FAQ

Yes, an access control card can be used for other applications such as time and attendance or cashless vending. Additionally, some access control cards can also be used as ID cards.

Yes, access control systems can be integrated with other systems such as CCTV or intrusion detection systems. This can provide a more comprehensive security solution for a facility.

Yes, you can. You can set your system to “stay” or “away” mode, depending on whether you are home or not. You can also set specific areas of your home to be “armed” or “disarmed” so you can move freely about without setting off the alarm.

Yes, you can use a smartphone for access control. There are a variety of apps that can be used for this purpose, and many access control systems are compatible with smartphones.

Yes, most IP cameras and NVRs come with software you can use to view live and recorded videos on a local computer. You can also access your camera system from anywhere in the world using a mobile app or a web browser.

False alarms can happen. Our alarm systems are optimized to reduce them significantly. For example, our advanced motion sensors can tell the difference between a person and an animal. We do our best to design our systems to avoid false alarms.

No, you need not replace everything to use an access control system. However, you may need to change your existing infrastructures, such as installing new doors or readers, the software, and the controller.

Real-time alerting is an essential tool for risk management. You can be notified immediately in case of a problem by setting up alerts, allowing you to take quick and appropriate action.

For example, you could set up an alert to notify you if a critical piece of equipment fails. Or, you could set up an alert to inform you if a security breach is detected.

Alerts can also monitor environmental conditions, such as temperature and humidity. By setting up alerts, you can be notified immediately if there is a problem, allowing you to take action to prevent damage or injury.

IP Surveillance cameras, also known as network cameras or megapixel cameras, are digital video cameras that transmit data over a computer network. Unlike analog CCTV cameras, IP cameras encode and compress digital video before sending it over the network.

Most IP surveillance cameras use the Motion JPEG (M-JPEG) or H.264 compression format. M-JPEG compresses individual frames, while H.264 compresses video streams over time. H.264 provides better compression than M-JPEG and is, therefore, more efficient in terms of bandwidth and storage requirements.

There are a few different ways to implement real-time monitoring. One way is to use IP cameras and connect them to a network. This allows you to view live video footage on your computer or smartphone.

Another way to implement real-time monitoring is to use a CCTV system. CCTV systems consist of cameras connected to a centralized monitoring station.

You can also use software to monitor critical systems in real-time. You can quickly identify and respond to problems by monitoring these systems.

Access control systems verify the identity of individuals who wish to access certain areas or information. This is usually done by checking an identification card, such as a keycard or passcode. If the individual's identity can be verified, the system will allow them to access the area or information they are trying to reach. However, if the individual's identity cannot be verified, the system will prevent them from accessing the site or information.

Cloud security works by providing a secure environment for data and systems that are used in cloud computing. This includes firewalls, intrusion detection, prevention systems, and encryption to protect data in transit. In addition, cloud providers must have policies and procedures in place to ensure the security of their data centers and networks.

Most live video monitoring systems use IP cameras to capture and transmit video footage in real-time. IP cameras are digital cameras that can be connected to a network and assigned an IP address, allowing them to be accessed and monitored remotely.

Many live video monitoring systems include motion detection, two-way audio, and night vision. Some systems even allow you to view live video footage on your smartphone or tablet.

Due to increased security measures, cloud solutions are generally more secure than traditional on-premises data centers.

You should still consider an alarm system even with suitable mechanical protection. Alarm systems provide an extra layer of security that can deter burglars and alert you if someone does break in.

An access control system can also be integrated with an intrusion detection system. This integration can provide a more comprehensive security solution by allowing the access control system to detect and prevent intrusions. This integration can also allow the access control system to trigger the CCTV cameras in the event of an intrusion.

An access control system can be integrated with CCTV to provide a more comprehensive security solution. When an access control system is integrated with CCTV, the CCTV cameras can be used to verify the identity of individuals trying to access certain areas. This information can then be used to grant or deny access to those individuals.

Common cloud security risks include data breaches, Denial of Service attacks, and account hijacking.

There are several advantages to using cloud-based access control. Cloud-based access control can be more flexible and easier to manage than traditional access control systems. Additionally, cloud-based access control can provide higher security and reliability.

Wired alarm systems are very reliable and provide a high level of security. They are also easier to install than wireless systems. However, the cost of installation can be higher.

The main benefit of wireless alarms is that they are straightforward to install. You don’t have to worry about running wires through your walls. Wireless alarms are also very flexible, so you can easily add new sensors or expand your system. The downside of wireless alarms is that they rely on batteries, so you will need to replace them periodically.

