INDUSTRY FACT FILE · EDUCATION, EDTECH & RESEARCH

Cybersecurity FAQs for Education, Edtech and Research

Forty frequently asked questions and answers in five categories, written for Boards and trustees, Vice-Chancellors and CEOs, CISOs and IT heads, controllers of examinations, principals, research directors, product teams and privacy officers.

In this document 1.  Category 1: Cyber risk, governance and strategy 2.  Category 2: Regulation, privacy and examination law 3.  Category 3: Campuses, platforms and examinations 4.  Category 4: SOC, incidents and resilience 5.  Category 5: Students, data, research and suppliers

Audience: Boards, trustees, Vice-Chancellors, CEOs and CFOs

Q1. Why is education such a frequent target?

Because institutions hold large volumes of personal data about children and young adults, cannot stop in term time, run examinations worth cheating for, produce valuable research and typically rely on small IT teams. Microsoft ranked education the third most targeted industry globally in 2024.

Q2. What are the biggest risks for an Indian institution or platform?

A breach of student, parent or children's data; a leak of question papers or results; ransomware during admissions or examinations; theft of research; phishing and fee fraud against families; and slow detection that misses CERT-In's six-hour window.

Q3. Which incidents should the Board know about?

About 22 million Unacademy records were offered for sale in 2020; a Byju's server exposed student and loan data in 2023; the NEET-UG 2024 leak led to CBI chargesheets and a criminal statute; UCSF paid US$1.14 million in 2020; Lincoln College closed in 2022; PowerSchool exposed tens of millions of records in 2024.

Q4. Is this an IT problem or an institutional problem?

Institutional. Leaks come through people and processes as much as systems, privacy depends on how every department handles data, and examination integrity depends on controllers, vendors and centres. The Board must own it, with IT, academic and examination leadership sharing responsibility.

Q5. What should the Board review each quarter?

Where student and children's data lives and who can access it, backup and recovery test results, examination-system readiness, vendor access, incidents and near misses, audit findings, SOC coverage and awareness outcomes.

Q6. Who should own cybersecurity in a university or school chain?

A named CISO or IT head reporting to the Vice-Chancellor, Registrar or CEO, with clear responsibilities for the Controller of Examinations, deans of research, principals and the privacy officer, and a single inventory of systems and data.

Q7. How should we prioritise investment?

Map where data and examinations live, enforce MFA and backups, test the portals and platforms students use, build a DPDP programme for children's data, add monitoring and train everyone with a login—in that order.

Q8. How can Codec Networks help?

Codec Networks provides DPDP programmes for student and children's data, LMS, portal, app and examination-system testing, research-protection programmes, 24x7 managed SOC, phishing and scam awareness, and crisis exercises planned around the academic calendar.

Audience: Compliance, privacy officers, company secretarial and legal teams

Q9. Do CERT-In Directions apply to universities and schools?

Yes. They apply to bodies corporate, service providers and intermediaries generally. Cyber incidents must be reported within six hours of noticing them and ICT logs retained for 180 days in India; CERT-In's 2025 audit guidelines expect independent audits.

Q10. What does DPDP mean for an educational institution?

You are a data fiduciary for the personal data of students, parents, alumni and staff: notices, consent or a lawful ground, safeguards, retention limits, grievance handling and breach intimation apply, with most obligations under the Rules taking effect in May 2027.

Q11. What are the special rules for children's data?

Processing a child's data requires verifiable parental consent, and tracking, behavioural monitoring and targeted advertising directed at children are barred. The Rules provide purpose-limited exemptions for educational institutions and certain safety uses; confirm the exact scope against the notified text.

Q12. What does the Public Examinations Act require?

It criminalises leaks, unfair means and collusion in public examinations covered by the Act, with imprisonment and heavy fines and with liability for service providers; Parliament passed an amendment with higher penalties in July 2026. Secure examination systems and vendor contracts are the practical consequence.

Q13. Do UGC, AICTE or our board require cybersecurity?

They set institutional, affiliation, accreditation and examination-conduct conditions that assume secure records and systems, and online-education regulations that expect reliable platforms. A single-regulator bill is pending. Treat their expectations as the baseline and CERT-In and DPDP as the law.

Q14. We are a listed edtech or coaching company—what must we disclose?

Under SEBI's LODR Regulations, listed entities disclose cyber security incidents, breaches and loss of data in the quarterly corporate governance report, and material events as required, so incident records must be reliable.

Q15. Does NCIIPC apply to us?

Only if your systems are notified as protected systems or critical information infrastructure, which is uncommon for education. Good practice aligns with NCIIPC guidance regardless.

Q16. Can Codec Networks audit us?

Yes. Codec Networks is CERT-In empanelled and performs independent audits, DPDP assessments, ISO 27001 and SOC 2 gap assessments and examination-system reviews with evidence for regulators, boards and sponsors.

Audience: CIOs, IT heads, controllers of examinations and product teams

Q17. How should campus networks be structured?

Segment student Wi-Fi and BYOD from administrative, examination and research systems, use network access control, protect servers with EDR and enforce MFA on every administrative account.

