01Research Area
Post-Quantum Cryptography
Quantum-resistant cryptography, hybrid approaches, secure communications, and IoT security.
- PQC
- Hybrid Cryptography
- IoT Security
Research & Scientific Work
From Mathematical Foundations toSecure Digital Systems.
My research spans applied cryptography, chaotic dynamical systems, pseudo-random generation, data privacy, multimedia encryption, and post-quantum cryptography, with a growing focus on translating cryptographic research into secure and resilient digital systems.
01Mathematics
02Cryptography
03Security
04Post-Quantum
Research Direction
Research that connects theory with security engineering.
My research trajectory began with mathematical and computational approaches to security, including authentication, mobile-network trust, chaotic systems, pseudo-random generation, and multimedia encryption.
It progressively expanded toward data privacy, secure communications, Internet of Things security, and post-quantum cryptography—connecting mathematical foundations with contemporary security challenges.
Research Areas
Core scientific domains.
Research interests developed across applied mathematics, cryptography, information security, privacy, and secure communications.
02Research Area
Applied Cryptography
Symmetric, asymmetric, hybrid, and practical cryptographic mechanisms for authentication, integrity, confidentiality, and secure communications.
- Encryption
- Authentication
- Secure Communications
03Research Area
Chaotic Systems & Randomness
Chaotic dynamical systems and their application to pseudo-random number and bit generation.
- Dynamical Systems
- PRNG
- Chaos
04Research Area
Multimedia Security
Mathematical and cryptographic approaches to image and voice encryption.
- Image Encryption
- Voice Encryption
- MATLAB
05Research Area
Data Privacy
Privacy–utility trade-offs, protection of sensitive information, and secure data analysis.
- Privacy
- Data Utility
- Secure Analysis
Scientific Publications
Selected research publications.
Scientific work across cryptography, privacy, pseudo-random generation, and network security.
Cryptography
DOI ↗Image Encryption Scheme Based on New Model of Gingerbreadman Map
Advances in Intelligent Systems and Digital Applications, Springer Nature, pp. 400–409
First AuthorData Privacy
Publication ↗Modelling the Relationship between Privacy and Loss of Data Utility When Analysing the Data
Journal of Theoretical and Applied Information Technology, Vol. 100, No. 22
First AuthorPseudo-Random Generation
DOI ↗A Pseudo-Random Number Generator Using Double Pendulum
Applied Mathematics & Information Sciences, Vol. 14, No. 6, pp. 977–984
First AuthorNetwork Security
DOI ↗A Pseudo Random Bit Generator Based on a Modified Chaotic Map
International Journal of Network Security, Vol. 21, No. 3, pp. 402–408
First AuthorAdditional Publication
Educational AI
DOI ↗Integrating AI into Instructional Materials Development: Moroccan High School EFL Teachers’ Perceptions, Practices, Challenges, and Support Needs
International Journal of Linguistics and Translation Studies, Vol. 6, No. 4
Co-authorScientific Communications
Research presented across scientific conferences.
Conference communications reflecting the evolution from mobile-network security and chaos-based encryption to post-quantum cryptography.
Towards a Post-Quantum Cryptography for the Internet of Things
1st International Conference on Mathematics and Applications (ICMA-2025)
Casablanca · First AuthorImage Encryption Scheme Based on New Model of Gingerbreadman Map
International Conference on Intelligent Systems and Digital Applications (ISDA’25), FST Settat
Settat · Speaker · First AuthorA New Method for Voice Encryption Based on Chaotic System
International Conference MOCASIM2018
Marrakech · Speaker · First AuthorLa sécurité du GSM
Journées scientifiques « La sécurité des systèmes informatiques »
Agadir · SpeakerResearch Implementations
From scientific models to working prototypes.
Academic implementations developed using MATLAB, Python, C, and Java across cryptography, privacy, and secure communications.
Chaotic Image Encryption
Development of an image-encryption scheme based on a new Gingerbreadman Map model.
Privacy–Utility Modeling
Implementation of a model for analysing the trade-off between privacy and loss of data utility.
Double-Pendulum PRNG
Implementation of a pseudo-random number generator using a double-pendulum dynamical system.
Chaotic Pseudo-Random Bit Generator
Implementation of a pseudo-random bit generator based on a modified chaotic map.
Voice Encryption
Application implementing a voice-encryption method based on a chaotic system.
GSM Trust Model
Master’s project proposing a trust method for GSM networks.
Message Authentication Code
Undergraduate project focused on message authentication codes (MAC).
Research Journey
A continuous path from mathematics to digital trust.
01Mathematics
02Dynamical Systems
03Cryptography
04Privacy & Secure Communications
05Post-Quantum Cryptography
06Secure & Resilient Digital Systems
Research → Engineering
My research direction continues to evolve toward practical security challenges created by increasingly connected systems and the transition toward quantum-resistant cryptography.
Research & Collaboration
Research, collaboration and knowledge exchange.
Interested in cryptography, post-quantum security, or research collaboration?