The technology could be an ambiguous weapon. On one hand, there’s explosive growth within the network systems integrated into the enterprise LAN. Add within the omnipresent use of smartphones and mobile apps, and you’ve got quite a challenge in terms of managing and protecting the connected environment.
On the other hand, the variety of connected devices and systems provides us a lot of tools than ever when it involves safeguarding lives and property. In an emergency, in-building wireless allows those that are trapped or endangered to call for help; security cameras will determine and find intruders; environmental sensors alert building occupants at the primary signs of fire.
Yes, technology has created some challenges. But, when you think about it, no doubt safeguarding lives is more necessary than improving productivity. If you can’t defend your staff and guests, nothing else matters—which brings us to the importance of your network infrastructure.
Depending on however you look at it, your physical layer infrastructure is your 1st or last line of defense throughout an emergency. From the structured cabling network to the multiple connected systems—like in-building wireless, building security, and lighting—virtually every side of your building’s physical layer infrastructure plays a job in protecting lives and property.
Start with your in-building wireless network. outdoor macro networks typically have issues penetrating buildings. Obtaining a reliable connection—especially in places like elevators, basements, and parking garages—may well depend on a reliable in-building wireless solution. Additionally, to public mobile traffic, these systems are more and more expected to support dedicated public safety frequencies employed by 1st responders.
Then there’s a good variety of devices that are connected throughout the enterprise and significant to minimizing damage in an emergency. These embody video surveillance cameras, fire alarms, and smoke detection sensors, access security controls, low-voltage lighting, and more. All these systems rely on a resilient cabling infrastructure—one that may both help stop a crisis from erupting and minimize the harm should an emergency develop.
There are many steps you can go to to help improve your network’s resiliency. For instance, by supporting your connected devices with PoE or a powered fiber cabling system, you’ll be able to help guarantee vital security systems (including in-building wireless networks) stay operational even if you lose the main power.
Just as PoE and powered fiber networks guarantee power continuity, the fire rating of your network cable helps guarantee connected systems stay operational for as long as possible. Therefore, it’s important that every infrastructure cabling meet or exceed minimum fire safety ratings. These will vary considerably by location, thus it’s necessary to consult the local authority having jurisdiction.
These are simply a couple of the areas to think about when it comes to improving the resiliency of your infrastructure—and safeguarding the individuals and assets inside your buildings.