Cisco and Wipelot present the first real-time location system (RTLS) with an app hosting solution using Ultra Wide-Band (UWB) .

The new normal makes sensitive location detection more critical than ever before, so that your business can operate more effectively and use resources more efficiently, thus reducing costs and improving the bottom line. Imagine how powerful it would be to have a centralized dashboard showing —with 1-meter accuracy — a Real-Time Location System (RTLS) of inventory and equipment in your warehouse or manufacturing floor. The ability to evaluate how equipment is used, avoid loss or theft, and cut down on time hunting for missing items would completely change the game for any business.

While you imagine this, let me introduce to you Cisco and Wipelot’s new RTLS enterprise wireless IoT solution powered by Cisco Application Hosting and Eagle Eye. This integration is Cisco’s first Ultra-Wide-Band (UWB) solution and leverages a UWB dongle for a precise RTLS with the Cisco Catalyst 9100 series access point (AP) product line. As a background, UWB technology is radio frequency (RF) that is incredibly accurate when used for location services and can allow for approximately sub 1-meter location detection accuracy.

Leveraging UWB Technology

To leverage this UWB technology, this solution requires the following:

• Cisco DNA Center – Used to manage the deployment and serviceability of Wipelot’s RTLS IOx Application.
• Wiplot’s RTLS IOx Application – Deployed to the Catalyst 9100 Series AP through Cisco DNA Center to allow the AP to control the UWB dongle and communicate to the Wipelot Mobile Tag and send data to the Wipelot web dashboard.
• Wipelot’s UWB Dongle – Inserted into the Cisco Catalyst 9100 Series AP and emits UWB RF.
• Wipelot’s Mobile Tag – Attached to equipment or people and sends UWB location data to the Wipelot UWB dongle.
• Wipelot’s Web Dashboard – Web UI used to visualize the location of Wipelot’s mobile tags.

When Wiplot’s RTLS IOx application has been deployed to the AP, the following topology can be referenced for how location data is sent from the mobile tags to the UWB dongle, then through the IOx application to the Wipelot web dashboard. Data structure is private and it is binary data with timing information of tags and anchors.

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