top of page

How Five Schools Seriously Enhanced Their Security and Access Control

When it comes to being at the forefront of new technology, five school campuses are demonstrating how they've enhanced their security in different ways:

Auburn University uses biometrics for granting athletes access to facilities...

Florida Atlantic University integrated video surveillance to monitor and grant access to certain classrooms and laboratories...

Liberty University uses optical turnstiles at the busiest campus buildings to maintain safe and authorized entry and exit...

The University of Central Florida

And, Louisa County Public Schools in Northern Virginia

Security Sales & Integration delves deeper into the technology adoption and utilization of these security and access control technologies.

Campus security is a serious business. It’s almost impossible to watch the news or scroll through social media these days without spotting a story about violence or hate crimes being perpetrated on school grounds.

According to the Center for Homeland Security and Defense, 97 shooting incidents occurred on K-12 campuses in 2018, up from only 44 in the year prior. The FBI says nearly 280 hate crimes were reported in 2017 to by select campus police departments, up from 257 in 2016.

Having the right security solutions in place to monitor, and ideally deter these types of incidents, is integral. From proper video surveillance to effective visitor management, a number of factors must be considered when securing a school campus.

What better way to gain inspiration than to discover how schools have successfully implemented these various security solutions? Following are five examples that cover all aspects necessary to ace school security.

Auburn University: Biometrics for Ballers

Auburn University is home to more than 30,000 undergraduate and graduate students and approximately 1,300 faculty members spread out over a nearly three-square-mile campus. Known for its intense and devoted sports culture, the university wanted to make sure it was securing its athletic facilities with an effective, high-tech and convenient security solution.

In 2010, the Atlanta office of Convergint Technologies installed biometric hand-readers in the newly-built Auburn arena. However, it would soon learn the downfalls of using that specific type of biometric solution with athletes.

“We were having tremendous problems with the system, especially with our basketball players, because they have huge hands. We had to have a custom hand reader, but even that wasn’t great,” says Jeff Steele, associate athletic director of facilities and operations, athletic department at Auburn University.

Student-athletes would also sometimes injure their fingers during practice, causing them to swell. “It would throw the reader off so that it couldn’t identify them. It became such a problem that the student-athletes and coaches started blocking the doors open, which defeats the whole point of having a system in place,” he says.

The university held a focus-group meeting a year later to discuss future planning for safety and security and settled on employing an iris-scan reader after a presentation from Princeton Identity (PI).

As of early 2018, in addition to Auburn Arena, nine additional areas had been added to the system, including the soccer and track buildings and the locker rooms for the men’s and women’s track, baseball, volleyball and soccer teams, as well as the locker rooms of those teams’ coaches.

Access rights are managed through a Lenel OnGuard access control platform, which integrates seamlessly with the PI system.

“When students leave a team or graduate, we just change their permissions and turn off their access. We’ve had some coaches and students leave and then come back a few years later. We haven’t had to re-enroll them. The system still recognizes them because their eyes don’t change. We just reactivate their permissions,” explains Rob Stanford, facilities management technology specialist at Auburn University.

The PI iris solution is fully scalable, capable of holding and differentiating between thousands of enrollees, including students who are on the teams, student trainers and managers, coaches, and others with job functions requiring access to the regulated areas.

The system has a dashboard that displays the status of all the readers on campus, spread across multiple buildings, and can be configured through a single interface for the entire enterprise. Last summer, PI upgraded Auburn to its Identity Software (IDS) that manages the new generation of enrollment and access readers, and also upgraded the enrollment readers to the newest Access200e devices.

“The enrollment software is now completely web-based, and the new enrollment camera, the Access200e, is a separate unit that doesn’t have to be hooked up to a computer with special drivers and configurations … Now, we can bring a laptop or tablet, and the new portable enrollment camera, over to wherever the team happens to be, and we can do the enrollment right there,” says Steele.

