Cybersecurity Is Everyone’s Job Now: Is Higher Ed Ready?

For years, cybersecurity was largely viewed as an IT responsibility. Protect the network. Secure the systems. Train employees not to click suspicious links. That model is becoming increasingly difficult to sustain.

Higher ed institutions operate across a sprawling digital ecosystem that extends far beyond the traditional campus network. Students connect from personal devices. Faculty and researchers collaborate across institutions. Employees access cloud platforms from anywhere. And artificial intelligence is introducing new tools, behaviors, and risks at increasing speeds.

As a result, cybersecurity can no longer be something IT does for the institution. It must be something we all do together.

It’s no wonder that Collaborative Cybersecurity was named the #1 issue in the 2026 EDUCAUSE Top 10.

AI Is Changing the Threat Landscape

The same generative AI tools that help students, faculty, and staff work more efficiently can help threat actors create convincing phishing messages, impersonate trusted individuals, and scale attacks faster than before.

These threats are not new, but they’re faster and more sophisticated than ever. The email that once contained obvious spelling mistakes may now appear polished and personalized. A fraudulent request can mimic the language of a colleague or leader. And compromised credentials can provide access to an expanding collection of cloud applications and institutional data.

As AI lowers the barrier to creating convincing attacks, institutions need to reconsider a long-standing cybersecurity question. Are we preparing our community for the threats they face today or the threats we taught them to recognize five years ago?

The Campus Community Is Part of the Security Perimeter

Unlike many corporate environments, colleges and universities are intentionally open and collaborative. Students, faculty, staff, vendors, and partners need access to different systems, resources, and data. That openness is fundamental to the mission. It also creates risk.

According to the 2026 EDUCAUSE Students and Technology Report, 46% of students encountered a security threat during the previous academic year. Yet students can sometimes remain outside the institution’s broader cybersecurity strategy. Employee security training may be well established while student awareness, support, and education receive less attention.

If nearly half of students are encountering security threats, cybersecurity awareness cannot stop with employees. Institutions need to consider how cybersecurity education, communication, and support extend across the entire campus community and how security becomes part of the culture rather than another annual training requirement.

Identity Is Increasingly More Important

As higher education technology has moved beyond campus networks and into cloud-based ecosystems, identity has become one of the most important components of institutional security. The question is no longer simply: “Is our network secure?”

Increasingly, institutions must ask: “Do the right people have the right access to the right systems at the right time?”

Institutions may operate hundreds of applications containing financial information, student records, research data, employee information, and other sensitive resources. Multi-factor authentication, strong identity and access management practices, appropriate permissions, and regular access reviews are therefore becoming foundational components of cybersecurity maturity.

But tech alone is not enough. Institutions need processes and governance that determine how access is granted, reviewed, changed, and ultimately removed.

Your Institution Is Only One Part of the Ecosystem

Another major shift is happening outside the institution itself. Colleges and universities increasingly depend on cloud providers, software vendors, consultants, research partners, and other third parties to deliver critical services. Those relationships can expose the institution to greater risk. A college may have strong internal controls and still experience disruption or data exposure through a third-party system.

Vendor risk management, data governance, contractual requirements, incident response planning, and business continuity all become part of how colleges and universities evaluate the totality of their tech ecosystem. Institutions should understand where sensitive data resides, who has access to it, which systems are critical to operations, and what happens if one of those systems suddenly becomes unavailable.

Having Security Measures Is Not the Same as Having a Security Program

A collection of cybersecurity tools and activities does not automatically create a mature cybersecurity program. A strong program connects those activities to a larger institutional strategy. That means understanding the institution’s current security posture, identifying and prioritizing risk, testing whether existing defenses actually work, establishing clear accountability, and creating a realistic roadmap for improvement. It also means recognizing that cybersecurity maturity is an ongoing process.

Technology and the nature and shape of threats change. The cybersecurity program has to evolve with them.

A practical approach starts with several fundamental questions:

• Where are our greatest vulnerabilities today?
• Which risks could have the greatest institutional impact?
• Have we tested the controls we believe are protecting us?
• Do we know how we would respond to a significant incident?
• Are cybersecurity priorities connected to institutional strategy and budget?
• Who is accountable for moving the security program forward?

The answers help institutions move from simply reacting to cybersecurity issues toward building long-term resilience.

From Cybersecurity Activity to Cybersecurity Maturity

With the complexity of cybersecurity challenges, it’s sometimes hard to determine what to do next. That’s where a maturity-based approach can help.

Assess the posture.

Understand the institution’s current environment, controls, compliance requirements, and areas of risk.

Test the defenses.

Use penetration testing and other assessments to determine whether existing security controls perform as expected against real-world attack techniques.

Prioritize the gaps.

Not every vulnerability carries the same level of institutional risk. Focus resources where they can make the greatest impact.

Build the roadmap.

Translate findings into a realistic cybersecurity strategy aligned with institutional priorities, available resources, and budget.

Establish accountability.

Ensure someone has responsibility for advancing the security program, communicating risk to leadership, and keeping cybersecurity priorities moving forward.

Repeat.

Cybersecurity maturity requires continuous assessment and improvement.

Cybersecurity Is Everyone’s Job Now

Higher education will never eliminate cyber risk. Nor should institutions respond by locking down the very openness and collaboration that make colleges and universities unique.

The goal is resilience. It’s understanding which risks matter most — and preparing people to recognize their role in protecting the institution.

As higher education leaders gather at EDUCAUSE and begin looking toward their technology priorities for 2027, cybersecurity deserves to be part of a much larger institutional conversation.

How SIG Can Help

Cybersecurity maturity looks different at every institution. SIG helps colleges and universities understand where they are today and determine what needs to come next —from compliance auditing and penetration testing to strategic cybersecurity consulting and virtual CISO leadership. We can help you turn cybersecurity from a collection of activities into a program that your institution can continuously strengthen.

Going to EDUCAUSE? Let’s compare notes on your institution’s cybersecurity priorities for 2027.