Blogs
A Look at How Wyebot Delivers Best in Class WiFi Analytics
January 14, 2019
The Wireless Intelligence Platform™ (WIP) was designed to bring clarity and simplification to the world of wireless analytics. WIP’s Artificial Intelligence-based engine, next generation predictive analytics, advanced algorithms, and user-friendly dashboard improve WiFi reliability, performance and visibility. Specifically, clients using WIP:
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Save 90% in mean time to resolution,
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Decrease WiFi problem tickets by 50% and,
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Reduce remote site visits by up to 80%.
These results are due to Wyebot’s three pillars: Autonomic WiFi, Synthetic Network Testing, and Client Device Forensics. With this unique combination, Wyebot’s platform anticipates WiFi problems, offers automated, pro-active solutions, and leads the Autonomic WiFi market. WIP is vendor agnostic, seamlessly integrating with existing network infrastructure and WiFi service providers.
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Autonomic WiFi
WIP’s AI engine automatically captures and analyzes data, and provides actionable intelligence to address existing or future issues. With WIP all wireless activity is captured 24/7. That includes data from non-WiFi sources. The AI engine reports on the health of the entire network ecosystem, pinpointing exactly where problems lie and recommending specific solutions.
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Synthetic Network Testing
Wyebot’s remote network test suite gives IT professionals the ability to test the entire network from any location at any time. One of the radios in WIP’s intelligent sensors connects to the network as a WiFi client. It then performs a variety of tests and produces data that matches customers’ experiences. If any of the tests fail, the platform identifies the point of failure and relays that information via e-mail and the user-dashboard. WIP’s Test Suite consists of: an Internet Connectivity and Ping Test, an Application Test, a Speed Test, Throughput Testing, a Device Monitor Test, a Device Discovery Test, and a Security Audit Test. More information on each of the tests can be found here.
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Client Device Forensics