Video Analytics Help Your Business

How Video Analytics in CCTV Help Your Business

CCTV cameras are used for security monitoring and surveillance in any facility. CCTV stands for Closed-Circuit Television because security camera systems transmit video footage over a single channel, creating a closed circuit. This means CCTV footage is displayed on limited personal monitors and screens, not publicly broadcasted.

CCTV cameras are a staple in crime prevention because they help ward off criminals, monitor building premises, and record valuable footage of events.

Whether you’re looking to reduce theft and loitering in your business or provide a haven for your residents, you must know the basics of video surveillance CCTV systems.

Security cameras have come a long way from the large, square bricks feeding you a grainy black-and-white image. Today’s cameras are smaller, sleeker, and far more advanced internally, too. The cutting-edge surveillance network of the day has motion-activated Infra-Red night-vision cameras, 4k quality, Pan-Tilt-Zoom functions, and remote viewing capabilities. The most advanced surveillance systems are also equipped with video analytics in CCTV software, turning your security cameras into a powerful business tool.

Auto-Tracking Security Cameras

The fundamental principle behind video analytics is people counting. This can be done a variety of ways, most commonly from an overhead camera. Some use thermal imaging to identify individual heat signatures – people – and track them as they cross a virtual line. Others distinguish people visually by using advanced recognition algorithms or by tracking motion.

However they do it, the accuracy of people counting cameras is dependent on their placement, field of view, and quality. Ceiling-mounted cameras with multiple sensors are generally most accurate for positional data because they compare two images to triangulate position. A single-lens camera has no true depth perception, but can still detect objects crossing a line or entering an area. For wider fields of view – and therefore more data to analyze – multiple cameras facing many directions might be used.

Line-crossing and object detection are common on-board software for cameras today. Full analysis was initially only available on a centralized server, requiring all footage to be transmitted before analysis. While still a viable solution, this limits bandwidth availability and storage space. Running the analysis on the camera side – “on the edge” – lessens the load on the server, freeing up processing power and storage by only sending the analysis and a small clip of an incident. The full recording is stored temporarily on the camera, ready to be transmitted and stored at request.

Video Analysis Applications

Video Analytics in CCTV is a valuable asset for your security staff, highlighting important events and flagging potential problems while ignoring irrelevant data. Your security cameras become a preventative measure in addition to an investigative one. Getting a series of alerts on suspicious behaviour lets you intervene before an issue arises. Remember that while video analytics is a helpful security tool, it doesn’t replace your security guards or monitoring centre – you still need people to respond to and analyse gathered data.

Security for Retail

In retail applications, video analytics can tell you a lot about your business. Store-wide people counting can give you a heat map of your building, showing you high- and low-traffic areas. You’ll also be able to see how long people stay in one area – useful for determining problems with checkout lines or finding out which products aren’t grabbing your shoppers’ attention.

It won’t just show you where people went and stayed, though – the report can give you the directional paths as well, so you’ll know what areas your customers visit in which order. Lastly, facial and shape recognition gives you demographic data like gender and age group with ever-increasing accuracy. With this data, you’ll be able to tell what marketing, advertising, or layout strategies are working and which ones you need to rethink.

Industrial Security Solutions

Video analytics in industrial, manufacturing, and warehouse applications tend to work more in real-time to secure your business operations. Object detection allows a camera to alert you when problem occurs, like equipment failure or merchandise winding up somewhere it shouldn’t. Cameras can detect when a person or vehicle crosses a virtual line and sound an alarm. They can also let you know when you have a shipment coming in or out by watching for trucks on the loading dock.

Installation & Integration

As with all security systems, professional installation is the best choice for a CCTV system with video analytics. A professional consultation lets you customize a unique, flexible security solution for your business, and hiring a company to install and set up your cameras gives you a guaranteed warranty and maintenance. Whether you want to explore video analytics in CCTV for your business or are curious about commercial security in general, contact SPRINKLER FIRE SAFTEY AWARENESS AND WELFARE FOUNDATION for more information.

Ref:
James Eldred - VMS for CCTV

Ways to Secure Data Centres

Data Centre Security- 11 Ways To Secure Data Centres 

In today’s world the most valuable assets is data. Together with the data centres that hold and process it, they underpin almost all facets of modern life. This makes data centres an attractive target for threat actors, due to the large and diverse amount of information that supports our national infrastructure and businesses.

The term data centre security conjures images of lines of code, hackers and firewalls. However, there is a huge requirement for physical security within a data centre too.

Data centres are used to house computer systems. They often include backup data, core data, replicated data and on the whole, are huge part of an organisation’s Disaster Recovery Strategy.

In a world where technology impacts many industries, data centres are crucial for businesses and therefore data centres security is a hot topic. Not only should data be protected from potential cyber-attacks, the physical building should be secure.

The security and resilience of your data and the infrastructure beneath it are therefore critical. High-profile data breaches and disruption to services are frequently reported, with each incident, causing operators and data owners potentially huge financial losses in regulatory fines, loss of sensitive IP, downtime, post-incident recovery, security improvements, and perhaps most valuably of all, reputation.

