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Unlocking the power of immunotherapy.
POWERED BY FUNCTIONAL IMMUNOMICS
Functional immunomics studies the active function of immune cells — what they are doing, how they are behaving, and the role they play in driving disease or therapeutic response. Most platforms measure what immune cells contain, but Feromics measures what immune cells are actually doing in the context of a disease. That functional behavior determines therapeutic response and provides higher-quality data for AI models compared to bulk or traditional data, making discoveries actionable for drug discovery and clinical applications.
EXPERTISE
AI-Driven Immunotherapy
Decoding the functional and molecular programs that govern immune cell behavior in cancer and autoimmune disease using single-cell functional profiling and AI-enabled analytics to accelerate
the development of next-generation immunotherapies.
Precision Immune Intelligence
Integrating functional immune profiling, predictive modeling, and machine learning to optimize therapeutic efficacy, improve patient stratification, and de-risk preclinical and clinical development.
Predictive Cell Therapy & Donor
Leveraging AI-guided immune fitness modeling to identify high-performance donors, optimize allogeneic cell therapies, and enable personalized immunotherapy selection based on patient-specific immune response dynamics.
OUR APPROACH
Function First Biology
Our proprietary platform and function-first discovery workflow generate large-scale functional immunomics datasets linking real-time immune-cell behavior to therapeutic function and disease biology. By capturing functional subpopulations, signaling pathways, and immune–disease interactions, OmniX gains the biological context needed to predict immune-cell performance, persistence, resistance, and therapeutic response with greater precision and translational relevance.
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