INDUSTRY FACT FILE · EDUCATION, EDTECH & RESEARCH

Threat Landscape: Top Cyber Threats Facing Education, Edtech and Research

The 18 most relevant cyber threats, attacks and industry challenges for universities, school chains, coaching and edtech platforms, examination bodies and research organisations, and the impact each one has on students, examinations and research.

Education attracts ransomware groups because institutions cannot stop in term time and often hold weak backups; data brokers and fraudsters because student, parent and candidate records are plentiful and poorly protected; cheating networks because question banks and results are worth money; and state actors because research and faculty accounts are a door into government and industry. The attack surface is unusually wide and unusually exposed: internet-facing portals for lakhs of users, learning platforms used by children, campus networks full of personal devices, vendors with remote access, and laboratories sharing data across borders.

Recent events show the pattern. About 22 million Unacademy records were offered for sale in 2020; a misconfigured Byju's server exposed student and loan data in 2023; the NEET-UG 2024 leak, confirmed by the Supreme Court at Hazaribagh and Patna, led to CBI chargesheets, the cancellation of UGC-NET June 2024 after cybercrime inputs, and a new criminal law; Cisco Talos reported Transparent Tribe spear-phishing students at Indian universities with CrimsonRAT in 2022. Abroad, UCSF paid US$1.14 million in 2020, Lincoln College closed in 2022 after a cyberattack compounded pandemic losses, the Blackbaud breach of 2020 touched thousands of universities and non-profits through one vendor, and the PowerSchool breach of December 2024 exposed tens of millions of student and teacher records.

The list below is a practical assessment framework, not a statistical ranking. Priority varies by business model, technology exposure and existing controls.

The matrix is a qualitative guide for prioritising the first round of security reviews.

Figure 5: Qualitative threat relevance by education segment (Codec Networks assessment).

4.1 Student and children's data at scale

Institutions and platforms hold names, contact details, identity documents, photographs, fee and loan records and, for children, location and behavioural data—often across ERP, apps, vendors and spreadsheets. The Unacademy and Byju's incidents show how a single exposed system reaches millions of records.

• Questions to test: Where does student and parent data live, including vendors and apps? Do we have consent and parental verification? Are APIs and storage tested for exposure? Could we intimate affected parties and the Data Protection Board within the required time?
• Relevant services: DPDP gap assessment, data mapping, portal and API testing, cloud posture review, breach workflows.

4.2 Examination integrity

The 2024 crisis showed that leaks come through people, printing and transport as much as through systems, and that the law now treats them as crimes. Reforms push encrypted digital delivery, biometric verification and computer-based testing, which moves the risk into software, centres and vendors.

• Questions to test: Who can reach question banks and result databases, and is every access logged? Are CBT platforms, proctoring tools and centre machines tested before each cycle? Are vendors bound by security and reporting duties? Is there a rehearsed leak playbook?
• Relevant services: examination-system assessment, role and integrity audits, vendor assurance, surge monitoring, crisis drills.

4.3 Ransomware in term time

Institutions rarely segment campus networks, often keep backups online and run on small IT teams; attackers time intrusions for admissions or examinations when pressure to pay is highest. UCSF paid, Lincoln College closed.

• Questions to test: Which processes stop if ERP and LMS go dark? Are backups immutable and restores tested? Would EDR and a SOC catch the intrusion before encryption? Is there a manual plan for admissions, fees and examinations?
• Relevant services: segmentation, backup and recovery testing, EDR validation, managed SOC, crisis exercises.

4.4 Research and espionage

Faculty accounts, shared VPNs and collaboration drives give persistent actors a path to data sets, drafts and sponsor information. Transparent Tribe's targeting of Indian university students shows that even low-value accounts are useful stepping stones.

• Questions to test: Is research data classified and segmented from the general campus? Are faculty and lab accounts protected by MFA and monitored for bulk transfers? Do collaboration agreements cover security? Can we detect a slow exfiltration?
• Relevant services: research data classification, segmented lab networks, threat hunting, collaborator agreements, awareness.

4.5 Detection, reporting and the 6-hour clock

CERT-In requires reporting within six hours of noticing an incident, DPDP will require breach intimation and listed companies disclose quarterly. Most campuses and schools have no monitoring, so incidents are discovered by students, researchers or the press.

• Questions to test: Are campus, cloud and examination systems monitored 24x7? Do we see account takeover, scraping and bulk downloads? Is there a playbook covering containment, student and parent communication, CERT-In reporting and disclosure?
• Relevant services: managed SOC, playbooks, incident records, tabletop exercises with leadership and examination teams.

• CERT-In: incidents reported within six hours of noticing them; logs available for investigation.
• DPDP: breaches of student, parent or children's data trigger intimation to affected persons and the Data Protection Board once provisions commence in May 2027.
• Public Examinations Act: leaks and unfair means are cognisable offences with liability for examination authorities' service providers; investigations follow immediately.
• UGC, AICTE and boards: incidents affecting examinations or records draw regulator and board scrutiny and may affect affiliation and accreditation.
• SEBI LODR: listed education and edtech companies disclose cyber incidents and data loss in the quarterly corporate governance report.
• Sponsors, collaborators and customers: grant and contract clauses require notification and may suspend funding or contracts.

• Do we know where every student's and child's data lives, including apps and vendors, and who can see it?
• Could someone reach our question banks or results without being detected?
• If ERP and LMS went dark in admissions week, how would we run the institution?
• Could a researcher's compromised account walk out with our data sets and drafts?
• Are backups immutable, tested and separate from the systems they protect?
• Could we detect, contain and report an incident within six hours while keeping students informed?

Note: Threat descriptions and relevance ratings are general guidance, not findings about any specific organisation. Public incident references are summarised from widely reported events, court records and official statements.