10 YEARS OF EXPERIENCE WITH INTEGRATION OF RFID AND RTLS SYSTEMS
Dozens of satisfied customers in the field of Radio Frequency Identification (RFID) and Real-Time Location (RTLS) integration
Comprehensive knowledge of passive and active RFID / RTLS based on implemented projects and applied research
Perfect overview of the projects (and their pitfalls) carried out by our technology vendors in the world with their local partners
SELECTION FROM OUR MOST IMPORTANT REFERENCE RFID AND RTLS PROJECTS
Integration of RTLS system for 24/7 supervision of persons moving in nuclear reactor premises. The locator is integrated into the dosimeter, which must be kept with each other for the whole time spent near the reactor.
Delivery of a comprehensive RFID solution for recording LTE components of the T-Mobile network. RFID UHF readers with transmit power 1W for comfortable work with RFID tags. RFID tags with special plasmon construction for use on metallic surface.
The real-time location system on 7500 square meters consists of 120 mobile transmitters across the store and 200 active RFID tags in shopping carts. Analysis of behavior and changes in reactions when changing store layout and time.
Opposition of the study of the Military Research Institute "Possibilities of using RFID in the Army of the Slovak Republic".
Integration of automatic RFID system for waste collection registration within the on-line GPS navigation and surveillance center.
Delivery of RFID tags for reading data through windshields (often metallic) for parking zones system in Prague 1, 2, 3 and 7
Delivery of plastic cards with RFID chip and print for loyalty club shopping center.
Delivery of plastic cards with RFID chip and print for loyalty club shopping center.
Delivery of plastic cards with RFID chip and print for loyalty club shopping center.
10 YEARS OF RFID APPLIED RESEARCH
Any project in which radio frequency identification or real-time localization is used is an applied research.
Each environment contains metal and liquids. In different forms, in different amounts, in different composition and state. And especially at different distances of these negative materials from the RFID chip.