Complex Zero-Knowledge Proofs of Knowledge Are Easy to Use. - Sébastien Canard; Iwen Coisel; Jacques Traoré (ProvSec, 2007)

Lighten Encryption Schemes for Secure and Private RFID Systems. - Sébastien Canard; Iwen Coisel; Jonathan Etrog (Financial Cryptography Workshops, 2010)

Group Signatures are Suitable for Constrained Devices. - Sébastien Canard; Iwen Coisel; Giacomo de Meulenaer; Olivier Pereira (ICISC, 2010)

Time Measurement Threatens Privacy-Friendly RFID Authentication Protocols. - Gildas Avoine; Iwen Coisel; Tania Martin (RFIDSec, 2010)

Privacy-Preserving RFID Systems: Model and Constructions. - Sébastien Canard; Iwen Coisel; Jonathan Etrog; Marc Girault (IACR Cryptol. ePrint Arch., 2010)

A privacy-restoring mechanism for offline RFID systems. - Gildas Avoine; Iwen Coisel; Tania Martin (WISEC, 2012)

New Results for the Practical Use of Range Proofs. - Sébastien Canard; Iwen Coisel; Amandine Jambert; Jacques Traoré (EuroPKI, 2013)

Toward Generic Method for Server-Aided Cryptography. - Sébastien Canard; Iwen Coisel; Julien Devigne; Cécilia Gallais; Thomas Peters; Olivier Sanders (ICICS, 2013)

Untangling RFID Privacy Models. - Iwen Coisel; Tania Martin (J. Comput. Networks Commun., 2013)

A probabilistic framework for improved password strength metrics. - Javier Galbally; Iwen Coisel; Ignacio Sánchez (ICCST, 2014)

Practical Interception of DECT Encrypted Voice Communication in Unified Communications Environments. - Iwen Coisel; Ignacio Sánchez (JISIC, 2014)

Untraceability Model for RFID. - Gildas Avoine; Iwen Coisel; Tania Martin (IEEE Trans. Mob. Comput., 2014)

Physical attacks against the lack of perfect forward secrecy in DECT encrypted communications and possible countermeasures. - Iwen Coisel; Ignacio Sánchez; David Shaw (IWCMC, 2015)

Technical recommendations for improving security of email communications. - Apostolos Malatras; Iwen Coisel; Ignacio Sánchez (MIPRO, 2016)

Improved cryptanalysis of the DECT standard cipher. - Iwen Coisel; Ignacio Sánchez (J. Cryptogr. Eng., 2016)

Divide, recombine and conquer: Syntactic patterns-reassembly algorithm applied to password guessing process. - Iwen Coisel; Ignacio Sánchez; Javier Galbally (ICCST, 2017)

Pan-European personal data breaches: Mapping of current practices and recommendations to facilitate cooperation among Data Protection Authorities. - Apostolos Malatras; Ignacio Sánchez; Laurent Beslay; Iwen Coisel; Ioannis Vakalis; Giuseppe D'Acquisto; Manuel García Sánchez; Matthieu Grall; Marit Hansen; Vasilios Zorkadis (Comput. Law Secur. Rev., 2017)

A New Multimodal Approach for Password Strength Estimation - Part I: Theory and Algorithms. - Javier Galbally; Iwen Coisel; Ignacio Sánchez (IEEE Trans. Inf. Forensics Secur., 2017)

A New Multimodal Approach for Password Strength Estimation - Part II: Experimental Evaluation. - Javier Galbally; Iwen Coisel; Ignacio Sánchez (IEEE Trans. Inf. Forensics Secur., 2017)

Improved Forensic Recovery of PKZIP Stream Cipher Passwords. - Sein Coray; Iwen Coisel; Ignacio Sánchez (ICISSP, 2019)

Smarter Password Guessing Techniques Leveraging Contextual Information and OSINT. - Aikaterini Kanta; Iwen Coisel; Mark Scanlon (Cyber Security, 2020)

A survey exploring open source Intelligence for smarter password cracking. - Aikaterini Kanta; Iwen Coisel; Mark Scanlon (Digit. Investig., 2020)

PCWQ: A Framework for Evaluating Password Cracking Wordlist Quality. - Aikaterini Kanta; Iwen Coisel; Mark Scanlon (ICDF2C, 2021)

How viable is password cracking in digital forensic investigation? Analyzing the guessability of over 3.9 billion real-world accounts. - Aikaterini Kanta; Sein Coray; Iwen Coisel; Mark Scanlon (Digit. Investig., 2021)

A Novel Dictionary Generation Methodology for Contextual-Based Password Cracking. - Aikaterini Kanta; Iwen Coisel; Mark Scanlon (IEEE Access, 2022)

Harder, better, faster, stronger: Optimising the performance of context-based password cracking dictionaries. - Aikaterini Kanta; Iwen Coisel; Mark Scanlon (Forensic Sci. Int. Digit. Investig., 2023)

A comprehensive evaluation on the benefits of context based password cracking for digital forensics. - Aikaterini Kanta; Iwen Coisel; Mark Scanlon (J. Inf. Secur. Appl., 2024)