The integrator

F & N Enterprises of Tucson, AZ is a low voltage systems integrator specializing in commercial/residential installation of burglar, fire and surveillance security systems. They are experts in the deployment of structured cabling, voice and data infrastructures, using UTP and Fiber Optics.

Project background

A leading grocery chain’s corporate security and loss prevention departments had requested an overall upgrade to the region’s facility surveillance systems. These facilities included grocery stores with gas stations, and regional distribution centers. They had a directive to integrate the most cost effective progressive technology, increase the camera count, and be able to easily relocate existing cameras.

Each project location varied slightly in camera count. Stores required from 24 to 64 cameras. The distribution centers would need over 100 cameras added at each location. Multiple racks and recording equipment were located within management’s office space in each facility.

The technology

The system upgrade required the best technology, ease of use, superior video imaging, day or night, and full location coverage. There was also a requirement for public view monitoring (PVM), remote information/image retrieval and a more advanced system of image management. The transmission methods to be considered were; IP cameras powered by PoE via Cat5 Unshielded Twisted Pair (UTP) to an NVR, analog cameras via standard video coax (already in use) to a hybrid DVR, or analog cameras powered by a Hybrid Video Power Supply via Cat5E UTP to a hybrid DVR.

All store locations were already cabled for voice and data using Cat5 UTP cabling. The corporate mandate also included a strict adherence to the EIA/TIA 568B termination pin-outs and UTP structured cabling standards for voice and data transmission. It was sensible to use the same cabling infrastructure platform for surveillance applications as if and where possible.

Other system considerations

IP cameras via UTP and analog cameras via UTP both allowed cameras to be powered remotely using UTP cables thereby maintaining that 568B standard. This was a big plus. Many of the stores had fuel stations located on site, but often times located at the front of the property. Each fuel stations needed an enhancement to surveillance coverage too. If they chose to use coax cable, there would be a need to install over 15,000 feet of cable. This further confirmed the commitment by corporate management that the decision to go with standards based UTP was the correct one. The use of UTP reduced material and labor costs by 50%.

IP cameras via UTP or analog cameras via UTP hybrid video?

The choice was made to use, analog cameras via an NVT UTP Hybrid Video network. The NVT system was scalable, manageable, standards based and affordable. Another selling point of using the NVT was it allowed for a possible infrastructure stepping-stone in the future. By installing the Cat5 cabling, it provided a system with better performance standards today, as well as having the cabling in place for mix of IP cameras should the need arise in the future. That made the overall systems more flexible. In the future, certain areas of the store may be targeted for IP enhanced video, some may not, but all areas are ready.

NVT logo
The NVT system was scalable, manageable, standards based and affordable

The install details

Headend: F&N Enterprises installed a Cat5 patch panel in the rack housing with the DVRs, and monitors. Standard patch cords were used to patch across the RJ45 connectors to the NVT DigitalEQ™ Active Hub. The output of each hub was directly connected to the DVR via standard NVT supplied coaxial jumpers. Wire management was used to create an extremely clean and professional looking installation. A single-channel NVT device was used at each camera location.

The Fuel Stations: The solution provided for the fuel stations was a rack mounted NVT passive hub in the fuel station and NVT active hub in the headend rack. While the powered hub was not required by NVT specs, it did allow the video signal to be equalized to match those signals provided by in-store cameras.

Power and Video To The Cameras: Analog, high resolution mini-dome cameras were used throughout the project. Most of the UTP runs were around 150 feet. Run length to the fuel stations were typically 1200 feet.

All cameras on the project were powered by the NVT PVD™ power supply cable integrator hubs. These PVD power hubs supplied video, control and camera power using a 568B standards based UTP cabling network, which was very organized, easy to understand and able to be used in the future for IP retrofits as needed. These hubs, once installed in a central position, powered a co-located (star topology) group of cameras. The cameras were connected to the system via power-video transceivers which are small in size, easy to hide and protect from tampering.

The cabling infrastructure

All of the Cat5E UTP cabling that was installed replaced coax. The entire network was converted to structured cabling via UTP. The Cat5E was very cost effective, easy to pull and terminate. Cat5E transmission performance is well within that required for the video transmission application.

