Education Security Testing.
Without Disrupting Learning.
Comprehensive security testing across the full education sector attack surface — student information systems, research networks, campus infrastructure, administrative systems, ransomware readiness, and security awareness — with regulatory mapping for FERPA, GDPR, PCI DSS, and regional frameworks.
Research IP protection
6 education attack surfaces
BYOD & campus network
Ransomware readiness
Education : The Most Targeted Sector for Ransomware.
Educational institutions combine high-value research data, student personal information, financial systems, and a uniquely open network culture — creating an attack surface unlike any other sector, with limited security budgets and constrained maintenance windows that can affect learning continuity.
Four Constraints Unique to Education Security.
Open Network by Design
Academic networks are built for openness — student BYOD, guest research collaborators, visiting faculty, and public eduroam access all connect to the same physical infrastructure. Segmentation that would be standard in an enterprise environment is often not implemented to preserve academic freedom. This creates direct paths from untrusted guest devices to administrative systems and research servers on the same campus network.
Sensitive Data Across Every System
Student education records (FERPA), health centre records (HIPAA in US), research data under funding body requirements, financial aid records, alumni donation data, and payment card data for tuition payments all coexist in the same institution. Each system category carries different regulatory obligations and different consequences for breach — requiring a layered, context-aware approach to testing priorities.
High-Value Research Intellectual Property
Cutting-edge research in pharmaceuticals, defence technology, materials science, and artificial intelligence represents significant commercial and strategic value. Nation-state actors specifically target university research networks to extract pre-publication findings. Research computing clusters, collaboration platforms, and grant management systems frequently hold data of significant national security and commercial significance with security controls below enterprise standards.
Constrained Maintenance Windows
Academic calendars leave narrow windows for system maintenance — exam periods, registration windows, and graduation events mean that critical systems must remain online during the most sensitive periods. Ransomware groups exploit this: attacking during exam season significantly increases pressure to pay quickly. Security testing must avoid any overlap with examination or registration systems during assessment periods.
Six Education Layers. Tested in Sequence.
Select a layer to see what gets tested, how, and which compliance requirement it addresses.
Student Information Systems & Learning Platforms
Ellucian Banner · PeopleSoft Campus Solutions · Canvas · Blackboard · Moodle · Colleague
- Broken access control between student records: whether a student can access the academic records, grade history, financial aid status, or contact information of another student via IDOR or path traversal
- Role-based access control validation across faculty, administrative staff, and student roles: testing escalation paths from student self-service to grade entry and student record modification
- SIS integration security: API authentication and data access controls between the core SIS and connected platforms (LMS, library systems, card access, accommodation)
- FERPA-sensitive data exposure in shared or incorrectly configured reporting tools: whether annual IPEDS exports, advisement tools, or third-party analytics platforms expose education records inappropriately
- Password reset and account recovery for student and staff accounts: token entropy, multi-factor bypass, and whether account recovery can be triggered with publicly available directory information
- Audit logging completeness: whether student record access, grade modifications, and administrative privilege use are logged with sufficient detail for FERPA compliance investigations
CRITICAL
IDOR in SIS API Exposes All Student Academic Records
GDPR Art. 32
Authenticated student session token accepted on transcript API for any numeric student ID — no check performed that the requesting student matches the requested record. Full academic transcripts, GPA, disciplinary records, and financial aid standing for all 18,000 enrolled students exposed to any authenticated user. No audit log entry generated on access.
Research Networks & High-Performance Computing
HPC clusters · Research data repositories · Collaboration platforms · Grant management systems · Lab instrument networks
- Research network segmentation: whether research computing VLANs are isolated from the general student and administrative network, and whether HPC cluster management interfaces are reachable from untrusted segments
- Data repository access control: whether research datasets — including those subject to funding body data management requirements — are accessible to users outside the authorised research team
- Collaboration platform credential exposure: whether institutional credentials used in research collaboration tools (Slack, Teams, shared cloud storage) follow the principle of least privilege and enforce MFA
- Lab instrument and IoT network exposure: whether laboratory instruments, environmental monitoring systems, and specialised research equipment are on isolated VLANs or reachable from general campus networks
- Grant management system access control: whether financial information, budget detail, and proprietary research outcomes stored in research management platforms are appropriately access-controlled and auditable
- Backup and data retention for research data: whether long-term research datasets are protected against ransomware by offline or immutable backup, and whether backup integrity is regularly verified
HIGH
HPC Cluster Management Interface Reachable from Student WiFi
GDPR Art. 32
High-performance computing cluster management SSH and Slurm web interface reachable directly from the student wireless network. SSH brute-force against researcher accounts possible from any connected device. Active research datasets from 14 funded projects — including pre-publication pharmaceutical research data — stored on the cluster without access logging or immutable backup.
