Cloud computing has kicked off the next big wave in business computing. It offers many benefits including business agility, security, scalability and reduced administration, resulting in a lower total cost of ownership (TCO) for any size and type of company.
Biometrics has a central role to play in today’s authentication solutions, so it is important to revisit and review the many myths and misperceptions associated with this technology.
Staying on top of a rapidly evolving technology, such as video surveillance, can be challenging.
In the 1980s, a keynote speaker at a Novell Users Group meeting said, “All things will become IP.” It was almost certain the industry would adopt Asynchronous Transfer Mode, or ATM, as a more secure and deterministic networking technology.
Joe from ABC Company has had the same security management system for 15 years in all of his buildings. He likes it; he knows it inside and out, and he can give training classes to his security guards on how to use it.
A common misperception among security system integrators is the notion that an IP surveillance network must be separate and distinct from corporate or campus data, and the voice network. However, having a separate, distinct network for video surveillance comes with a price.
Multiple factors of authentication, including biometrics, can increase the probability that a person presenting a card to a reader is the same person who was initially issued the card.
According to IBM, 2.5 quintillion new bytes of information are created each day—that’s 1 with 18 trailing zeros. The explosion of “Big Data” has touched every industry. Video surveillance is no exception.
The transition of existing physical security systems, such as fire and burglar alarm or video surveillance systems, to the next generation of technology has never been easier or more affordable than it is today.
When the first network camera was introduced in 1996, its functionality was pretty bare bones: digitize images and send them across the network to a centralized video management system.
Located in the heart of Hollywood, Calif., The Ricardo Montalbán Foundation Theatre, named after the late actor and performing arts patron, is a venue for diverse cultural events.
As network security professionals are acutely aware, they must be continuously vigilant to meet the ever-evolving threats driven by the bring your own device (BYOD) trend that is extending the network outside the office.
What you don’t know about PoE technology could actually be costing you business. Once you understand its broad usefulness and the numerous applications it supports, the more you realize it’s a perfect fit for an incredible number of customers and vertical markets.
FMC Corp. is a diversified, chemical company with leading positions in agricultural, industrial and consumer markets. Since the company’s inception in 1883, FMC has been providing solutions to companies worldwide and to their customers.
Although video analytics have been around for years in various forms, they haven’t always been easy to use, or economical, at least not for a small business owner.
The increasing demands put on networks by mobile devices and bring-your-own-device programs, virtualization and private clouds, and the transition to IPv6 have created greater complexity and risk for IT teams to manage.
PoE is redefining how security professionals design and deploy systems. Rather than using the standard type of power supplies, integrators are increasingly employing PoE network switches or incorporating PoE midspan devices that inject power into an Ethernet cable after it leaves the switch and before it reaches the network device.
When developing IP surveillance installations, many security system integrators and IP-Surveillance network designers have turned to PoE technology, and for good reason. Using PoE cameras and switches eliminates the need for separate power and data cables, thus simplifying installation, increasing flexibility for camera locations and saving money.
IT professionals are adopting the latest technologies to meet increasing bandwidth demands, create higher and faster performing networks and increase availability.
Connection of industrial network devices with a cellular modem can be challenging. In most cases, industrial network devices are operating backwards from how typical consumers utilize an Internet connection over a cellular modem.