Fred Francis of F&N said, “The NVT product is really a quality piece of equipment. It’s well suited, designed for its use. We did have a problem with one hub where we didn’t get any AC for ports 1-8. The return-swap was immediately handled by our distributor and NVT, we had a replacement the following day. No problem getting it resolved. The NVT tech support department is well trained, knowledgeable, and treated us respectfully. The equipment installs easily.

I’ve seen 5,000ft of Cat5 cable running video with great results: superior picture quality! Installing it in the fuel station scenario above, saving money, saving time, and with great results brought it all into crystal clarity.”

There are choices regarding the media used for your cabling infrastructure that allow the end-user more flexibility in their future systems needs and choices. The most common media for IP transmission is UTP. Whether you are deploying an analog, a hybrid, or a purely IP based system, Hybrid Video via UTP is worthy of consideration.

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Robot Revolution: Uncovering the Real Value of Security Robots [Steve Reinharz] The security coverage that a robot offers in the case of a shopping mall can be easily overshadowed by the fact that the machines seem to serve to entertain the population. Instead, security robots can best be utilized for more high-level roles, such as in critical infrastructure sites, corporate campuses and educational facilities, where wide, expansive spaces require continuous protection. In these locales, security can be difficult to achieve, as cost, location and lack of resources make the logistics of deployment difficult.

How To Prepare For Active Shooter Incidents | Infographic
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This Active Shooter infographic summarises information about trends among active shooter incidents, and outlines how an organization can develop a plan before tragedy occurs, including:   Statistics on the numbers and types of recent active shooter incidents. A profile of common traits among active shooters. How to prepare beforehand, and what to do when the police arrive. How organizational planning ensures maximum preparedness. Pre-attack indicators to look for. Be sure to share this information with coworkers and managers. Awareness is key to preventing active shooter incidents, and to minimising their tragic consequences. When sharing this infographic on your website, please include attribution to More resources for active shooter preparedness: How hospitals can prepare for active shooter attacks Six steps to survive a mass shooting Technologies to manage emergency lockdowns  How robots can check for active shooters  Background checks to minimise insider threats Gunfire detection technologies for hospitals, retail and office buildings 21 ways to prevent workplace violence in your organisation Non-invasive security strategies for public spaces    

Intelligent Surveillance: AI For Police Body-worn Cameras
Intelligent Surveillance: AI For Police Body-worn Cameras

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Finding Missing People In Crowds Neurala and Motorola are promoting the new agreement with a use case of how a policeman’s body-worn camera could help find a missing child in a crowd. A network “pushes” a photo of a missing child to a network of 1,000 body-worn and/or dashboard cameras in the field, which employ AI to search for the child within each camera’s field of view and then provide an alert when a match is found. The cameras operate passively, without involving police officers, in effect automating the process without police officers having to look at every face in a crowd. AI’s contribution is to eliminate the need for humans to do repetitive or boring work, such as look at hours of video footage. Neurala began working in AI 11 years ago, long before the current buzz in the market. In a sense, awareness has caught up with the company, which has been developing its technologies ahead of the curve. “The same technology could be applied to closed circuit cameras to detect other objects,” says Versace. “The Neurala Brain is neural network software that can be trained to find a variety of objects, such as backpacks or vehicles, in the air or on the ground.” AI’s contribution is to eliminate the need for humans to do repetitive or boring work, such as look at hours of video footage   Adding AI To Existing Security Devices Other applications are also being developed. For example, Neurala has applied its technology to help the Lindbergh Foundation fight poaching of elephants and rhinos in southern Africa using video from drones as part of its Air Shepherd Program. Neurala’s software helps human analysts by searching through terabytes of video, including infrared, in real time as the drone is flying, pinpointing animals, vehicles and poachers during the day and at night. Versace expects the first applications of AI on existing products, including cameras and drones, before it is applied to robotics and other new applications. In effect, Neurala provides a “brain plug-in” that can add AI to change an existing solution from a passive sensor to a device that is “active in its thinking,” he adds. AI is here to stay, says Versace. “The market should know that AI has reached a point of no return. Companies that don’t use AI will be left behind. It’s the way to go to amplify your output.” Does Artificial Intelligence Threaten Humans? However, the technology isn’t perfect and shouldn’t be expected to be. “It’s still a growing technology, so you can’t expect 100 percent correct performance, especially if you deploy it in a constrained environment such as a cell phone,” says Versace. “AI can approximate 90 percent of a human’s ability to detect an object, and it’s tireless and can work 24 hours a day. 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