Vanderbilt Security software

Vanderbilt Bluetooth Low Energy readers
Vanderbilt Bluetooth Low Energy readers

Vanderbilt’s Bluetooth Low Energy (BLE) readers work in conjunction with the company’s ACT Enterprise 2.10 access control software. The new range includes Wiegand and OSDP readers, a contactless door release button, virtual credentials available through an ACT Enterprise license, and a free end-user app for Android™ and iOS™. Vanderbilt’s BLE readers remove the need for a physical credential and replace it with a virtual credential for smartphone devices that will provide customers with a far greater and smoother user experience. Designed with a customer-first mindset, mobile credentials are also extensively secure and are protected with the same grade of data encryption used by banks and hospitals. Customer-first Focus A strong indicator of Vanderbilt’s dedicated customer-focused approach to releasing this progressive technology is, in comparison to other brands in this area, the company is offering a one-off license purchase as opposed to a subscription-based model that would include annual charges per virtual credential. Instead, Vanderbilt’s license models means its customers won’t have any hidden or extra costs and can make significant savings in the long-term. Ease of Use In addition, making use of the BLE readers couldn’t be easier. The end-user simply downloads the Vanderbilt Bluetooth app, and registers for a credential with the system administrator. Here, authorization can be granted both offline and online. The system administrator then reviews and processes the request. This in turn sends the end-user a QR code that they save to their smartphone and link to their app to generate their credential. Then all the end-user has to do is use the credential through the app on their phone when approaching doors with Vanderbilt BLE readers to gain access. Vanderbilt’s BLE readers aim to give a unique user experience with four identification modes for easy management: “Shake to Go”, “Show to Go”, “Manual Button Mode”, and “Hands Free Mode”. They’re also IP65 water-resistant with waterproof electronics, and easy to install and use with enrolment software in ACT Enterprise.

Object Detection/Removal (ODR) now available with SISTORE CX
Object Detection/Removal (ODR) now available with SISTORE CX

Enhanced features with new version of SISTORE CXIn response to market demand, Siemens has released a new version of the popular SISTORE CX high performance digital video analysis system.  It brings a number of new benefits, including the addition of an Object Detection/Removal function.  SISTORE CX is an intelligent embedded codec that performs streaming and recording over an IP network. Benefits in the latest version include:Automatic back-upExport/import of configuration informationImproved image quality in playback modeSimplified configurationFault status contactSISTORE Player upgradeSISTORE CX ODR - Object Detection and RemovalOne of the most significant developments is SISTORE CX ODR - a video sensor system using the latest in Siemens algorithm-based technology to detect objects that have been moved or left.  This makes it the ideal surveillance solution for a wide range of applications (either indoor or outdoor).  In airports, rail stations, sports stadia etc - in fact any public area where potentially explosive devices may be left - ODR can identify abandoned suspect packages and allow for prompt intervention.  But equally it can be used to monitor areas where objects must not be left such as emergency exits or ‘staff only' designated areas.  In museums and art galleries, the technology also allows the detection of removal of artefacts, as well as alerting security staff to any unattended objects, which could pose a security threat.ODR is a software option that is available for all devices on the SISTORE CX platform.The ODR function is in addition to the Enhanced Detection Solution (EDS) option already available via another software module.  EDS offers professional outdoor video motion detection, with object tracking, employing statistical algorithm based technology which continuously analyses the video stream throughout its history, especially useful in applications such as prisons, airports, perimeter surveillance etc.