Campus Network & BYOD Environment
eduroam · Cisco ISE / NAC · Ruckus / Aruba wireless · Campus core switches · Student residences
- Wireless network segmentation: whether eduroam, staff, student residence, and visitor SSIDs are isolated from each other and from administrative systems on the core campus network
- Network Access Control (NAC) bypass: whether unmanaged and unregistered devices can access protected network segments by spoofing MAC addresses or bypassing 802.1X authentication
- DNS and DHCP infrastructure security: whether internal DNS resolvers are susceptible to cache poisoning, and whether DHCP exhaustion attacks from student devices can affect campus network availability
- Student-to-student attack surface: whether devices on the student VLAN can enumerate, scan, or attack other student devices — relevant for preventing peer-to-peer credential theft and ransomware propagation within student housing networks
- VPN and remote access security: whether the campus SSL VPN enforces MFA, validates endpoint posture, and limits split-tunnelling exposure for remote staff and students
- Lateral movement paths from compromised student device to administrative network: testing whether a compromised device on the student VLAN has any reachability to administrative, SIS, or financial systems
CRITICAL
Student VLAN Routes Directly to Administrative Server Subnet
ISO 27001:2022 A.8.22
Student residence network routes directly to the administrative server VLAN without any firewall restriction. SMB (port 445), RDP (port 3389), and NFS (port 2049) accessible from student devices. A compromised or malicious student device can directly reach file servers, Active Directory domain controllers, and the SIS database server from within student housing. Ransomware propagation path confirmed in 4 minutes.
Administrative Systems & Payment Processing
Tuition payment portals · Payroll systems · Alumni / development platforms · HR management systems · Procurement and finance ERP
- Tuition payment portal security: PCI DSS scope assessment, card data exposure in logs and error messages, Magecart attack surface on payment pages, and network segmentation between the payment portal and core SIS
- Payroll and HR system access control: whether administrative staff can access payroll records outside their departmental scope, and whether ghost employee or bank account modification attacks are detectable
- Alumni and advancement database security: whether donor financial information, pledge data, and major gift prospect records are appropriately access-controlled and isolated from general administrative network access
- Finance and procurement ERP access control: segregation of duties enforcement in purchasing approval flows, whether journal entry manipulation or vendor master data modification is detectable and auditable
- Active Directory privilege review for administrative accounts: whether IT administrators, HR staff, and finance users have standing Tier-0 or Tier-1 access that exceeds role requirements
- Email system security for high-privilege accounts: Business Email Compromise susceptibility, whether finance approvers have mandatory MFA, and whether impersonation attacks against the CFO or bursar generate any alerting
HIGH
Finance ERP: Vendor Bank Account Modification Without Dual Authorisation
ISO 27001:2022 A.5.3
Any user with the standard Accounts Payable role can modify a vendor bank account record and immediately submit payment runs without a secondary approval workflow. No audit log captures who modified the bank account or when. This path represents a direct Business Email Compromise payment diversion vector. University pays approximately £8.4M per month to external suppliers through this system.
Ransomware Readiness Assessment
Backup infrastructure · Endpoint estate · Active Directory · Email gateway · Incident response capability
- Initial access path assessment: phishing susceptibility (email gateway filtering, link inspection, attachment detonation), RDP and VPN exposure, and external-facing application vulnerability inventory
- Lateral movement and privilege escalation paths: Active Directory attack path analysis, unconstrained delegation exposure, and the speed at which a compromised standard user account can reach a domain administrator
- Backup integrity and ransomware resilience: whether backup infrastructure is network-accessible from production systems, whether backups are immutable or online-only, and whether a complete institution recovery from backup is tested against current backup age and completeness
- Endpoint detection and response coverage: gap analysis between EDR deployment coverage and the actual endpoint estate, including unmanaged research instruments, legacy teaching lab computers, and departmentally-managed devices
- Incident response simulation (tabletop): structured ransomware scenario aligned to the TTP profile of education-sector threat actors — initial detection to decision to pay/restore — evaluating IR plan completeness and decision authority
- Recovery time objective validation: whether the documented RTO for critical systems (SIS, LMS, email, payroll) is achievable from current backup and recovery infrastructure without paying a ransom
CRITICAL
Backup Server Reachable from Production — No Offline or Immutable Copy
ISO 27001:2022 A.8.13
Central backup server mounted as a network share on all production servers. In a ransomware simulation, the backup repository was encrypted simultaneously with production data within 14 minutes of initial compromise. No offline copy or immutable backup tier exists. Full recovery from tape would require 47 days based on current tape library and restoration procedures — effectively unacceptable for examination season continuity.
