![]() The catastrophically ineffective response to the May 2022 shooting at Robb Elementary School in Uvalde, Texas, revealed the weaknesses of web-based systems. Unfortunately, school alert systems that rely on web-based apps fail to offer this functionality. This problem reveals the great advantage of mobile panic buttons : any staff member can send an alert from anywhere, at any time. While a teacher may check messages from time to time, they may also leave the classroom without their phone, set it to silent mode, or miss alerts because they’re occupied elsewhere. For these reasons, they are often disengaged from their personal cell phones throughout the day. They rarely stay in one place for long and have to manage many demands on their attention. Teachers work in dynamic, bustling environments. School alert systems that utilize dedicated IoT networks are on the cutting edge of today’s technology. A proprietary network created specifically for IoT use facilitates not only the management of a plethora of connected devices but also provides a sound basis for protecting traffic. Technology experts assert that dedicated IoT networks will likewise soon become “mission critical” for many enterprises. Emergency services were deemed “mission critical” and therefore too important to expose to connectivity problems. The advantages of IoT networks led US cellular carriers to create them for 911 calls. ” Without a dedicated IoT network, the IoT ecosystem could easily become highly cumbersome with so many different “things” to consider, including IoT provisioning, activation, administration, and other management functions. They “focus on the needs of industry verticals, and specific market use cases. IoT networks fit the needs of the industry for which they are designed. The technology and security that schools require are unique they are not precisely the same as any other industry. This eliminates confusion and ensures staff members can be notified of an emergency. They create their own device ecosystem! Unlike personal cell phones, which receive all types of notifications throughout the day, devices on an IoT network can send and receive notifications solely focused on safety and security. In the case of a school alert system with mobile panic buttons, each staff member’s badge and the controlling system are in direct communication. These networks require committed connectivity to a controller that manages the device ecosystem. An IoT network is a web of devices that can communicate with one another. The most effective and reliable school alert systems run on a dedicated “Internet of Things” (IoT) network. Therefore a reliable network should be the starting point for schools seeking to keep students and staff safe. A school alert system is only as strong as its weakest link. If the wi-fi is down or if a classroom is located in a section of the school without cell service, any call for help will go unheard and unanswered. So it’s risky to rely on these networks in times of crisis. Wi-fi and cellular service are notoriously bad on many school campuses. Just like a school ID, a wearable mobile panic button goes everywhere a staff member goes and can pinpoint the staff member’s location anywhere on campus in an emergency. But districts can mandate that staff members wear a security badge along with their school identification. In addition, school administrations cannot mandate that staff members download safety applications to their personal devices or expect a staff member to carry their personal device on their person at all times.
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