Zero trust has become a top priority for many organizations, and it should be no different for colleges and universities. While every sector faces hurdles on the path to zero trust, the journey can be especially complex for higher education. Open networks, diverse user populations, and decentralized IT environments make it harder to enforce consistent security controls.

In addition, there is a prevailing idea that education operates differently than the private sector. While that is true in some regards, the responsibility to protect sensitive information is just as critical for institutions of higher education. Millions of students, parents, faculty, and staff trust these institutions with their personal data, financial records, and academic histories. Achieving zero trust is the most effective way to honor their trust and safeguard the campus community.

How Academic Advising and Zero Trust are Alike

According to , zero trust replaces implicit trust with explicit trust based on identity and context. Users and computers must perpetually authenticate themselves each and every time access is sought. This is not unlike the academic advisement checks that colleges place at every milestone. A student cannot register for courses, declare a major, or graduate based solely on prior approvals. Instead, each milestone requires renewed verification through advisement meetings, GPA validation, and prerequisite audits. In both cases, trust is not assumed from past success; it is re‑established at every critical decision point to ensure accuracy, compliance, and institutional integrity.

Zero Trust is a Gradual Transition

Zero trust is never an overnight transformation. It requires a deliberate, phased approach that starts with identifying your most critical assets, defining access policies, and strengthening identity management before rolling controls out more broadly.

Leadership must also account for the operational disruption that new security controls can introduce. Think of a campus renovation project involving occupied campus buildings. You just can’t evacuate everyone and tear down the entire structure. Instead, renovation teams work room by room, wing by wing, allotting for as little disruption to classroom operations as possible.

Controls are introduced incrementally, tested, and refined so that the business keeps running while security posture steadily improves. The less friction your security controls create, the more readily your teams will accept and adopt them.

Make Stakeholders Aware of the Threats

College campuses are often seen as peaceful, idyllic environments where staff and students are focused on learning and discovery, far removed from the constant cyber threats that exist elsewhere. However, this perception can create a false sense of security.

It’s essential to ensure that university leaders and key stakeholders fully understand the real cybersecurity risks facing the institution. Help them see the threat landscape by sharing clear, concrete information:

• Explain the sheer volume of credential attacks launched against university email accounts every day.
• Provide statistics on the number of phishing attacks targeting staff and students each month.
• Share real-world examples of cybersecurity incidents at other educational institutions, such as cases where research data was stolen, classroom systems were taken offline by ransomware, or operations were disrupted by DDoS attacks or major data breaches.

It’s difficult to gain support for strong security measures like zero trust architecture when stakeholders aren’t fully aware of the risks. Awareness is the first step toward building a culture of cybersecurity on campus.

Achieving Leader Buy-in

One challenge somewhat unique to higher education is the absence of a single, centralized IT security authority. Universities are typically federated environments composed of multiple schools and colleges such as the School of Business, School of Arts and Sciences, and School of Engineering. Each entity has its own leadership structure, priorities, and technical teams and this decentralized model can complicate the adoption of a unified zero trust strategy.

For zero trust to be effective, alignment across departments is essential. Security controls must be consistently applied, and policies must be supported at both the institutional and program levels. In many cases, this begins by engaging the primary academic leaders such as Deans and their executive teams. When leadership understands how zero trust protects instructional continuity, research data, and institutional reputation, they are more likely to prioritize the initiative to their staff. Faculty and staff are more likely to accept zero trust as a meaningful improvement rather than a technical constraint when the message comes from their direct leadership.

Achieving Student Body Buy-in

Students often feel invincible and may not fully appreciate the cybersecurity risks around them. It’s important to help them understand how their personal devices can affect the entire university network and why specific security policies are in place.

Include clear information about zero-trust principles and student-related security expectations during new student orientation. This sends a strong message that the university takes cybersecurity seriously and is committed to protecting students’ personal data and academic information.

MFA, as an Example

Let’s face it. No one “likes” multifactor authentication, so enforcing it universally and without preparation is likely to generate significant resistance and undermine broader zero trust efforts.

