Education relies on digital systems to deliver teaching, manage student records, support research and keep day-to-day operations running. But how prepared is your institution if those systems suddenly become unavailable?
Cyber security is no longer just about preventing attacks. It is also about limiting their impact, recovering essential services and maintaining continuity when something goes wrong. The UK Government’s Cyber Security Breaches Survey 2025/2026 found that 88% of further education colleges and 98% of higher education institutions had identified a cyber breach or attack in the previous 12 months. The findings highlight why cyber resilience should be a priority for education IT leaders. For colleges and universities, the consequences can extend well beyond IT downtime. Disruption can affect teaching, student services, sensitive personal information, research projects and institutional reputation. So, how can you assess your institution’s readiness? Here are seven questions every education IT leader should be asking.
1. Do we understand our current cyber security risks?
You cannot effectively protect systems if you do not know where your biggest vulnerabilities lie. Education environments are often complex, with multiple campuses, legacy infrastructure and thousands of users connecting different devices. Each introduces potential risks that need to be understood and managed.
Start by asking whether your institution has a current cyber risk assessment covering its critical systems, sensitive data, network infrastructure and third-party services. Consider whether you know which systems would cause the greatest disruption if compromised, which vulnerabilities need immediate attention and how risks are reviewed as technology and threats change.
2. Could we recover our data if ransomware struck?
Having backups does not automatically mean your institution can recover from a cyber attack. Ransomware can encrypt data, disrupt services and compromise backup systems if they are not adequately protected. Even where backups exist, recovery may be slower than expected if the process has not been tested.
Ask your IT team when backups were last successfully restored, whether copies are protected from unauthorised deletion and whether critical data can be recovered independently of the affected network. The National Cyber Security Centre (NCSC) recommends maintaining secure, up-to-date backups and testing restoration processes. Its guidance also highlights the importance of protecting backups from modification and storing them separately from primary systems.
Your institution should have a clear understanding of which services must be restored first, how long recovery is expected to take and how much data loss would be acceptable.
3. Do we know how quickly we could detect and respond to an attack?
The sooner suspicious activity is identified, the sooner your team can investigate and limit its potential impact. However, detecting an incident is only part of the challenge. Your institution also needs clear procedures for deciding what happens next. Would your IT team know who to contact if unusual account activity suggested a compromised account? Could you quickly identify affected systems, restrict access and escalate the incident to the right specialists? Consider whether security alerts are monitored consistently, whether logs are available for investigation and whether your institution has access to the expertise needed to respond to a serious incident.
4. Is our incident response plan practical and tested?
A written incident response plan is useful, but it is not enough on its own. Confusion over responsibilities can delay recovery and increase disruption. Ask when your institution last tested its response to a realistic cyber attack scenario. Does the plan identify who makes key decisions, how staff and students will be informed, and how essential services will continue?
It should also cover external communications, data protection considerations, supplier involvement and the process for restoring systems safely. The NCSC’s free Exercise in a Box resource helps organisations practise responding to cyber incidents in a safe environment.
5. Are staff, students and third-party users part of our security strategy?
Technology alone cannot eliminate cyber risk. Phishing, impersonation and compromised accounts remain important concerns for education institutions. Students, academic staff, researchers, administrators and external partners all interact with institutional systems, sometimes with different access requirements.
The government’s 2025/2026 survey found that phishing was reported by 96% of further and higher education institutions that had identified a breach or attack. Ask whether staff receive relevant cyber security training, whether suspicious emails can be reported easily and whether multi-factor authentication is applied to important accounts. It is also worth reviewing how accounts are created, updated and removed when students graduate, staff leave or contractors finish their work.
6. Can we maintain essential services if part of our IT environment fails?
Cyber resilience is about keeping the institution functioning, not simply restoring servers. IT leaders should work with academic departments, senior management and operational teams to identify which services are most critical and how they would operate during an outage. Could teaching continue using alternative arrangements? Are there manual processes for essential activities? Do you know which systems depend on shared infrastructure, and in what order they would need to be restored?
7. Do we have the right expertise and support to improve our cyber resilience?
Maintaining effective cyber security requires ongoing attention. Threats evolve, systems change and internal teams must balance security with the day-to-day demands of supporting staff and students. Ask whether your institution has the resources, skills and specialist support needed to manage its current risks. Are security reviews carried out regularly? Are vulnerabilities addressed promptly? Is there a clear plan for improving resilience over the next 12 months? External IT and cyber security partners can help institutions review their environments, identify weaknesses and prioritise improvements where internal capacity is limited.
Building a more cyber-resilient education environment
Cyber resilience is not a one-off project. It requires a clear understanding of risk, effective preventative controls, tested recovery arrangements and the ability to respond when incidents occur. For college and university IT leaders, these seven questions provide a practical starting point for reviewing existing arrangements and identifying areas that need attention. If some answers are unclear, that does not necessarily mean your institution is unprepared. It means there is an opportunity to establish a clearer picture of your current position and decide where improvements will have the greatest impact.
At Syscomm, we work with education organisations to support their IT infrastructure and cyber security requirements. Understanding your current security posture is an important first step towards making informed decisions about your next steps. Want to understand where your institution stands? Speak to Syscomm about reviewing your IT and cyber security environment and identifying practical opportunities to strengthen your cyber resilience.