place for the second consecutive year in the Microsoft Indoor Localization Competition held at the IPSN 2017 conference. Kaarta not only achieved the best accuracy score overall, but it also did so in real time without the use of prior maps or any infrastructure such as beacons or ultra-wideband radio and required no post-processing. The Microsoft Indoor Localization Competition is a well-known annual benchmark for assessing many approaches to indoor localisation. This year, technologies from both academia and industry were put to the test in a space encompassing... (read more)
2017-05-19 11:37:34

Kaarta Introduces New Solution for Large 3D Datasets

Kaarta, the innovator of real-time mobile 3D reality capture, has announced Kaarta Cloud, a new solution to process, store and share 3D spaces. It provides a fast, convenient and flexible workflow from field capture to finished data. Kaarta Cloud offloads the heavy lifting of the crucial processing of large 3D datasets. It offers the horsepower of an ultra-high performance parallel-processed network to tackle the load of processing massive reality capture files, far surpassing the computing power available on any local workstation or Kaarta device. SLAM and cloud-based processing Under the hood is Kaarta Engine, Kaarta’s patent-pending advanced 3D mapping and... (read more)
2020-07-20 11:58:20

Rapid 3D Reality Capture Solution with Integrated Photorealism

Kaarta has made another leap forward in the advance of rapid 3D reality capture with the launch of Kaarta Reality Layer. This augments its already geometrically accurate and robust spatial capture with the richness of colour information, running the gamut from point cloud to surface mesh and from RGB point cloud to rich photorealistic model. These integrated colourisation capabilities make it possible to quickly capture and process just the level of colour detail needed for a wide range of built-environment applications, from planning and design to construction, ongoing operations and maintenance. In addition, the ability to automatically generate photorealistic 3D models promises... (read more)
2018-04-12 10:40:01

Autonomous 3D Modelling of Indoor Spaces

A Comparison of Mobile Indoor Scanning Methods
Mobile scanning can be an equally accurate yet more cost-effective solution than traditional terrestrial laser scanning done with tripods. To succeed, however, mobile scanners not only require a suitable combination of sensors, but also reliable and continuous knowledge about where the scanners are located and the direction in which they are pointing during scanning. There are multiple ways to achieve this, which has led to the development of various scientific and commercial solutions. This article compares several mobile scanning solutions for 3D modelling of indoor spaces and highlights their strengths and weaknesses. In modern society, people tend to spend more... (read more)
2017-10-24 04:26:03

Technologies for the Future: A Lidar Overview

Building the Capability for High-density 3D Data
Point clouds can be captured by an ever-increasing number of means to understand the surrounding reality and detect critical developments. Diverse applications of 3D laser scanning or ‘Lidar’, which is a technology on a sky-rocketing path to be used for mapping and surveying, are changing the way we collect and refine topographic data. Which technologies and processes are building the capability for high-density 3D data? This article outlines the latest industry developments. National topographic databases store data refined from field measurements, imagery and laser scanning data at certain specifications and purposes, but lack the ability to adapt to ever-changing needs... (read more)
2019-02-28 09:50:53
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