Get to know the research pioneers informing AffectLog research approach.
Sarah’s expertise in epidemiological methods and mental health surveillance provided critical insights into data integrity and cross-institutional collaborations.
Vladimír Šucha expertise spans multiple sectors, with focus on evidence informed policymaking, innovation ecosystems, impacts of artificial intelligence (AI), on society.
Catherine Pelachaud is a French computer scientist specializing in human–computer interaction and known for her work virtual assistants and on generating facial expressions.
Andrey’s expertise in mathematics, statistical machine learning and deep learning to address challenges involved in learning, inference and ethical decision making using complex biomedical and health data.
AffectLog Persona advances the field of Affective Digital Twins (ADTs) by integrating multimodal emotion recognition, physiological signal processing, and computational models of affect regulation. By leveraging federated learning, Persona ensures that no raw data is centralized—only encrypted model updates are shared, preserving privacy while enabling robust affective insights.
Our scientific board consists of experts in affective computing, ethical AI, and decentralized learning, guiding AffectLog’s development toward privacy-first, evidence-based solutions that ensure autonomy, security, and regulatory compliance.
AffectLog is committed to rigorous, reproducible AI research at the intersection of digital twins, human behavior modeling, and federated intelligence. By developing scientifically validated, ethically aligned affective AI models, we enable precise, privacy-preserving insights into real-time human affect and cognition.
AffectLog works with leading academic and industry partners to establish the future of Affective Digital Twins. We develop and test our models in interdisciplinary settings, ensuring empirical validation, ethical compliance, and scientifically grounded AI applications.
Specialists in emotion modeling, physiological computing, and user-centric AI evaluation ensure scientific rigor and interdisciplinary integration.
This research team develops cutting-edge federated learning protocols, homomorphic encryption, and zero-trust architectures for privacy-first affective AI.
Dedicated to ensuring transparent, ethical, and scientifically validated AI, this group integrates affective science into real-world digital twin applications.
Focused on aligning federated AI development with regulatory requirements, this group shapes the scientific and legal frameworks governing affective digital twins.
AffectLog combines rigorous affective computing research, interdisciplinary collaboration, and privacy-enhancing AI architectures. Our platform enables secure, privacy-preserving emotion modeling in a scalable, scientifically validated frameworks, by enabling privacy-enhancing AI-driven affective state tracking.
Take the next step in developing scientifically rigorous, privacy-secure affective AI models with AffectLog.
Stay current on ephemeral data enclaves, zero-trust architectures, and the evolving landscape of secure AI.