Our platform goal is to unlock broad, reliable access to cell-based cures by uniting proven HLA biology with next-generation manufacturing and biobanking.

Unhealthy autologous patient cells yields poor quality of raw source material.

Focusing on cell type doesn’t capture rare cell subtypes affecting desired potency.

Lower rate of cell expansion limits manufacturing scale adding to high costs.
Cell BioEngines’ discovers cell therapies faster and more efficiently than previous biotech outfits, by relying heavily on scalable manufacturing of clinical-grade HAPLO-HSCs, HAPLO-IMX (Immune Cells) and HAPLO-iPS cell lines from a single source raw material - HLA homozygous cord blood via multiple patented chemical or biological programming methods.
In a landscape dominated by autologous products with logistical constraints and engineered allogeneic systems burdened by multi-step editing and regulatory challenges, our platform leverages naturally HLA-matched, transgene-free homozygous cord blood stem cells to minimize immune rejection without complex genetic engineering.
Cell BioEngines’ differentiates itself with a clinically validated, population-guided HAPLO-donor cord blood unit selection strategy for maximum coverage and a therapeutic master cell biobank. They are not fully universal, but they are a strategic intermediate - offering a practical path toward scalable, population-matched allogeneic therapies with a genomically stable alternative.

Vishwakarma et al, Nature Communications Biology (2021)

"We leverage the natural developmental biology of stem cells for large scale manufacturing. Each cord unit allows 10-100’s of doses per manufacturing run providing unparalleled scalability" - Founder & CEO, Dr. Ajay Vishwakarma