Wired alarms, on the other hand, are more reliable and provide a higher level of security, but they can be more challenging to install and cost more than usual.

In addition to the cameras, you will need a network video recorder (NVR) or a computer with special software to store and manage the video footage. IP cameras also require a power over Ethernet (PoE) injector or switch to supply power through the Ethernet cable.

Tamper detection is a feature that some alarm systems have. The system can detect if someone is trying to disable it. This is a valuable feature to deter burglars from trying to sabotage your system.

An access control system can also be used to track the movements of individuals within a facility. This information can be valuable for security purposes, as it can help to identify patterns of behavior or potential security threats. Additionally, this information can be used for other purposes such as marketing or building maintenance.

If an access card is lost or stolen, it is crucial to report this to the security team as soon as possible. The security team can then deactivate the card so it cannot be used to access the facility. Additionally, the security team can investigate the incident and take appropriate action to prevent future incidents.

A network video recorder (NVR) is a unique computer designed to store and manage video footage from IP cameras. NVRs typically have more hard drive storage than a regular computer and can be configured to record video continuously or only when motion is detected.

NVRs come in various sizes, from small, stand-alone units to large, rack-mounted systems. They can also be purchased as part of a complete IP surveillance system from a security camera vendor.

A silent alarm is an alarm that does not make any noise when it is triggered. This can be useful when you don’t want to alert the burglar that the alarm has been activated. Silent alarms are typically used in businesses rather than homes.

A video capture card is a piece of computer hardware that enables a computer to process and store video footage from an analog or digital source. Video capture cards are used in various applications, including security surveillance, video editing, and live streaming.

Most people are familiar with security, but access control is a less well-known term. Access control systems are designed to regulate access to premises or information. There are many different types of access control systems. Still, they all have the same primary goal: to ensure that only authorized individuals can access the areas or information they are supposed to. There are several benefits of using an access control system, including:

Improved security: By only allowing authorized individuals to access certain areas or information, you can significantly enhance the security of your premises or data. This is especially important in sensitive data centers or government buildings.

Access control is regulating who has access to certain areas or information. This can be done in various ways, but the most common method is using some form of identification, such as a keycard or passcode. Access control systems are used in multiple settings, from office buildings to data centers to military facilities.

Biometric access control is a type of access control that uses physiological or behavioral characteristics to verify the identity of individuals. This can be done in various ways, but the most common methods are fingerprints, iris scans, or facial recognition.

Cloud computing security or, more simply, cloud security is the security of data and systems used in cloud computing. It includes the procedures and techniques used to protect information stored on remote servers and accessed over a network, typically the Internet. Many different cloud computing security solutions are available, each with advantages and disadvantages.

Cloud-based access control is a type of access control that uses the cloud to store and manage data. This type of access control can be used to manage physical access control systems as well as logical access control systems.

The most common system used for video surveillance is the closed-circuit television (CCTV) system. This system consists of cameras connected to a centralized monitoring station.

CCTV systems can be used for various purposes, such as security, safety, and traffic monitoring. They are often used with other security measures, such as alarms and access control systems.

A basic DSL or cable modem is usually sufficient for a small-scale IP surveillance system. For larger installations or systems with higher resolution cameras, you may need a fiber optic connection or a business-class broadband service.

The bandwidth you need depends on the number of cameras, the cameras' resolution, the frame rate, and the compression format.

IP surveillance cameras connect to the network using an Ethernet cable or a wireless connection. Wireless IP cameras are convenient because they can be installed anywhere without running cables. Still, they are more expensive than wired cameras and may have a shorter range and poorer performance.

Ethernet is the best choice for most small-scale installations because it is more reliable and accessible to troubleshoot than wireless. A wireless system may be the best option if you need to install cameras in a large area or where wiring may be complex.

The type of access control your business needs will depend on various factors, such as the size of the facility, the type of business, and the level of security required. Additionally, it is vital to consider the available access control systems and how they can be integrated with other systems.

The best way to find out is to call us for a free consultation. We will discuss your security needs and help you find the right system.

Cloud security is crucial because it helps to protect data and systems from unauthorized access and theft. In addition, cloud security can help to prevent data loss and keep sensitive information confidential.

There are many benefits to real-time monitoring, but one of the most important is that it allows you to take immediate action in the event of an emergency.

For example, you can immediately dispatch firefighters to the scene if you see a fire on a live video feed. Or, if you see a crime in progress, you can notify the police.

Real-time monitoring can also monitor critical infrastructures, such as power plants and chemical factories. You can quickly identify and respond to problems by monitoring these facilities in real-time.