01 / Architecture
Computational design
Machine-readable representations of cellular designs, built on SBOL3 and extended through the Nanomedicine Design Stack.
Learn more →Programmable biology, engineered
Programmable cellular systems for infectious disease.
A privately held biotechnology company designing precision biological systems for infectious disease across human and animal health. The intellectual property the company generates is its principal asset. Commercial routes to market are pursued through partnership.
02 / Systems
Programmable cell chassis
Host cells engineered as platforms for therapeutic circuits, with specificity, safety and traceability designed in from the outset.
Learn more →03 / Standards
Reproducibility
The design and documentation infrastructure that precision biological medicine needs to be trustworthy at scale.
Learn more →What we do
Cellular systems engineered to act inside a living organism.
Noviota develops programmable therapeutic platforms for infectious disease. The work spans human medicine, veterinary medicine and livestock health, including One Health interventions where the same pathogen crosses species.
The design layer is built on SBOL3 and extended through the Nanomedicine Design Stack: a structured representation that supports reproducibility, regulatory translation and computational learning.
Noviota owns the intellectual property it generates. Partners deliver experimental validation, manufacturing and clinical translation.
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Programmable cellular agents
Therapeutic platforms designed at the molecular scale.
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Infectious disease focus
Configurable against specific pathogens, deployable at speed.
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Human and animal health
Single-species and One Health applications across both human and veterinary medicine.
One man’s ‘magic’ is another man’s engineering.
Robert A. Heinlein · Time Enough for Love · 1973
Latest writing
Articles, analysis and white papers.
Published work from Noviota on synthetic biology, infectious disease and the design infrastructure behind precision medicine.