Cyber intrusion methodology evolves constantly, and sophisticated attackers have a strong incentive to defeat the defences you put in place. It should be assumed that at some point your defences will be breached and therefore it is also important to be able to respond proactively by detecting attacks and having measures in place to minimise the impact of any cyber security incidents.

Cyber security focuses on the prevention of data theft or destruction by malicious attacks; however, this is not enough to ensure your data centre remains safe. The building also has to be protected from physical attacks.

Here, we discuss 11 ways you can physically secure data centres.

1. Use Crash Barriers

Stop unauthorised vehicle entry with the installation of road blockers. These have been designed specifically to prevent the threat of potential intruders or terrorist attacks in high-security areas. Varying in height, these road blockers will restrict the entry of vehicles.

2. Use Bollards

Avoid anything impacting and colliding into the building by installing bollards. Install permanent bollards around the building entrances. Alternatively, you could install adjustable bollards that can be lowered to allow access to authorized vehicles.

3. Limit Entry Points

Where possible, try and limit the possible entry points to only one door. If you require additional fire doors, ensure these extra doors are exit only. Limit exterior door handles to prevent any re-entry.

4. Use Security Cameras

Surveillance cameras should be installed throughout the perimeter of the data centre. Consider installing adequate CCTV signage as this can be a physical deterrent.

5. Hire On-Site Security

Threats can happen at any time. You may consider an additional layer of physical security by hiring on-site staff. Having someone monitoring the site acts as a strong deterrent to intruders and can raise the alarm if they spot any potential issues.

6. Build The Data Centre In The Best Location

Plan the best location for your data centre. If possible, choose a location away from the company’s head office or headquarters.

Ensure the data centre is set back from the main road. Consider using landscaping to help form additional protection as trees can help obscure the building from passers-by. Avoid building data centres in locations that are prone to natural disasters such as in a flood area or an area prone to earthquakes or fires.

7. Plan The Data Centre Carefully

When you design a data centre, avoid unnecessary windows. Build walls that are extremely thick as they work an effective barrier as well as improving thermal insulation.

8. Embrace Biometric Technology

Biometric technology is increasingly popular and is now part of our every day lives. Install biometric identification systems in the building to control access. This is often a fingerprint recognition device. In addition to biometric technology, ensure multi-factor authentication is in place. This method utilises two or more authentication methods. For example, someone may use their fingerprint but will still need to type in a pin code or show an access card.

9. Install Perimeter fencing

Data Centres have access to unprecedented levels of data. It is important to protect data from digital hackers, but the data also needs to be protected in the physical sense. Therefore, security-rated fencing is of the utmost importance for these buildings and keeping data secure. As a physical security breach has the potential risk just like a digital attack would.

Perimeter security is also vital. Have strong fencing around your entire site. Ensure the gates and barriers are placed where surveillance equipment, a guard, or preferably both are in place.

This is why, at SSA INTEGRATE, we understand how vital data centre fencing is in the wider security strategy of sites. The ultimate goal is to detect potential threats early on and then allow enough time to intercept a risk or threat.

10. Use Access Control Equipment

Data centres should adopt a Zero Trust Network. This means that no one is trusted until they can prove who they are. Access control equipment is an important element of implementing this.

While it may seem simple, access lists should also be provided to ensure that only approved individuals can access data centre. Ensure these lists are kept up to date and are stored securely.

11. Install a Sophisticated Alarm System

Alarm systems are costly. However, these costs are outweighed by the potential benefits. Some systems are linked to local police stations or security companies. Others are silent, but trigger alerts to key staff. Whatever the system you choose, it will bring peace of mind.

People value physical security. They trust places that are secure when they can actually see forms of security such as gates, barriers and alarm systems.

Many companies may forget about the physical form of security when it comes to data centres as they are concentrating on the risk of cyber threats. Although cybersecurity is vital and needs to be as sophisticated as possible, teaming this up with physical security can ensure your data centre is as secure as it can be.

As data centres evolve in the future, the need for physical measures will remain vital. However, physical security measures may also evolve. Having a multi-layer approach that considers both physical and cyber elements will ensure the best protection.

Protect your home use Security Cameras

I want to protect my home and use Security Cameras

So I want to protect my home.   I need a video surveillance system for night or in areas with low light. So looks like the best option would be infrared security cameras that capture images even in the dark.

So what is an infrared camera exactly?

An infrared camera works by calculating the brightness of a room or particular area. They feature special LED lighting which can be seen on the outside lens. These LEDs are able to capture light from the regions of electromagnetic spectrum that allow an image to be created even if there is little visible light. For this reason we refer to IR cameras as having night vision.

An infrared security camera will switch its mode to infrared only when the light drops below a certain level. It captures black and white images at that point.

Interesting side note, IR Illuminators allow many objects to be penetrated, such as the haze, fog and smoke. Infrared Illuminators are used typically for a low light environment. Sometimes, when the IR array is focused narrowly or the hold is not strong enough the external IR Illuminator will give an extra sharp image. It can provide an additional infrared light source that is invisible to the naked eye normally.

If you are going to use infrared security cameras outdoors, the best option would be to choose those that can stand up to the natural elements as well as tampering from criminals.   I found several options that allow for the greatest flexibility including direct bright light, vandal resistant, weather proof and cost effective.