Cyber Safety and Security Among School Students and Mathematical Implications

Ms. Ruchika Mittal; Ms. Preeti Anand

Cyber Safety and Security Among School Students and Mathematical Implications

Authors

Ms. Ruchika Mittal Author
Ms. Preeti Anand Author

Keywords:

Cyberbullying, Cyber Safety, Cryptography, Number Theory, Probability, Combinatorics

Abstract

The integration of digital technologies into education has exposed school-aged children to a wide spectrum of
online risks, including cyberbullying, privacy breaches, misinformation, identity theft, and online grooming. This
study synthesizes recent research to assess cyber-safety awareness among school students, identify key predictors
of online vulnerability, and evaluate the roles of schools, parents, and teachers in shaping responsible digital behaviour. Evidence indicates that students—particularly early adolescents (ages 12–15)—often demonstrate limited
understanding of safe online practices.
Beyond behavioural guidelines, the mathematical foundations underlying cybersecurity systems remain largely
invisible to young learners. This paper examines how core mathematical concepts—including number theory,
combinatorics, statistics, graph theory, and algorithmic analysis—support technologies that protect students’ digital
information. Linking these principles to students’ everyday online experiences, the study highlights how mathematics enhances both security and analytical thinking, fostering ethical digital citizenship.

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Author Biographies

Ms. Ruchika Mittal

PGT, Computer Science
Ms. Preeti Anand

TGT, Maths

References

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ARTICLE 11

Published

2026-01-01

Issue

Vol. 6 No. 1 (2026): International Journal Of Teacher Education And Teaching January 2026

Section

Research Articles

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