For many access control systems, proximity readers are a common option. However, what exactly is a proximity card reader and why would you need one?
The first security measure visitors come across while trying to enter a facility when it comes to access control is a door entry reader. The user must have an approved proximity card on them to enter via a proximity card reader. With authorization data inscribed on the cards, proximity cards and readers connect wirelessly using RFID.
Since a long range card reader
can be configured to fulfill a broad range of requirements, they are an excellent choice for commercial building security.
It’s crucial to comprehend the many reader types available as well as the potential advantages and disadvantages of a proximity card reader system before establishing an access control system with proximity card readers in your area.
Various proximity reader types:
Even though many proximity readers share a similar appearance, how they operate depends on their power source and how they interface with the access control system. For access control, there are four standard types of proximity card readers. Knowing which form of proximity card reader offers your area the most security is crucial when installing them.
Proximity readers with wires:
Wired proximity readers, which include Weigand readers and RS-485 readers, are the most popular kind of proximity card reader used in commercial access control applications. They are compatible with practically any kind of access control system since they communicate via the Wiegand protocol.
Wiegand protocol, on the other hand, has been in use since the 1970s, making it more vulnerable to hacking.
Select proximity readers with advanced end-to-end encryption and extra anti-tampering measures to ensure that proximity readers employing a Wiegand protocol are secure. These common prox card readers occasionally come with additional features and typically support a combination of RFID, Bluetooth (BLE), and NFC formats.
Readers for wireless proximity:
To avoid the necessity for wiring back to a control panel, wireless proximity readers are battery-powered. They are most frequently utilized in big deployments in lodging facilities and apartment buildings where it would be prohibitively expensive to wire every door.
For them to interact with a central control panel that is connected to the Internet, localized access points are often needed all around the building. One drawback of this kind of proximity scanner is that to maintain optimal operation, batteries must be checked and replaced.
Readers with independent proximity:
As they are disconnected from a control panel, the usefulness of these decentralized card readers is constrained. They frequently have a PIN pad since they can’t be operated or programmed remotely without a data connection, which is why they frequently have one.
Because they store private user and credential information locally, when put on the unprotected side of the door, they are also vulnerable to tampering and hacking. The greatest applications for these proximity card readers are modest interior installations without the requirement for additional security measures, such as a supply closet.
Proximity readers with IP connectivity:
The reader and controller on this more sophisticated sort of reader are not directly connected. For a more automated, adaptable security system, they may be completely linked to IT systems thanks to the Ethernet connection.
To guarantee that your place is safe, it’s crucial to remember that this kind of technology must adhere to strict cybersecurity and encryption regulations. Your building’s security is also in danger if your IP is hacked.
Proximity card readers for access control provide the following advantages:
The prevalence of proximity readers in workplaces and business buildings throughout the world is for good reason. First, they are quite easy to put into practice. Since proximity card reader technology has been around for a while and is widely used, once they are deployed there is no need for training or ramp-up time.
Another option for contactless access is proximity cards. Proxy cards do not require insertion into or passing through a reader to function, in contrast to swipe cards. A copper antenna coil that stores encoded data is integrated into the proximity card.
The proximity card readers detect adjacent cards using an electromagnetic field and transfer information to the access control panel through the reader. The control panel signals the reader to cause the door to unlock if the card is approved. Additionally, clamshell cards, stickers, and key fobs can also incorporate proximity technology.
Proximity card systems may give organizations data analytics for their area and the ability to track entrance behavior, depending on the access control software. The most adaptable platform will be cloud-based, enabling administrators and facilities teams to operate their access control system from anywhere with remote access.
Some of the most important features of commercial CCTV systems:
More than just the actual hardware parts are taken into consideration when choosing the best IP security camera
for businesses. Additionally, it’s crucial to think about the many features of commercial camera systems and choose vendors that can meet all of your requirements.
Only when motion is detected in the frame by a motion-triggered workplace video security system will it start recording video. Your business surveillance systems’ data storage expenses and upload needs may be reduced as a result. This function is handy for capturing only certain occurrences or for keeping an eye on areas with infrequent activity.
Continual video capture:
A video surveillance system that records continuously would capture everything. Continuous video surveillance may be required in places where there is a lot of activity, such as a parking lot or lobby.
Continuous recording, however, consumes more data and storage. Based on your facility, compliance concerns, and security requirements, decide on the video surveillance and retention standards for your company.
Lighting has a crucial role in security. Business video security systems may benefit from cameras with HD and full-color night vision capabilities, particularly for after-hours and outdoor monitoring. Even in the dark, the top commercial night vision video surveillance systems can record sharp, clear pictures.
Pan, tilt, and zoom cameras:
You could want the capability to zoom in, tilt, or rotate the image depending on where your video security cameras are situated for increased adaptability. The cost of these security cameras is often more than that of a basic dome or bullet camera, which can only capture a single image.
You’ll need weather-resistant hardware for any commercial video system that calls for the outdoor installation of cameras. Commercial outdoor security cameras can resist harsh weather conditions, including freezing rain, snow, and sleet.
Access control and video surveillance work best together:
It seems obvious that access control systems and video surveillance technologies, two of the most prevalent physical security components in any commercial facility, should be interconnected. VMS and access control system integration is simple with an open API design, and as a result, is a potent tool for enhancing safety and security for both individual office spaces and large organizations.
When it comes to preventing unwanted entrance, access control is the first line of defense, yet the majority of access control systems lack the visibility to verify people’s identities beyond the credential they use.
By configuring everything in a single interface, the integration of access control and office video security systems eliminates the need for teams to go back and forth between platforms to audit/collect information. The combination of two cloud-based systems makes it simple to set up personalized notifications for access events, with video thumbnails of the event already incorporated in the notice for quicker verification.