Advantages through Digitalization - DENSO WAVE EUROPE launches Device Management System

As one of the market's leading providers in the field of mobile data collection, DENSO WAVE EUROPE, part of the Toyota group, knows the importance of digitalization for companies, for example, in retail and logistics. Now the inventors of the QR Code are launching a new Device Management System (DMS), thus enabling efficient coordination of DENSO WAVE handheld terminals from just one computer.

Further information about solutions for mobile data collection, modern scanners and handheld terminals, RFID and NFC, the QR Code, and DENSO WAVE EUROPE can be found at https://www.denso-wave.eu.

Düsseldorf. The Device Management System (DMS) from DENSO WAVE EUROPE, part of the Toyota group, is a modern software tool to support the efficient use of handheld terminals within a company, for instance, in retail and logistics. Dirk Gelbrich, General Manager Technical Department at DENSO WAVE EUROPE, explains: "With the new DMS from DENSO WAVE EUROPE, administrators who are responsible for the mobile handheld terminals used in their company can always see the status of each mobile data collection device at a glance. That is a great advantage as it saves a lot of time and therefore costs."

The DMS from DENSO WAVE EUROPE has been developed by DENSO, part of the Toyota group, for their BHT handheld terminals and ensures that all devices, which are used in a company can be linked together on just one computer. Especially in retail and logistics, this offers numerous advantages. The mobile data collection devices can be managed in real-time by the DMS as the individual information of each handheld terminal is always kept up to date in the system. "This way, the device management is controlled and guaranteed centrally," says Gelbrich all the while emphasizing the great advantages of this modern DMS.

More information about the Device Management System from DENSO WAVE EUROPE, part of the Toyota group, and the advantages it offers for sectors such as retail and logistics is available at https://www.denso-wave.eu/en/denso-products/software/device-management-system-dms-for-bht-terminals.html

Keeping Downtimes to a Minimum while using Handheld Terminals more efficiently

If an update is required for a single or even multiple mobile data collection devices, this can be planned ahead, so downtimes can be kept to a minimum. This gives the administrator of the handheld terminals the opportunity to better control and optimize all the processes.

When troubleshooting a faulty mobile data collection device, the new Device Management System from DENSO WAVE EUROPE, part of the Toyota group, can offer a great advantage as well: Administrators can send commands to the handheld terminal concerned while another employee simultaneously tests the mobile data collection device. In this way, errors in the handheld terminals are fixed faster and more efficiently.

Thanks to the integrated theft protection in the handheld terminals, administrators can even use the Device Management System to lock a stolen mobile data collection device or reset it to the factory settings.

How one Device Management System simplifies working with numerous Handheld Terminals

The Device Management System consists of an app for installation on the mobile handhelds and an administration app to be installed on a computer. After the installation is completed, both the operating system and all applications on the mobile data collection devices can be updated and managed - simply via the Device Management System on the computer.

"In the past, what was tediously done for every single handheld terminal in the company, can now be processed and completed in one step, saving time and money," says Gelbrich.

As a result, not only administrators are noticeably relieved by the Device Management System, but faster solutions can be put into place in order to use handheld terminals more efficiently within a company, for example, in retail and logistics. Digitalization is progressing rapidly. With the new DMS, companies, for instance in retail and logistics, can keep their internal processes running smoothly.

Further information about mobile data collection, modern scanners and handheld terminals, RFID and NFC, the QR Code, and DENSO WAVE EUROPE are available at https://www.denso-wave.eu.

For the European market, DENSO WAVE EUROPE is the contact point for all enquiries on QR Codes, mobile data collection, handheld terminals, and scanners. The durable and robust terminals and scanners manufactured by DENSO are to be found in storage, logistics, at the POS, in production, and field & sales automation applications. Short and informative video clips about the terminals, scanners, and solutions from DENSO WAVE EUROPE can now be viewed on YouTube. The clips include the 20th anniversary of the QR Code, a company presentation, and introductions to the various devices for mobile data capture such as the BHT-1500, BHT-1400 and the GT20 scanner. For more information, click on the link below: https://www.youtube.com/channel/UCHp4Yboj7IccPlSeRxQ6yBQ.

QR Code is a registered trademark of DENSO WAVE INCORPORATED.

DENSO WAVE EUROPE GmbH
Parsevalstraße 9 A
40468 Düsseldorf

Phone +49 (0) 211 540 138 40

Managing Director:
Katsuhiko Toji
Keiichi Yamazaki

Marketing Communication Specialist:
Kaber Kolioutsis
Phone +49 (0) 211 540 138 63

Email:
kaber.kolioutsis@denso-autoid-eu.com


Website:
https://www.denso-wave.eu

Press Contact:
PPR Hamburg
Rafael R. Pilsczek, M. A.
Sinstorfer Kirchweg 18
D-21077 Hamburg
Phone +49 (0) 40 32 80 89 80
Fax +49 (0) 40 65 58 43 58
Mobil: +49 (0) 170 310 79 72

DENSO is one of the world's largest manufacturers of mobile data devices. We follow one mission: Driven by Quality - maximum quality in mobile data collection. Decision-makers in the fields of retail, logistics, and production rely on DENSO for their business requirements and in implementing the Internet of Things.

DENSO is a member of the Toyota Group and is exclusively represented in Europe by DENSO WAVE EUROPE: www.denso-wave.eu

This release was published on openPR.