Start with privileged users first for when they are offsite as the vulnerability of that type of scenario is easily understood. Once MFA is established for privileged remote access, the next phase can extend MFA requirements to on‑premises access. This step typically requires additional explanation, as users may perceive the campus environment as inherently trusted. Explain what the tradeoff would be for not doing MFA, as accounts without MFA are far easier to compromise and that account recovery and incident remediation are costly and disruptive.

After MFA has been normalized among privileged users, the institution can expand requirements to faculty and staff and, ultimately, to students. This staged rollout allows the organization to address usability concerns, refine support processes, and build institutional acceptance while steadily strengthening the overall security posture.

Conclusion

Of course, implementing MFA is but one of several steps necessary to ensure zero trust throughout your institution. Achieving true zero trust requires a layered set of controls, well-defined policies, and an implementation plan tailored to your environment. If you’d like to explore what that looks like for your own organization, WEI’s zero-trust specialists are ready to help.

Next Steps: In this exclusive WEI Tech Talk, cybersecurity leaders from WEI, Bottomline, and Simbian discuss how AI is changing the future of security operations and what it means for organizations trying to modernize their SOC.

Watch the full discussion below to hear practical insights from security practitioners and technology leaders working at the forefront of modern SOC transformation.

The post Strategies for Building Zero Trust Security for Higher Education appeared first on IT Solutions Provider - IT Consulting - Technology Solutions.

WEI and HPE Aruba Networking is helping enterprises adopt the Secure Access Service Edge (SASE) framework to protect hybrid workforces, support cloud strategies, and reduce risk. Network security forms the foundation that drives business innovation. Hybrid workforce network security, multi-cloud adoption, and the proliferation of connected devices are redefining how companies secure their networks. Static firewalls and VPNs are no longer sufficient. Companies look to a model that adapts quickly and supports a borderless world. The SASE framework delivers that model, and HPE Aruba Networking redefines secure networking for the modern enterprise.

brought together WEI’s Cyber Security GTM Leader Todd Humphreys, HPE Aruba Networking’s Jamie McDonald, and NFL legend Tedy Bruschi for a conversation about what it takes to rethink enterprise security. Beyond the terrific sports analogies, the key takeaway is clear: HPE Aruba Networking’s approach to the SASE framework reinvents secure enterprise networking. 

Understanding the SASE Framework

The SASE framework, or Secure Access Service Edge, is a model first introduced by Gartner that merges networking and security into a single, cloud-delivered security service. It combines SD-WAN capabilities with security functions, including Zero Trust networking, secure web gateways, cloud-delivered firewalls, and data loss prevention.

The purpose is simple: security follows the user everywhere, not just within a corporate perimeter. Employees work from home, coffee shops, airports, and branch offices, so the network must deliver consistent security policies regardless of location. This is especially true for organizations that prioritize hybrid workforce network security.

HPE Aruba Networking interprets the SASE framework by unifying SD-WAN and cloud-delivered security under a single framework. This creates a fabric where application performance, user experience, and security all operate through the cloud.

Why Traditional Security Models Fall Short

For decades, enterprises relied on the data center as the hub for security. All traffic funnels through firewalls and content filters before reaching its destination. While effective when users and applications live inside the corporate perimeter, this model creates bottlenecks in today’s context. Remote work, SaaS adoption, and IoT connectivity dissolve the idea of a defined perimeter, creating new challenges for hybrid workforce network security.

VPNs offer a stopgap but introduce complexity and performance trade-offs. Users experience inconsistent security policies depending on whether they connect on-premises or remotely. The result is a patchwork of controls that increase risk and frustrate end-users.

The SASE framework addresses this by extending enterprise-grade protections through cloud-delivered security, ensuring users receive the same experience and protection regardless of their connection location.

Key components of the HPE Aruba Networking SASE framework

HPE Aruba Networking combines proven SD-WAN capabilities with a robust cloud-delivered security stack. Key components of the HPE Aruba Networking SASE framework include:

• SD-WAN Performance: HPE Aruba Networking EdgeConnect SD-WAN technology reduces reliance on expensive MPLS lines and delivers private-line performance over broadband. Features such as dynamic path selection and WAN optimization maintain consistent application performance for voice, video, and data-intensive workloads.
  
