TRAK
WiSilica’s Real-Time Location System (RTLS) solution, TRAK, is a cutting-edge innovation designed for precise and secure tracking. Built on robust engineering, TRAK utilizes secure beacons and seamless data exchange among tags of varying sizes and shapes tailored to diverse use cases. These tags communicate effectively with listeners/receivers, connectivity gateways, cloud applications, and devices to deliver comprehensive tracking solutions.
TRAK is versatile and deployable across a wide range of environments, including companies, schools, warehouses, offices, healthcare facilities, hospitality spaces, and any setting where tracking movable entities like people or assets is essential.
Features
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BLE Listeners / Receivers
These devices are strategically positioned in areas where the asset / employee location is to be tracked. They can be fixed on walls in places such as rooms, halls and corridors where they scan for beacon advertisements from RTLS Beacon tags and identify their proximity based on signal strength received from beacons. WiSilica's RTLS ecosystem can comprise of dedicated listeners or our smart light controllers that can also be enabled to act as Listeners.
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RTLS BLE Tags
These are BLE beacon advertisement tags that can be associated to Assets or People to track their location inside a building. These tags are battery powered with a battery life of upto 6 months depending on the beacon advertisement interval required. The tag's form factor can also be customized to suite different use cases such as Employee Badge, Stick On tag for Assets, Clips, Helmet mount tags and so forth.
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BLE/WiFi/Ethernet Gateway
The gateway device connects the on-field RTLS infra to cloud. It relays the data it receives over BLE from Listeners, Sensors, Light Controllers, and relays the data to cloud over WiFi or Ethernet network. The
gateway device can also be configured to act as a Listener. -
Cloud / On-Prem Server
Server application can be hosted on cloud or in an on-premises environment. This where the data received from gateway device is processed and based on proximity and triangulation algorithms the location of the
tag is presented on an intuitive client interfacing web/mobile application. -
Web Application
This is the client interfacing web application that provides a centralized monitoring and control interface to the Admin. The Admin can view health status of tags, listeners, gateways, define geo-fencing rules for
configuring safe and danger zones, define rule engines for various alert types, view alert reports, real-time movement of tags, historical movement data and much more. -
Mobile Application
An intuitive handheld interface for Admins to commission devices, monitor real-time movement of tags, and getting alert notifications for presence, absence based on configured geo-fencing rules, and other sensor based alert notifications. The mobile application is currently available for Android platform and can be easily ported to iOS platform based on requirement.
Specifications
- precision Tracking
Enterprise-grade tracking with proximity and triangulation algorithms.
- SmartZone management
Configurable Geo-fencing rules for defining safe zones and danger zones with associated alerts and notifications.
- Asset/Person Monitoring
Configurable alert rules for triggering alerts based on asset/person presence or absence, based on time/independent of time giving rise to all possible combinations.
- Access Control
Improved safety and workflow optimization through personnel location and restricting unauthorized access
- Equipment Tracking
Improved equipment utilization and response efficiency through equipment tracking.
- AI powered reports
AI-powered space and asset management reports for informed decision making.
- Targeted Marketing
Reports and heatmaps that can help in defining marketing strategies based on customer location, visit-data, and footfalls.
- Advanced Monitoring
Highly scalable Hardware and Software platform that can be extended to include highly sensitive use cases such as gas detection, fall detection and so forth to enable rapid emergency response.