Our groundbreaking Zero Trust Campus book offers comprehensive guidance for zero trust security in higher education. We’ve designed these resources to help you safeguard sensitive student and university data, navigate the complexities of regulatory compliance, and protect your organization from evolving cyberthreats.
Dive into our expert insights, practical strategies, and real-world case studies to transform your campus into a more secure, resilient, and trusted educational institution.
A Look Inside
Abstract of The Zero Trust Campus
The Zero Trust Campus is a practical guide authored by cybersecurity and IT experts to help colleges and universities adopt Zero Trust Architecture (ZTA). The book addresses the rising cyber threats faced by higher education and offers strategies to ensure secure digital transformation, regulatory compliance, operational efficiency, and user satisfaction. Below are highlights organized by chapter.
- Higher education must modernize its IT architectures to tackle rising cyber threats.
- Legacy systems, including hub-and-spoke designs, fail to secure distributed environments.
- Zero Trust Architecture offers seamless, secure systems for remote access, IoT devices, and hybrid campuses.
- Seamlessly secure access enhances productivity for students, faculty, and researchers.
- Zero Trust safeguards sensitive data, reduces operational risks, and prevents breaches.
- Transitioning to Zero Trust results in cost savings by streamlining IT operations and eliminating legacy inefficiencies.
- Most breaches stem from phishing, compromised credentials, or vulnerabilities in legacy systems.
- Zero Trust stops lateral movement by verifying identity and intent at every access point.
- Proactive measures prevent data exfiltration and minimize the impact of common attack vectors.
- Zero Trust solutions are cost-effective, scalable, and easier to deploy than perceived.
- Universities can implement Zero Trust incrementally without disrupting daily operations.
- Zero Trust protects privacy while aligning with academic values, research collaboration, and innovation.
- Begin with identity management solutions, minimizing internet exposure, and guarding critical assets.
- Frameworks like CISA’s Zero Trust Maturity Model and NIST's ZTA simplify the implementation process.
- Phased approaches allow universities to reduce risks while enhancing operational agility.
- Gain campus-wide buy-in by addressing privacy concerns and emphasizing seamless user experiences.
- Train faculty, researchers, and staff to adapt to security changes while safeguarding data integrity.
- Collaborate across governance, IT, and academic units to ensure successful implementation.
- Zero Trust protects sensitive data while enabling secure collaboration and scalability.
- Universities integrating Zero Trust future-proof themselves in the face of evolving cyberthreats.
- Taking proactive steps allows IT leaders to modernize operations while ensuring security.
Cybersecurity in higher education by the numbers
25%
Year-over-year increase in ransomware attacks (ThreatLabz 2025 Ransomware Report)
224%
Surge in phishing attacks (ThreatLabz 2025 Ransomware Report)
$4 Million
Average cost to recover from ransomware attack (IBM)
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For higher education, hybrid work is here to stay, and it’s chipping away at the castle-and-moat walls. A zero trust security strategy is the best way forward.
Dan Han, CISO, Virginia Commonwealth University
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[Zero Trust] fits seamlessly into our ecosystem and works well with legacy software. Our security posture is stronger than ever with the intelligence shared between our integrated vendors...I’ve been receiving emails from colleagues in HR, finance, and security on how much easier it is to do their jobs now, without application performance issues and disruptions.
Armando Martinez, Systems Administrator, Kern Community College District
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The Zero Trust Exchange ticked all the boxes. It provides us with a cloud platform that performs content filtering to help prevent exfiltration of highly sensitive data. It works outside of the traditional on-premises environment and accommodates remote users.
Marshall Hollis, Systems Architect, University of South Carolina