• Zero Trust Networking: HPE Aruba Networking SASE applies Zero Trust networking principles, shifting from connecting users to networks to connecting them directly to applications. This approach limits lateral movement and reduces risk if a device becomes compromised.
  
• Cloud-Delivered Security Services: HPE Aruba Networking integrates secure web gateways, CASB capabilities, and advanced threat prevention into the SASE framework to protect users and data wherever business occurs.
  
• Unified Policy Management: HPE Aruba Networking enables administrators to apply one policy engine across all cloud-delivered security functions, eliminating multiple consoles and duplicated policies.
  
• Global Reach: HPE Aruba Networking leverages global points of presence across major cloud providers to deliver low-latency, high-performance cloud-delivered security services worldwide.
  

Planning the Migration to the SASE Framework

Migrating from legacy security models to the SASE framework requires planning and collaboration between networking and security teams. HPE Aruba Networking and WEI recommend a phased approach:

1. Assess Current Infrastructure: Identify dependencies on firewalls, VPN concentrators, and MPLS connections. Map where users connect and how applications deliver services. This helps define needs for hybrid workforce network security.
   
2. Prioritize Use Cases: Start with Zero Trust networking to replace or augment VPNs,  improving user experience.
   
3. Integrate Cloud-Delivered Security: Add secure web gateways, CASB, and DLP services to provide consistent cloud-delivered security across all traffic.
   
4. Extend SD-WAN Benefits: Deploy HPE Aruba Networking EdgeConnect to optimize application performance across cloud, SaaS, and branch locations while reducing costs.
   
5. Unify Policies and Management: Consolidate policies under HPE Aruba Networking’s single management console to align networking and security under the SASE framework.
   
6. Iterate and Expand: Continue adding capabilities and refining controls as the organization grows and as hybrid workforce network security needs evolve.
   

Business Value for Leaders

For directors, CIOs, and CISOs, the HPE Aruba Networking SASE framework delivers clear benefits:

• Stronger Security Posture: Enforce consistent Zero Trust networking policies and prevent data loss across a distributed workforce.
  
• Improved User Experience: Provide fast, reliable access to business applications without the friction of VPNs.
  
• Operational Simplicity: Manage networking and cloud-delivered security from one platform, reducing cost and complexity.
  
• Cloud-Ready Future: Support multi-cloud strategies and SaaS adoption with a framework built for secure access service edge enterprises.
  
• Cost Optimization: Replace MPLS lines with broadband while maintaining application performance.
  

Lessons from Tedy Bruschi

Tedy Bruschi’s role in the webinar reinforces the importance of leadership and adaptability. Winning in football requires constant adjustment, and the same applies to enterprise networking. His perspective on teamwork and resilience mirrors the collaboration networking and security teams need when adopting the SASE framework.

Just as a championship team relies on trust between players, a successful secure access service edge deployment depends on trust between IT leaders, technology partners, and the framework itself. HPE Aruba Networking SASE provides the playbook for securing hybrid workforce network security and ensuring reliable Zero Trust networking.

Final Thoughts

The enterprise perimeter no longer exists, but the demand for security has never been higher. With hybrid workforce network security now the standard, multi-cloud strategies accelerating, and data moving everywhere, leaders cannot rely on outdated models.

HPE Aruba Networking’s SASE framework offers a path forward. Security follows the user, applications perform optimally, and management becomes simpler. For organizations ready to modernize their strategy, HPE Aruba Networking and WEI provide the secure access service edge technology and expertise to succeed. Looking for security solutions for your business? WEI can help, contact us today to get started. 

Next Steps: To learn more on how unified SASE effectively addresses the new work ecosystem, download our free tech brief, Enabling The Modern Workforce With Unified SASE. Download our free tech brief, 

The post How Can SASE Framework Transform Zero Trust Networking? appeared first on IT Solutions Provider - IT Consulting - Technology Solutions.