As summer turns into fall, more and more schools are starting the 2020-2021 academic year. Faced with uncertainty in an ever-evolving climate, school districts and higher learning institutions are struggling to do what is best for students and teachers alike.
There are no easy answers. We’ve seen months of careful planning and preparation turn on a dime at the University of North Carolina and Notre Dame, where the campuses have recently closed because of “COVID hot spots” turning up. Unfortunately, these schools may very well not be the exception.
For K-12, many school districts are opening with at least some degree of remote learning. Remote learning means increases in Chromebooks usage.
We recently held a webinar entitled Protecting Chromebooks Used by Schools, Cities & States. The webinar featured Karen Jackson – Interim Executive Director, New College Institute; President, Apogee Strategic Partners; and former Secretary of Technology, for Virginia – and Chul Yim – Sr. Director, State & Local Government, Education, and Public Healthcare, Zimperium – who both provided insights on the risks school districts are facing.
You can watch the webinar by clicking here.
Risks facing students
For schools relying on Chromebooks for remote education, students, teachers and administrators face the same privacy and security threats associated with laptops and mobile devices, without the same security measures. In a suburb of Dallas, Texas, we’ve already seen a hacker get into a sixth grader’s online classroom and send threatening messages.
With the exception of the mandated content filtering that prevents students from going to inappropriate sites, students are very vulnerable to cyberattacks. And unlike laptops, desktops – or iOS and Android devices for that matter – Chromebooks have not been provided protection from breaches.
Meaning, students are susceptible to network and phishing attacks, malicious apps, OS exploits and risky apps:
zIPS for Chromebooks – through its machine learning-based technology – detects and remediates against those attacks (and more):
- Identifying and blocking users from accessing phishing sites;
- Detection of malicious WiFi networks and alerting users to disconnect from the network; and
- Assessment of all Android apps for undesired violations of privacy, or unsecure development practice.
zIPS for Chromebook’s on-device design also protects user privacy and provides local, continuous assessments of the mobile endpoint.
The combination of content filtering and zIPS for Chromebooks better protects students.