Lifetime Omics is a biotech and health‑informatics company that models living organisms as multidimensional datasets, decoded through AI‑driven life sciences. In healthcare, we view human health through the lens of the “Pan-Ome”, the totality of genomic, environmental, and clinical data. We are currently scaling FAIRLYZ, a pioneering technology designed to provide researchers with access to a network of high-fidelity omics data.
This transformative era of machine learning in healthcare depends entirely on the integrity of the Clinical AI Systems behind them. To be truly reliable, these systems must be trained on a quality-controlled, integrated synthesis of Electronic Health Records (EHR), multi-omics, medical imaging, and clinical trial results.
A cornerstone of the FAIRLYZ approach is the use of an on-premises data-visiting approach, which serves as a robust layer of protection for Protected Health Information (PHI) to generate metadata and purpose-build digital twins. By utilizing these abstracted models, we enable researchers to train sophisticated algorithms on realistic biological patterns without ever exposing sensitive raw patient data.
The evolution of Clinical AI is a progressive continuum. It begins with the focused datasets of laboratory scientists and culminates in the integration of treatments, real-time wearables and sensor technology for individualized care.
FAIRLYZ provides the infrastructure for this continuum, bridging silos through the secure sharing of abstracted models. By enabling cross-disciplinary analysis, we empower medical researchers to accelerate scientific breakthroughs and translate them directly into bedside care.
Our Team
Behind Lifetime Omics is a multidisciplinary team of scientists, engineers, biomedical researchers, and data‑architects who share a single mission: to build the technical and biological data foundations required for trustworthy research and clinical AI. Our expertise spans genomics, health‑informatics, cloud infrastructure, regulatory science, software engineering, and AI/ML, enabling us to design technologies that meet the rigor of modern biomedical research. United by a commitment to data integrity and human subjects protection, our team transforms complex clinical and omics information into actionable, high‑fidelity insights that accelerate discovery and improve care.
Visit our Team Page to get introduced to the members of our team!