Security Awareness for Academic Communities
Phishing simulations · Student and staff awareness training · IT helpdesk social engineering · Vishing assessments
- Phishing campaign simulation calibrated for academic populations: credential harvesting pages mimicking institutional SSO, VPN login portals, library resource access, and student financial aid notifications
- IT helpdesk social engineering: testing whether helpdesk procedures can be manipulated to reset account MFA, reveal email addresses, or grant access to systems for an attacker presenting as a student or staff member
- Vishing assessment: targeted phone calls to departmental administrators testing susceptibility to executive impersonation, IT support impersonation, and vendor impersonation scenarios
- Student population phishing metrics: click rates, credential submission rates, and report rates across undergraduate, postgraduate, and distance learning student cohorts — providing a baseline for awareness programme investment decisions
- Security awareness programme gap analysis: review of existing training content for currency, relevance to academic workflows, and alignment with the actual threat vectors observed in education sector incident data
- Departmentally-managed shadow IT discovery: identifying unsanctioned cloud storage, file sharing, and collaboration tools in use across academic departments that may hold sensitive research or student data outside institutional controls
HIGH
IT Helpdesk MFA Reset Without Identity Verification
ISO 27001:2022 A.5.17
Helpdesk completed MFA authenticator reset for a simulated professor account using only publicly available information (name and staff number from the institutional directory). No call-back verification, manager confirmation, or ticket escalation was required. The compromised account held access to 7 years of student grade records, 3 active research project datasets, and finance approval authority up to £25,000.
Every Finding Mapped to Your Regulatory Obligation.
Education institutions operate under overlapping regulations with different applicability by system type. Findings are tagged to the specific section — not just the regulation — to support audit and remediation prioritisation.
United States
The Family Educational Rights and Privacy Act (34 CFR Part 99) restricts disclosure of education records to third parties without written consent. Breach of education records — including academic transcripts, disciplinary records, financial aid status, and disability accommodations — triggers mandatory notification and can result in the Department of Education withdrawing federal funding. Access control and audit logging requirements apply directly to systems holding FERPA-protected records.
European Union
GDPR applies to EU-based institutions and any institution processing the personal data of EU residents — including international student cohorts. Article 32 requires appropriate technical and organisational measures. Article 5(1)(f) requires integrity and confidentiality of personal data. Student health and disability data falls under Article 9 special categories, applying stricter processing conditions. Breach notification to supervisory authority within 72 hours is mandatory for reportable incidents.
Global
Educational institutions accepting card payments for tuition, accommodation, campus retail, or online services are subject to PCI DSS. The version 4.0 requirements that became mandatory in March 2025 include annual penetration testing of the CDE (Req 11.4), explicit segmentation validation (Req 11.4.5), and payment page script management for e-commerce tuition portals (Req 6.4.3). Compliance level and assessment type depend on annual transaction volumes per card brand.
United Kingdom
UK higher education institutions in receipt of government research funding are required to hold Cyber Essentials Plus certification. CE+ requires annual independently verified assessment across five technical controls: boundary firewalls and internet gateways, secure configuration, user access control, malware protection, and patch management. Many UK universities have also adopted the NCSC’s Cyber Assessment Framework (CAF) for critical national infrastructure obligations in research security contexts.
Global
EPSRC, UKRI, National Science Foundation, DARPA, NIH, and EU Horizon funding bodies each specify security requirements for research data management. These include data management plans specifying access controls, encryption requirements for sensitive datasets, and incident reporting obligations for research data breaches. US federal funding under DFARS/CMMC rules may require CUI (Controlled Unclassified Information) handling compliance for defence-related research.
UAE
Higher education institutions operating in the UAE fall under the UAE Personal Data Protection Law (Federal Decree-Law No. 45 of 2021) and are subject to the requirements of the UAE National Information Assurance Framework. Institutions licensed by the Knowledge and Human Development Authority (KHDA) or the Commission for Academic Accreditation (CAA) must implement appropriate information security management aligned with national frameworks, with ADHICS-aligned requirements applying to institutions operating health or counselling services.
Academic Calendar Aware. Student Data Protected. Research Secure.
Academic Calendar Scheduling
All testing is planned against your academic calendar — avoiding examination periods, registration and enrolment windows, graduation events, results publication dates, and major research submission deadlines. Active testing against the SIS, LMS, or any system used directly in examination administration is prohibited during the four weeks before and two weeks after examination periods without explicit written approval from the Vice-Chancellor or CIO. Off-peak test windows are confirmed with IT operations and the academic registrar before scoping.
FERPA and Student Data Protection
Testing against student information systems is conducted with FERPA (and equivalent national student data protection obligations) as a primary design constraint. Test tooling is configured to detect and flag FERPA-protected data patterns — student ID formats, GPA fields, disciplinary record structures — and anonymise any captured data before writing to test artefacts. Student data is never retained in penetration test reports, tool outputs, or logs. Testing scenarios are designed to demonstrate access control failures without requiring actual student records to be exfiltrated as proof-of-concept.
Ransomware Readiness Benchmarked Against Education-Sector Threat Actors
Ransomware readiness assessments use TTPs derived from actual education-sector ransomware incidents — not generic enterprise attack scenarios. The assessment evaluates initial access paths most common in education (phishing, exposed RDP, unpatched VPN appliances), the lateral movement patterns used by groups that specifically target universities, and the backup destruction techniques that have caused the most severe recovery failures in documented education-sector incidents. Recovery time objective validation is conducted against current backup infrastructure, not theoretical capability.