Q18. How do we keep the LMS and ERP secure?

Patch promptly, review roles and privileges each term, enforce MFA, restrict bulk export, back up immutably and test restores, and have the platforms assessed before each academic year.

Q19. How should question banks and result systems be protected?

Keep them on segmented systems with named access, dual control for high-risk actions, full audit trails, integrity checks and monitoring; test them before each cycle and rehearse a leak scenario.

Q20. What about computer-based testing and proctoring?

Test the platform, the centre machines and the proctoring tools for remote-access abuse, device tampering and impersonation; verify vendor controls and monitor centres during the examination.

Q21. How do we secure an edtech app?

Test web, mobile and API layers, enforce object-level authorisation, review every SDK for data it collects, harden cloud storage and secrets, and integrate security into the release process.

Q22. How should vendor remote access work?

Through brokered, time-bound access with MFA, named accounts and recording—never standing credentials shared across a vendor's engineers.

Q23. Should DigiLocker and APAAR integrations be in scope?

Yes. They link your records to lifelong national credentials, so integration security, data accuracy and change control matter.

Q24. How do we secure research and HPC environments?

Classify research data, segment lab and HPC networks, control collaborator access, monitor bulk transfers and put security clauses in grant and collaboration agreements.

Audience: SOC, IT infrastructure, incident response and crisis teams

Q25. Do institutions need a SOC?

Yes, if student data, examinations or research matter. Monitoring campus, cloud and examination systems around the clock is the only way to meet the six-hour reporting window and to catch account takeover and scraping early.

Q26. What should the SOC monitor?

Identity and email, ERP and LMS, examination and result systems, cloud storage and APIs, campus network traffic, research data movement and vendor access, with surge coverage during admissions and results.

Q27. What should an incident playbook include?

Containment, decisions on examinations and classes, communication with students and parents, CERT-In reporting within six hours, DPDP intimation, regulator and board notification, disclosure if listed, and press handling.

Q28. How should backups be designed?

Immutable or offline backups of ERP, LMS, examination databases, research data and configurations, kept separate from campus credentials, with regular restore tests and documented restart sequences.

Q29. Should we run exercises?

Yes—annual tabletop exercises with leadership, examination and IT teams using leak, ransomware and data-breach scenarios, plus technical restore drills before admissions and examination seasons.

Q30. How quickly can an institution recover from ransomware?

With segmented networks, tested backups and manual plans, days; without them, weeks—and some institutions never fully recover, as Lincoln College shows.

Q31. When should forensics be engaged?

As soon as a leak, tampering or compromise is suspected, to preserve evidence for CERT-In, investigators, regulators, sponsors and courts and to establish root cause.

Q32. How do we handle a results-day or admissions outage?

Pre-scale and protect portals against DDoS, monitor during the window, prepare static fallback pages and communication templates, and rehearse the response with the examination team.

Audience: Registrars, principals, deans of research, privacy and procurement teams

Q33. How do we build a DPDP programme for students and children?

Map data across departments, apps and vendors; define lawful grounds and notices; design verifiable parental consent; limit retention; manage vendors as processors; and build breach and grievance workflows before May 2027.

Q34. How do we stop fee and scholarship fraud against parents?

Publish official payment channels, enforce verified payment links, monitor for look-alike domains and fake pages, and run awareness campaigns for parents and students each term.

Q35. How do we protect research data and IP?

Classify data sets and drafts, restrict access to need, segment lab networks, block personal cloud uploads, monitor bulk transfers, enforce leaver and contractor offboarding and put security into collaboration agreements.

Q36. How should we assess LMS, ERP and proctoring vendors?

Tier them by data and criticality, review their certifications and test reports, add security, notification and audit clauses to contracts, control their access and reassess annually.

Q37. What should we check in a children's learning app?

Which SDKs it embeds, what each collects, whether consent is verifiable, whether tracking or advertising is directed at children, where data is stored and how it is deleted.

Q38. How do we prevent forged certificates and marksheets?

Issue verifiable credentials through DigiLocker and APAAR, protect issuance systems and keys, keep audit trails and offer a verification service for employers.

Q39. How should staff, students and parents be trained?

Short, regular phishing simulations and briefings for staff and faculty, orientation modules for students, scam awareness for parents and specific drills for examination and finance teams.

Q40. How can we start with Codec Networks?

Begin with a scoping call on your campuses, platforms, examination systems and research programmes; Codec Networks will propose a calendar-aware assessment and assurance plan.

Contact Codec Networks Pvt. Ltd. New Delhi: 507, 5th Floor, New Delhi House, Barakhamba Road, Connaught Place, New Delhi – 110001 Gurugram: 707, 7th Floor, Silverton Tower, Golf Course Extension Road, Sector 50, Gurugram – 122018, Haryana Landline: 011 430 496 96 | 011 437 522 99   Mobile: +91 99716 76124 | +91 88007 88220 | +91 88003 31124 Email: mktg@codecnetworks.com   Web: www.codecnetworks.com

Note: These FAQs provide general guidance as of October 2026 and do not constitute legal or regulatory advice. Confirm obligations against the official instruments applicable to your institution, platform or examination body.