Skip to main content
Add as a preferred source on Google


Texas A&M to Boost Parking Operations with Private LTE Network

  • By Matt Jones
  • 07/24/24

Texas A&M University Technology Services recently announced a partnership with managed connectivity solutions provider Kajeet to deploy a private LTE network solution on its campus in College Station, TX. The Educational Broadband Service (EBS) 2.5GHz private cellular network was implemented specifically to boost the efficiency of the university's parking operations, according to a news announcement.

The project uses the university's band 41 license and involved deploying Radio Access Network equipment to set up a proof-of-concept network. The smaller, more strategic deployment met challenges specific to a heavily populated academic environment. The EBS solution uses handheld scanners to process automated payments via a private, cellular radio. The approach both stabilizes payment options and streamlines operational efficiency, the news release reports.

A major goal of the project was to implement a system capable of holding up to cellular network congestion during high-use periods, the news release reports.

"Our collaboration with Texas A&M University Technology Services team exemplifies the impact that advanced connectivity solutions can have on large-scale operations," said Kajeet CEO Ben Weintraub. "The success at [a recent] George Strait concert was a significant validation of our technology's capability to handle high-stakes, high-volume events with ease."

About the Author

Matt Jones is senior editor of Spaces4Learning. He can be reached at [email protected].

Featured

  • Abstract neural network 3D illustration

    Intel® AI EmpowerED: The AI-Ready Campus, Delivered

    Artificial intelligence is transforming higher education, prompting institutions to rethink how they manage infrastructure, security, governance, and workforce readiness. Successful adoption requires a strategic, institution-wide approach that aligns AI initiatives with educational goals, faculty enablement, and scalable operational frameworks.

  • Minimalist binary data fragmentation

    Fragmented Data Is Quietly Undermining Student Success and Cybersecurity Hygiene

    Siloed tools, teams, budgets, and resources spread across departments and campuses generate massive amounts of data. However, fragmentation creates unnecessary exposure to security threats and inadvertently reduces student support because no one can see the whole picture.

  • broken digital lock and glowing chain

    Cybersecurity Researchers: AI Has Crossed into the Live Attack Chain

    AI is moving beyond assisting cybercriminals and beginning to operate within live attacks, according to a new report from Check Point Research. The technology is making sophisticated capabilities faster and more accessible while creating new security risks for businesses deploying their own AI systems.

  • Abstract background with digital shield made of data particles glowing blue blocking against cyber attacks

    Report: AI Attacks Push Organizations Toward Autonomous Cybersecurity Defense

    Artificial intelligence is raising the stakes of cyber conflict as attackers use the technology to accelerate reconnaissance, uncover vulnerabilities, and launch attacks faster than many security teams can respond.