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Teledyne Geospatial Onboard360

CARIS Process

A near real-time sonar data processing and mapping application, Onboard360 is designed to work with survey platforms by automatically converting data as it becomes available to reduce the product creation timeline and increase quality control.
Built using web-services, Onboard360 streams processed survey data to real-time quality control both on the vessel, and for remote monitoring, providing relevant information for survey operations when it matters.

  • Teledyne Geospatial Onboard360
Teledyne Geospatial
300 Interchange Way
L4K 5Z8 Vaughan
Canada
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Videos
CARIS Onboard - Efficient Solutions for Survey Operations
CARIS Onboard - Efficient Solutions for Survey Operations


CARIS Onboard 2.1
CARIS Onboard 2.1

CARIS Onboard 2.0
CARIS Onboard 2.0

3 Reasons to Include CARIS Onboard in your Survey Workflow
3 Reasons to Include CARIS Onboard in your Survey Workflow

Product Manager Travis Hamilton shares a brief look at reasons to check out CARIS Onboard.


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Description

Built on decades of hydrographic data processing expertise, and supported by the highly scalable CSAR framework, CARIS Onboard enables users to apply automated processes to their data in near real-time, resulting in minimized data conversion and processing times. Large volumes of data are automatically imported and the trusted HIPS and SIPS™ algorithms are applied. It can be easily configured to output data products, such as DEMs and image mosaics, which are kept up to date as new data is automatically processed.

By making the processed products available to staff during survey operations, CARIS Onboard helps improve survey efficiency, reduces the deliverable turnaround time, and allows skilled workers to focus on the tough stuff.

Specifications

  • Year of last update
    2020
  • Year of initial introduction
    2015
  • Modules
    CARIS Process
  • Supported Systems (SB, MB, SSS, Lidar etc.)
    Single Beam, Multibeam, Side Scan Sonar, LiDAR, Synthetic Aperture Sonar (SAS), Interferometric
  • RAM [MB]
    8000
  • HD{GB}
    1
  • Field of Use
    Automation, Hydrography, Oceanography, Exploration and Productions, Scientific
  • Languages Supported
    English
  • Processor
    []
  • Input Formates {XTF, XYZ, GSF etc}
    Atlas SDA/ASD/ACF, Bathyswath SXI/SXP/SXR, Chirpscan 3D BRF, CMAX CMX/CM2, Coda, Edgetech Midas/JSF/EGG260, Eiva SBD, Elac XSE, Furuno, GeoAcoustics RDF/RFF, GSF, Hypack RAW/HSX/HS2, Imagenex D1P/83P/83M, Klein, Kongsberg ALL/OUT/RAW/DEPTH, Kraken TIL, LADS CAF, MarineSonics MST, ProSAS IMG, QMIPS DAT, Seabeam, SEGY Singlebeam, SHOALS OUT/HOF/TOF, SPAWAR DAT, Teledyne TDY, Teledyne Reson S7K/PDS, Winfrog RAW, XTF
  • Max. Number of Soundings
    Infinite
  • Supported Hydrographic Systems
    Eiva, Hypack, SIS, QPS, PDS2000
  • Background format support {Google, Bing, OGC, CAD etc.}
    DXF/DWG, BSB/KAP, BAG, DGN, DEM, ECW, ESRI ASC/ADF/FLT, ESRI Shape, GRIB, GML, GIF, CHR, Intergraph COT/CRL/RLE/CIT, JPEG/JP2, Mapinfo MIF, SID, NOAA NGS BIN, NTF, NetCDF NC/GMT, PNG, S-57 000, TIF/TIFF, VPF DHT/LAT/LHT, BMP, Gridded XYZ, OGC WMS/WMTS/WCS, TMS, Kongsberg SIS Grid
  • 2D Editing
    N
  • 2D Visualization
    Y
  • Fly-throughs support
    N
  • 3D fly-through movies {*.mov etc}
    Y
  • Area based 3D editing
    N
  • Area based 3D View
    Y
  • 3D View max number points
    Depends on PC
  • 3D Integrated models
    No
  • Sounding cleaning algorithms
    CUBE, CARIS Mira AI
  • 4D support
    N
  • 4D fly through movies {*.mov etc.}
    N
  • Sound velocity correction
    Multiple profile correction support
  • Sound velocity correction type
    Distance + Time
  • Tidal reduction
    RTK-tide
  • Support tidal reduction network
    Y
  • Gridding/Interpolation techniques
    Swath Angle, Uncertainty, CUBE
  • Grid attributes {Std., Mean, Max, etc.}
    Deep, Density, Depth, Mean, Std Deviation, Shoal, Uncertainty, Hypothesis Count, Hypothesis Strength
  • Lay-back correction
    Y
  • Siant range correction
    Y
  • Mosaic creation
    Y
  • Mosaic creation algorithms
    Weighted Blending
  • SSS Targeting
    N/A
  • Video integration
    N
  • Number of video channels
    0
  • Assessment of bathymetry IHO Cat S-44
    N
  • Type of automatic cleaning algorithm(s)
    CUBE
  • Multibeam water column imaging support
    N
  • Multibeam Backscatter Processing Functionality
    Y
  • Mulitbeam Calibration mehods
    Manual
  • Manual editing capability
    N
  • Supported coordinate systems
    EPSG
  • Geographical Coordinates {Lat, Long}
    Y
  • Ground Coordinates {E,N}
    Y
  • Seven Parameter shift supported
    Y
  • Supported vertical reference frames  
    Any
  • Separation model for vertical datum shift support
    Y
  • Local datum support
    Y
  • Ellipsoidal reference support (GRS80)
    Y
  • Automatic top of pipe calculation
    N
  • Slope analysis
    N
  • Dynamic event numbering
    N
  • Automatic cross profile creation
    N
  • Volume calculation
    N
  • Contouring
    N
  • Sounding Selection methods
    N
  • Export/Exchange options
    ASCII, CSAR grid/point cloud, HTF, FAU, GSF, UNISIPS, XML, BAG, TIFF/GeoTIFF, ESRI ASCII, USGS DEM, DXF, CARIS Map, GML, KML/KMZ, CARIS HOB, S-57 000, ESRI Shape
  • Combining bathymetry / terrestrial point clouds
    N
Hydrographic Survey with Aquatic Drones and CARIS Onboard
Hydrographic Survey with Aquatic Drones and CARIS Onboard

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