Vertrauenswürdiges Backend. - Hubert A. Jäger; Lamya Abdullah; Juan Quintero (Datenschutz und Datensicherheit, 2017)

Sealed Computation: Abstract Requirements for Mechanisms to Support Trustworthy Cloud Computing. - Lamya Abdullah; Felix C. Freiling; Juan Quintero; Zinaida Benenson (CyberICPS/SECPRE@ESORICS, 2018)

Achieving Consistency of Software Updates against Strong Attackers. - Lamya Abdullah; Sebastian Hahn; Felix C. Freiling (CECC, 2019)

Sealed computation: a mechanism to support privacy-aware trustworthy cloud service. - Lamya Abdullah; Juan Quintero (Inf. Comput. Secur., 2019)

Sealed Computation: Enhancing Data Privacy and Trustworthiness of Computing Systems. - Lamya Abdullah (2021)

On the Effectiveness of Intersection Attacks in Anonymous Microblogging. - Sarah Abdelwahab Gaballah; Lamya Abdullah; Minh Tung Tran; Ephraim Zimmer; Max Mühlhäuser (NordSec, 2022)

Mitigating Intersection Attacks in Anonymous Microblogging. - Sarah Abdelwahab Gaballah; Thanh Hoang Long Nguyen; Lamya Abdullah; Ephraim Zimmer; Max Mühlhäuser (ARES, 2023)

Let the Users Choose: Low Latency or Strong Anonymity? Investigating Mix Nodes with Paired Mixing Techniques. - Sarah Abdelwahab Gaballah; Lamya Abdullah; Max Mühlhäuser; Karola Marky (ARES, 2024)

The Requirements, Benefits, and Barriers of IoT Solutions to Support Well-Being in Elementary Schools. - Agnieszka Kitkowska; Karin Brodén; Lamya Abdullah (IEEE Access, 2024)

Anonify: Decentralized Dual-level Anonymity for Medical Data Donation. - Sarah Abdelwahab Gaballah; Lamya Abdullah; Mina Alishahi; Thanh Hoang Long Nguyen; Ephraim Zimmer; Max Mühlhäuser; Karola Marky (Proc. Priv. Enhancing Technol., 2024)

"It's Not My Data Anymore": Exploring Non-Users' Privacy Perceptions of Medical Data Donation Apps. - Sarah Abdelwahab Gaballah; Lamya Abdullah; Ephraim Zimmer; Sascha Fahl; Max Mühlhäuser; Karola Marky (Proc. Priv. Enhancing Technol., 2025)

Increasing the Resilience of Secure Multiparty Computation Using Security Modules. - Lamya Abdullah; Felix C. Freiling; Dominique Schröder (IEEE Trans. Dependable Secur. Comput., 2025)