The Education Sector Is India’s Most Attacked Industry: What Schools, Colleges, and EdTech Businesses Need to Do

2026

The data from Check Point’s 2026 threat research is striking and largely unreported in mainstream business media: the education sector is the most heavily attacked industry in India, absorbing approximately 7,684 cyberattacks per organisation per week. Government entities face 4,912, and business services 3,747. Education — schools, universities, coaching institutes, and EdTech platforms — sits at the top of this list, above healthcare, manufacturing, and banking.

The reason is not hard to understand. Educational institutions collect and store an exceptionally valuable combination of data: personally identifiable information on students and parents, financial information including fee payment data and scholarship records, academic data with long-term identity significance, and increasingly, health and wellness data. Under the DPDP Act, much of this data carries heightened protection obligations — including, critically, strict rules around children’s data. And yet the security posture of most Indian educational institutions is among the weakest of any sector.

Why Education Is Such a Soft Target

Budget constraints are the most direct factor. School and college IT budgets are typically stretched across hardware, software licences, and basic connectivity — with security as an afterthought. There is often no dedicated IT security function, no 24×7 monitoring, and no incident response plan. The technical baseline is frequently a firewall and an antivirus subscription.

Legacy systems are pervasive. Many institutions run student management systems, learning management platforms, and administrative software on outdated infrastructure that is not regularly patched. These systems often have known vulnerabilities that have not been addressed simply because the institutions lack the IT resources to manage them.

Large, diverse user populations create an enormous attack surface. Students, staff, parents, alumni, and contractors all have varying levels of access to institutional systems. Managing credentials across this population — enforcing strong passwords, deactivating accounts when relationships end, monitoring for compromised credentials — is an operational challenge that most institutions handle poorly.

High value of student data makes education a long-term target. Academic credentials, student IDs, financial records, and personal data collected over years of a student’s education are valuable for identity fraud, account takeover, and social engineering attacks. Unlike a credit card number, which can be cancelled, compromised academic records have a persistent value that attackers exploit over long timeframes.

The DPDP Dimension for Education

The DPDP Act’s provisions on children’s data are directly relevant to any institution handling student information. For students under 18, verifiable parental consent is required before processing their data. Behavioural tracking, targeted advertising, and profiling are prohibited. Institutions using EdTech platforms must ensure those platforms comply with these obligations — liability cannot be fully delegated to a third-party platform provider.

The 72-hour breach notification requirement is equally significant. An institution that discovers a breach of student data — which for a school with 2,000 students could mean tens of thousands of personally identifiable records — must notify the Data Protection Board and potentially each affected student’s parent within 72 hours. Without documented processes and a detection capability, this is not achievable.

What Educational Institutions Can Do

  • Prioritise credential security. The majority of breaches in education begin with compromised credentials — a staff member’s password exposed in a third-party breach, a student account used as a stepping stone. Multi-factor authentication for administrative and faculty accounts, combined with regular credential health checks, addresses the most common entry point.
  • Implement network segmentation. Student-facing networks — wifi, lab computers, online learning platforms — should be segregated from administrative systems holding sensitive data. A compromise on the student network should not automatically provide access to payroll, student records, or financial systems.
  • Establish a documented incident response process. Even a basic plan — who to call, what to isolate, how to notify — means the difference between a contained incident and one that cascades. The plan needs to be written, tested, and known to the people who would execute it.
  • Review EdTech platform contracts for security obligations. Third-party platforms used for online learning, fee payment, or communication should carry explicit contractual security obligations, breach notification requirements, and data deletion provisions aligned with DPDP requirements.
  • Consider managed security monitoring. For institutions that cannot justify an in-house security function, a managed SOC provides 24×7 visibility into what is happening across their network without requiring the institution to hire or train security specialists.

Education’s position at the top of India’s attack frequency rankings should be a wake-up call for every institution handling student data. The obligation to protect that data — both ethically and legally — has never been higher.

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