Developers: | ISBC Group (Intelligent systems of business management) |
Date of the premiere of the system: | 2018/07/31 |
Branches: | Show business, leisure, sport, Trade |
ISBC Anti-Theft is an anti-theft system based on technologies of radio frequency identification of the superhigh-frequency UHF standard.
2018: Creation of a system
The ISBC group announced on July 31, 2018 creation of the domestic anti-theft ISBC Anti-Theft system based on technologies of radio frequency identification of the superhigh-frequency UHF standard. A system is made in Zelenograd and is designed to prevent thefts in retail and the fitness centers. At the same time the cost of the Russian equipment is more than twice lower than foreign analogs, developers claim.
As you know, the service of providing free towels and dressing gowns is widespread in the SPA centers and fitness clubs. First, the issue of respect for hygiene is resolved. Secondly, the customer loyalty grows. Having finished a training, visitors of club or SPA center should hand over towels and dressing gowns. Unfortunately, clubs suffer from the permanent losses reaching (for large cents) 150 towels daily. ISBC proposed solution — towels are equipped with the special UHF tags steady against washing, and the ISBC Anti-Theft system at the exit loudly reminds of need to return a thing to the fitness center.
The Russian system consists of superhigh-frequency RFID readers of production of ISBC with external antennas, the software notifying and actuators. In attempt to take out a thing the signal or light-sound light can turn on, informing personnel of an institution.
The Russian ISBC Anti-Theft is intended for fitness clubs, retail networks, hotels, the SPA centers. It can replace normal anti-theft gate in shops and be mounted is reserved that increases its efficiency. Use of ISBC RFID technologies allows to combine fight against theft against inventory of goods in trade and in warehouses, up to the exact instruction on the location of goods — Andrey Krasovsky, the Head of Department of radio frequency identification of ISBC told. |