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REMOTE AUTONOMOUS WIRELESS SURVEYING

Remote Autonomus Wireless Mesh Surveying
Remote Autonomus Wireless Troublehooting
Remote Autonomus GPS Coverage Surveying
WiFi-4G-LTE-Satellite Remote Surveying

REMOTE AUTONOMOUS WIRELESS SURVEYING

Whether it be an autonomous mine site, shipping port, agricultural farm or any outdoor environment utilising autonomous vehicles (AHS), our custom built all-in-one rugged autonomous survey tool allows us to remotely perform Ekahau wireless coverage surveys,  spectrum analysis and packet capture for any type of environment.

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Our rugged autonomous survey tool is a rapidly deployable drag-n-drop IP68 survey solution, including 8+ hour battery powered survey time with 356 Kg of vertical mag-mount force for attaching to trucks & loaders, for 100% remotely operated wireless surveying & troubleshooting!

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With integrated battery, Ekahau Survey software, Eye P.A. packet capture, Wi-Spy spectrum analysis and GPS capability, along with remote operation capability via WiFi, 4G/LTE or Satellite connectivity, we now possess the capability to survey anywhere on or under the Earth!

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Our autonomous survey solution is provided as part of Dynamic Wireless's suite of wireless survey and troubleshooting services.

  

Remote Autonomous Survey & Troublshootng Tool

GPS-CALIBRATED OUTDOOR WIRELESS MESH SURVEYING

GPS-CALIBRATED WIRELESS SURVEYING

In order to accurately determine a clients existing wireless mesh coverage, Dynamic Wireless utilises Ekahau survey software with sidekick, along with a hand-held quad-antenna GPS and Google Earth or imported high-resolution aerial maps; to perform outdoor GPS-calibrated wireless site surveys. Depending on the size of the terrain, we either traverse on foot, or perform a drive-test with vehicle mounted roof antennas (using nthe Ekahau Sidekick unit) and GPS.

 

The results of such surveys are accurate signal strength, signal-to-noise ratio (SNR), noise and data rate coverage maps overlaid in Google Earth, along with plotted wireless mesh APs and additional information embedded in Google Earth such as IP addressing scheme, serial numbers etc. Such results allow us to determine coverage holes and poorly located mesh nodes, in order to make on-the-ground recommendations with regards to optimal mesh AP placement, re-deployment and installation of new APs.

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