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Muhammad Huzaifa
I am a doctoral researcher at the
CISPA Helmholtz Center for Information Security
,
where I work closely with
Thorsten Eisenhofer
and
Lea Schönherr
.
I am passionate about adversarial machine learning, with the goal of developing AI systems that extend human intelligence in a secure and privacy-preserving manner.
My current research focuses on the safety and security of generative AI.
Prior to my current role, I completed my Master’s degree at
Mohamed bin Zayed University of Artificial Intelligence (MBZUAI)
under the supervision of
Prof. Fahad Khan
and
Prof. Salman Khan
.
During this time, my research spanned multimodal representation learning, the robustness of vision models, and the adaptation of vision-language models to low-data settings, including few-shot and zero-shot scenarios.
Before that, I earned my undergraduate degree in Electrical Engineering from NUST, Islamabad.
Along the way, I also worked as a researcher at the
Tübingen AI Center
and
MBZUAI
.
I am always open to collaborations and discussions on research, security, privacy, or related topics. Feel free to
email me.
Email /
Linkedin /
Github /
Scholar /
Twitter /
Bluesky
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News
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Safety of Latent Communication in Multi-Agent Systems
Muhammad Huzaifa,
Sina Mavali,
Thorsten Eisenhofer
arXiv, 2026
arXiv /
code
We show that learned latent communication links can compromise the safety of multi-agent systems built from safety-aligned agents, and that updating the links alone can repair them.
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WISE-ATTA: When to Ask for Labels in Budgeted Active Test-Time Adaptation
Muhammad Huzaifa,
Lea Schönherr,
Thorsten Eisenhofer
arXiv, 2026
arXiv /
code
WISE-ATTA decides online when to request labels under a fixed annotation budget, matching or outperforming recent active test-time adaptation methods with far fewer labels.
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VisualOverload: Probing Visual Understanding of VLMs in Really Dense Scenes
Paul Gavrikov,
Wei Lin,
M. Jehanzeb Mirza,
Soumya Jahagirdar,
Muhammad Huzaifa,
Sivan Doveh,
Serena Yeung-Levy,
James Glass,
Hilde Kuehne
CVPR, 2026
arXiv /
code /
project page /
VisualOverload introduces a dense-scene benchmark for probing detailed visual understanding in vision-language models, revealing substantial performance gaps on crowded, high-detail images.
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ObjectCompose: Evaluating Resilience of Vision-Based Models on Object-to-Background Compositional Changes
Hashmat Shadab Malik*,
Muhammad Huzaifa*,
Muzammal Naseer,
Salman Khan,
Fahad Shahbaz Khan
ACCV, 2024
(Best Student Paper Honorable Mention)
arXiv /
code /
project page /
ObjectCompose evaluates how robust vision-based models are to object-to-background compositional shifts, providing a benchmark for studying context sensitivity in modern visual recognition systems.
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Academic Service
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Reviewer, CVPR 2025, 2026
Reviewer, ECCV 2024, 2026
Reviewer, NeurIPS 2026
Reviewer, ICCV 2025
Reviewer, WACV 2025, 2026
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Teaching Assistant
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Foundations of Artificial Intelligence AI701 (MBZUAI), Fall 2023.
Introduction to Machine Learning ML701 (MBZUAI), Fall 2023.
Deep Learning AI-702 (MBZUAI), Spring 2023.
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