Teledyne Geospatial is a leading provider of comprehensive solutions for seamless land and marine mapping. Our advanced LiDAR scanners and AI-powered software workflows unlock efficient and effective geospatial data collection and processing for UAVs (unmanned aerial vehicles), autonomous underwater vehicles (AUVs) and unmanned surface vehicles (USVs).
Our compact LiDAR scanning sensors are ideal for OEMs and system integrators of UAV platforms, providing exceptional performance and high-precision data in highly complex environments.
The CLS-A is a survey-grade integrated LiDAR and camera solution for high-precision and high-accuracy surveying and inspection applications. Featuring a tightly-integrated kinematic IMU, the payload provides a 360-degree field of view and captures the highest quality point clouds for topography, 3D modelling and GIS asset collection. The calibrated non-mechanical global shutter camera accurately colorizes LiDAR data and also aids in software analysis.
The payload can capture wide swaths for increased surveying productivity, as well as vertical surfaces for 3D modelling applications. It can be operated from 120m AGL and still acquire details from the floors of pit mines and valleys.
The laser scanner’s narrow beam divergence, long range, wide scan angle, and multiple returns allow the collection of ground returns even through dense vegetation.
The CLS-A is easily integrated onto a wide variety of drone platforms, requiring only power, an isolated mechanical mount, and a separate GNSS antenna. Data can be efficiently processed through the proven workflow of LMS Profession and Applanix Pospac.
More Information: CLS-A UAV LiDAR & Camera System
The CL-360 is a survey-grade OEM LiDAR sensor providing a 360-degree field of view for versatile UAV mapping and surveying applications, with accuracy of less than 10 mm and data precision of less than 5 mm. With an extremely narrow beam divergence allowing for capture of fine details, it features excellent long-range performance for maximum productivity in airborne applications.
The CL-360 is a highly configurable solution, allowing fine-tuning of pulse repetition rate, range, and lines per second for optimization for almost any application and data requirements.
With an industry-leading maximum scan rate of 250 lines per second, high point densities can be collected even at high UAV flight speeds.
The sensor features Ethernet and RS232 serial interfaces as well as 240 GB of built-in SSD storage. Post-processing software and real-time control and processing libraries are available for developer and system integrator convenience.
More Information: CL-360 Compact LiDAR Scanner
The CL-90 is a compact survey-grade LiDAR sensor designed for OEMs and system integrators of UAVs. Available in a low-SWaP transceiver form factor, it can be easily integrated with a wide variety of drone platforms as well as third party inertial navigation systems (INS) and image sensors.
Featuring superior vegetation penetration and unparalleled data precision, the CL-90 is ideal for surveying in complex environments with extremely tight tolerance and low noise requirements.
A unique 90-degree maximum programmable field of view (FOV) allows you to balance point density against range for maximum application flexibility and high performance even at the limits of UAS flight ceilings.
The sensor is available as a kit bundled together with an Ethernet cable, a power and control cable, and an integrator data package that includes post-processing software and real-time control and processing libraries.
The CL-90 is highly suited to a wide range of UAV survey applications, including:
More Information: CL-90 Compact LiDAR Scanner
The Galaxy CM2000 is a next-generation airborne LiDAR scanner designed specifically for low-flying corridor mapping applications.
With a measuring rate of up to 2 million points per second, it captures the most precise details of corridor elements such as power cables and pylons, railway signs and cellular tower antennas, and can also detect fine changes in the ground over time for pipeline monitoring.
The flexible low-footprint sensor features an adjustable field of view that can be narrowed to the exact width of the corridor, allowing laser measurements to be focused on a precise target. Built-in roll compensation corrects for UAV turbulence, maintaining a constant swath width on the ground.
With point density and efficiency previously seen only with dual-beam sensors, and the highest-quality data precision and accuracy, the CM2000 enables advanced analytics, insights, and decision making for a wide variety of corridor mapping and scanning applications.
More Information: Galaxy CM2000 Corridor LiDAR Scanner
Our geospatial software for the marine GIS community provides high-efficiency resource optimization and data processing solutions for mapping and surveying platforms such as autonomous underwater vehicles (AUVs) and unmanned surface vehicles (USVs).
Our Geographic Information System (GIS) software products have been selected worldwide by national marine mapping and charting agencies, survey companies, port and waterway authorities, oil and gas companies, and academic institutions.
CARIS Mira AI is a state-of-the-art scalable cloud-based platform specifically engineered to host our current and future artificial intelligence (AI)-based software solutions.
Based on Amazon Web Services (AWS), this robust environment requires no additional desktop hardware in order to benefit from powerful future-proof data processing services.
Safety and security are at the forefront of CARIS Mira AI’s operation, with all data sent to the platform being anonymized, randomized and encrypted before transmission. Following the AI classification process, data is then completely removed from the cloud.
CARIS Mira AI leverages powerful advances in deep learning and machine learning to bring you high-performance data processing software that can be seamlessly integrated into your workflow. The platform handles limitless amounts of data across three dimensions, including one-dimensional time series, two-dimensional grids, and three-dimensional point clouds.
CARIS Mira AI automatically pre- and post-processes data to transform it into high-resolution 3D voxel grids suitable for Deep Learning models, and back again. As an additional benefit, this process completely anonymizes the data, stripping all geospatial information during the voxelization process before transmission. Once the classified voxels are returned from the AI, CARIS Mira AI post-processes the data and maps the results back to individual points.
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The Sonar Noise Classifier is the first offering to leverage the power of CARIS Mira AI’s 3d point cloud processing and machine learning capabilities.
Modern hydrographic surveying platforms such as UUVs, AUVs and USVs, equipped with sophisticated multibeam sonars, side-scan sonars and other instruments, can collect thousands of samples per second.
Marine environments are inherently noisy, and manual cleaning of such large sets of survey data can be a lengthy, arduous process.
Taking advantage of the latest developments in Deep Learning for processing survey data and our work with some of the world’s largest hydrographic data producers, the Sonar Noise Classifier significantly reduces the need for manual cleaning. Trained to identify a wide variety of noise patterns from acoustic sensors, use of this solution reduces manual cleaning effort by a factor of up to 10x at an accuracy of 95%.
The Sonar Noise Classifier’s sophisticated algorithm assigns values for all soundings, representing the system’s level of confidence that the sounding is noise. Users can adjust the confidence threshold value to reject soundings as required. The Classifier’s Subset editor can be used to review noise classification values with intuitive visualizations coloured by confidence level.
The power of CARIS AI-driven Sonar Noise Classifier survey data processing solution allows you to confidently and securely offload your data backlog to us. We can help you save your personnel and expertise for the tasks that a machine cannot do, and expedite the process of moving your data from acquisition to review.
The Sonar Noise Classifier service is available as a yearly or monthly subscription basis, providing a customized and scalable marine software solution to meet your processing needs.
Introduction to the Teledyne Optech Galaxy Noise Classifier
20210820 - Available On Demand
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