Auburn was able to keep the original PI system, giving them the ability to utilize the new software without swapping out the earlier generation of door readers. Stanford can manage the legacy N-glance readers just the same as the newer Access200 readers. Stanford says they will eventually swap out the older N-glance readers with the newer models.

Efficiency and security aren’t the only things these iris readers offer. You can also think of them as a recruiting tool. Steele says that during campus tours for prospective students and their parents, the reaction to the PI system has been overwhelmingly positive.

“Moms and dads are the most impressed with it — especially if they are parents of female student-athletes. They can see that it’s a much stronger system than key or card access.”

Florida Atlantic University: Flexibility Through Integration

Florida Atlantic University (FAU) needed to secure a new building that is part of the Charles E. Schmidt College of Medicine, a facility which houses research, administration and a medical clinic.

Requiring a robust access control system that enables the integration of video surveillance and the ability to partition access to specific areas of the facility, FAU selected Software House‘s C•CURE 9000 to manage student access to classrooms and laboratories.

This ranges from 24-hour access to the building, to limited facility access during examination time. The solution also allows the university to restrict access to medical record rooms, the pharmacy and other sensitive areas.

According to Patrick Garmon, director of security technology for FAU, it was important to implement a system that enabled the university to manage student access to buildings by floor and room, not just to restrict overall building access.

“Florida Atlantic University has harnessed the vast capabilities that C•CURE 9000 has to offer when it comes to security and access control management,” says Jason Ouellette, global product general manager, access control, building technologies & solutions, Johnson Controls. “Whether managing access to laboratories, the pharmacy or medical records, C•CURE 9000 provides flexibility to easily manage and adjust the system based on current needs.”

Liberty University: Optical Turnstiles Are Optimal

The LaHaye Fitness and Recreation Center at Liberty University’s Lynchburg, Va., campus occupies approximately 165,000 square feet, houses five basketball courts, an indoor track, a weight room, group exercise classrooms, racquetball and volleyball courts, soccer fields and a rock wall, in addition to a lounge and cafe.

Every student enrolled at Liberty University is provided with an identification badge with embedded access control credentials to gain access to various Liberty facilities. The access control solution, provided by RS2, allows students to use one universal card throughout the campus, including LaHaye Fitness and Recreation Center.

Previously, entry at the rec center consisted of Liberty students handing their badge to a staff worker, who would swipe it for verification, and then allow the student into the facility. That changed when the university outfitted the rec center with four lanes of Speedlane 300 optical turnstiles from Boon Edam to control and document the approximately 30,000 users who enter the facility every week.

Installed by Wake Forest, N.C.-based Mech-Elect, the solution features three lanes dedicated for entry and one for egress.

“We can lock the turnstile gates, disable them, hold them open, grant access along with numerous other operational options, to keep traffic flowing while providing security,” says Samuel Seaborn, associate director, operations, at Liberty University. “The turnstiles integrate with Liberty’s access control system to monitor who is coming into the rec center and when, and helps ensure that only students and people with proper access are allowed into the facility.”

Liberty is looking to expand the LaHaye Fitness and Recreation Center by opening satellite facilities around the campus, and plans on once again turning to the Speedlane optical turnstiles.

“The Boon Edam turnstiles are so simple to use, and they really help with traffic flow. In today’s environment, we’re even more concerned with properly protecting our students, and Boon Edam turnstiles help us do that,” says Seaborn. “When we expand our recreational facilities, as well as other facilities, we’re definitely looking to Boon Edam for our entrances and exits.”

Continue reading about how The University of Central Florida streamlines their storage and video and how Louisa County Public Schools in Northern Virgina effectively connect and communicate with law enforcement at securitysales.com.

 

Experience the next generation of interactive security services and solutions with GenX Security.

With custom security integration solutions come custom quotes designed for your needs. Please contact us by clicking here or calling 866-598-4369.

 

Featured Posts
Recent Posts
Archive
Search By Tags
Follow Us
  • Facebook Basic Square
  • Twitter Basic Square
  • Google+ Basic Square
bottom of page