AI • PHILOSOPHY • INNOVATION

Mission & Identity

The Mission

Building tools that bridge the gap between high-scale computing and human well-being through ethical AI integration.

The Method

Combining rigorous Applied Science with philosophical inquiry to ensure innovation serves humanity, not just efficiency.

The Roots

Disciplined by the martial arts (Judo & Karate) and inspired by a cross-cultural heritage between France and Morocco.

My Deck
Current Project: Manuscript in Progress

The Philosophy of AI

I am currently authoring a book exploring the deep-seated societal implications of Artificial Intelligence. I delve into why building the technology compels us to rethink what it means to be human.

Biographical

Mastafa Foufa

I am a Senior Applied Scientist at Microsoft based in Seattle. With over 9 patents in AI and Human-Computer Interaction, my career has been dedicated to technological excellence.

Beyond engineering, I am a black belt in Judo and a former national Karate Jutsu champion. Today, I translate that discipline into my research and my passion for surfing, kitesurfing, and the philosophy of technology.

Intellectual Property & Research

Shared visual content filtering during virtual meetings
US 11,881,958

Methodology for intelligent information streamlining in collaborative virtual spaces.

Computing experience personalization to enhance productivity
US 12,039,470

Adaptive systems that learn user behavior to optimize high-performance workflows.

Verbatim feedback processing for compliant retention
App 18/650,589

Next-gen NLP approach for processing feedback while maintaining strict privacy and compliance.

Machine-learning-model based name pronunciation
US 12,028,176

A linguistic AI model fostering inclusivity through accurate global name recognition.

User-specific computer interaction recall
US 11,789,944

Personalized memory systems for computing interfaces to enhance human recall.

Computer-based well being assessment and mitigation
App 17/664,974

Detecting and mitigating digital fatigue through AI-driven behavioral analysis.

Machine Learning in Non-Euclidean Spaces
Medium Article

Exploring hyperbolic geometry for better hierarchical data representation in ML.