Skip to main content

The new multi-technology MACE Smart reader from Nedap reads virtual credentials on smartphones for faster and better access cont

Nedap Identification Systems has developed a new, multi-technology reader for mobile access control as part of its MACE suite of products. The MACE Smart reader “is able to read virtual credentials on smartphones” says Nedap, as well as “conventional smartcards.” ”We are committed to unlocking the potential of smartphones as identification technology in access control systems,” says Maarten Mijwaart, General Manager of Nedap Identification Systems. This “new reader is proof of this commitment. In addition
January 18, 2018 Read time: 3 mins

3838 Nedap Identification Systems has developed a new, multi-technology reader for mobile access control as part of its MACE suite of products. The MACE Smart reader “is able to read virtual credentials on smartphones” says Nedap, as well as “conventional smartcards.”

”We are committed to unlocking the potential of smartphones as identification technology in access control systems,” says Maarten Mijwaart, General Manager of Nedap Identification Systems. This “new reader is proof of this commitment. In addition, we are also releasing a renewed version of the MACE Admin Portal that is used to distribute and revoke virtual access control cards.”

“Also,” he adds, there is “an API for seamless integration with any access control system. It is our firm belief that these innovations will help our partners to realize future proof access control solutions for their clients, whether it is for buildings, parking facilities or events.”

Nedap has a variety of solutions for the ITS industry including a vehicle identification platform to help users “know who is driving and decide who gets access.” The system can identify both the vehicle and the driver at a distance of up to 10 meters. Nedap also offers a people identification system for “convenient hands-free building and parking access” which can “identify people based on smartphones, cards or tags.”

There are vehicle detection products using “wireless ground sensors detect the vehicle occupancy of individual parking bays in real-time” and vehicle access control systems capable of “controling vehicle access points and gates remotely, through a single management controller.”

When the company first introduced the MACE platform last year, Nedap says that it was “responding to the global shift of smartphone credentials (in) replacing physical cards. MACE readers support Bluetooth, NFC and QR-codes to identify people using virtual credentials, which are stored in a MACE app. MACE can be used in combination with any access control system or any other system that requires the swift identification of people, such as parking management systems or registration systems.”

The MACE Smart platform is a “mobile access control reader (that) supports Bluetooth, NFC and smartcards and is small enough to be mullion mounted. It has a slim design, which makes this mobile access control reader the perfect solution for doors that require a combination of security and convenience.

Nedap Identification Systems is part of Nedap NV, headquartered in the Netherlands, and it describes itself as a “leading specialist in systems for long range identification, wireless vehicle detection and city access control” offering “identification systems and mobility solutions that optimise, monitor and control traffic flow of vehicles and people.”

For more information on companies in this article

Related Content

  • Upgrading Turkey's tolling system
    April 25, 2013
    A programme modernising road tolling equipment on Turkey’s national highway network has resulted in what is arguably Europe’s most advanced toll system, reports Jon Masters. Turkey has introduced a new system of technology for charging for use of its 2000km national highway network, heralded as the first full-scale use of passive RFID tags for electronic open road tolling in Europe. The new ‘Fast Passing System’ (HGS) is an upgrade of Turkey’s existing Automatic Passing System (OGS) technology, which uses
  • Bosch’s Perfectly Keyless turns the smartphone into a car key
    November 15, 2017
    Bosch aims to end the ritual hunt for car keys with its Perfectly Keyless digital vehicle access system for vehicles equipped with suitable proximity sensors and control system. Drivers download an app onto their smartphone and connect the car to the app; the smartphone generates a one-off security key that fits the vehicle’s ‘digital lock’. The system then uses a wireless connection to the on-board sensors to measure how far away the smartphone is, and to identify the security key.
  • Touchless parking experience with Tagmaster
    October 13, 2020
    In recent years, there has been a huge growth of interaction with a range of technical systems, such as touch screens when ordering food, buttons in an elevator or when entering pin codes at the grocery store, to list just a few.
  • New ANPR solutions overcome variables
    May 18, 2018
    The sheer range of variables makes it difficult to find a single algorithm to ensure a 100% standard of ANPR. David Crawford investigates new processing technology. Automatic number plate recognition (ANPR), using optical character recognition and image-processing to identify vehicles, plays key roles in traffic monitoring and law enforcement, access and parking control, electronic toll collection, vehicle security and crime deterrence. Overall, system performance is well rated, with high levels of