"Legacy access control slows down security responses, posing serious security vulnerabilities. Just think about it. When a security incident occurs, like when an intruder accesses your eLearning data centers or servers, there's no way to instantly lock down that area. This process has to be done manually. It also requires multiple people working together to implement the lockdown. Someone from a control room may need to contact the folks on the floor to initiate the process."
"There's also the security vulnerability that comes with these legacy systems. For starters, if a security guard's access card is stolen, revoking that card's access can take too long. That's because it may require making changes locally on each controller. Additionally, legacy systems are more vulnerable to cyber attacks since they use outdated software and hardware. Updating them requires manual installat"
Traditional on-site access control creates slow security responses, manual lockdowns, and coordination delays that allow intruders to evade containment. Stolen or compromised credentials can take too long to revoke because changes must be made locally on each controller. Legacy systems often run outdated software and hardware, increasing vulnerability to cyberattacks and complicating updates. Distributed eLearning campuses require scalable, centralized control to manage multiple locations, support on-campus exams and lab access, and maintain compliance. Cloud-based access control enables instant remote lockdowns, rapid credential management, centralized updates, and easier auditing while improving cost-effectiveness and scalability for hybrid learning environments.
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