Endpoint Protection for Schools and Universities: Securing Devices Without Disrupting Learning
Schools and universities manage some of the most diverse and difficult-to-secure device environments in the UK. A secondary school might have thousands of student laptops, teacher devices, Chromebooks, and tablets — all connecting to the school network alongside BYOD personal devices. A university campus adds research workstations, lab equipment, and devices from tens of thousands of students from around the world. The NCSC reported 32 significant incidents in UK education in 2020, with ransomware as the dominant threat — and ransomware is ultimately an endpoint problem, executing on devices that lack adequate protection.
UK education sector: 32 significant cyberattacks reported to the NCSC in 2020 alone, with ransomware as the leading threat targeting endpoints across school and university networks.
The Endpoint Challenge in Education
Education endpoints present unique security challenges compared to corporate environments:
- Scale: thousands of student and staff devices, many unmanaged or personally owned
- Diversity: Windows, macOS, ChromeOS, iOS, Android — often in the same classroom
- Openness: academic culture of information sharing conflicts with security restrictions
- Limited IT staff: most schools have one IT technician or share an outsourced IT support service
- Budget constraints: commercial endpoint security pricing per device is often prohibitive at education scale
- Student behaviour: students may intentionally attempt to bypass security controls
What Schools Need from Endpoint Protection
Effective endpoint protection for education should include:
- Antivirus and anti-malware: detect and block malware, ransomware, and potentially unwanted applications
- Endpoint Detection and Response (EDR): detect attacker activity on devices, not just known malware
- Device management (MDM): enforce security policies, push updates, remotely wipe lost or stolen devices
- Application control: prevent students from installing unauthorised software
- Web filtering: block access to malicious sites and inappropriate content
- Encryption: ensure device storage is encrypted so lost laptops do not become data breaches
Managing BYOD in Schools and Universities
Bring Your Own Device (BYOD) policies are common in universities and increasingly in secondary schools. Personal devices cannot be enrolled in school MDM systems, and installing security agents on personal devices is often impractical and raises privacy concerns. For BYOD environments, the focus should be on network-level controls: network segmentation (BYOD devices on a separate VLAN from school systems), web filtering at the network gateway, and ensuring that sensitive school systems require MFA so that a compromised personal device cannot be used to access them.
Coro for Education Endpoints
Coro provides unified endpoint protection, device management, and email security in a single platform designed for organisations without large in-house IT teams. For schools and multi-academy trusts, Coro's per-user pricing covers all devices, eliminating the per-endpoint cost that makes enterprise endpoint security unaffordable at education scale. Coro's automated threat response reduces the burden on overstretched school IT staff, detecting and containing threats without requiring manual intervention for every alert.
Frequently Asked Questions
Do Chromebooks need endpoint protection?
Chromebooks have built-in security features — verified boot, automatic updates, sandboxing — that provide a good baseline. However, they are not immune to attack: phishing, malicious extensions, and compromised Google accounts are all real threats. For managed Chromebooks in a school environment, Google Admin Console provides management and security policy enforcement. Additional endpoint security tools may not be necessary if Chromebooks are properly managed through Google Workspace for Education.
What is the DfE's requirement for endpoint protection?
The DfE Cyber Security Standards require schools to have malware protection deployed on all devices. This maps to the Cyber Essentials control for malware protection. The standards do not mandate specific products, but expect schools to have up-to-date anti-malware on all internet-connected devices. EDR and advanced threat detection are not specifically required but are strongly recommended as part of a proportionate security programme for schools handling sensitive data.
How should schools handle lost or stolen devices?
Lost or stolen devices should be reported to the IT team immediately, and the device remotely wiped if it contains school data. If the device contained personal data and remote wipe has failed, or if it is not possible to confirm the device was encrypted, this may constitute a personal data breach requiring ICO notification assessment. Schools should ensure all school-issued devices are encrypted and enrolled in an MDM system that enables remote wipe.
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