OXMAN Unveils Engineered Bacteria Textile Pigment Project

The VIGILS project uses millions of bacterial cells to grow color directly onto silk capes.

Updated on Oct. 27, 2026 in Fashion

A close-up view of iridescent pigment mist settling onto the surface of a delicate, taut silk fabric swatch in a laboratory. — OXMAN has introduced VIGILS, a novel textile production technique that replaces traditional dyeing by using engineered bacteria to grow pigment directly on silk fabric. AI Illustration. Upload story photo >

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Would you choose clothing made from bioengineered textiles over conventional materials if they were available?

OXMAN has introduced VIGILS, a novel textile production technique that utilizes engineered bacteria to generate pigments on fabric. This process replaces traditional dyeing methods by turning the textile itself into a bioreactor.

Why it matters

The project seeks to provide a sustainable alternative to conventional textile manufacturing, which typically requires intensive water usage and heavy chemical treatments. Researchers are currently evaluating the process to determine its future scalability and performance.

The VIGILS project utilizes a three-dimensional knitted silk structure hosting 18 trillion bacterial cells per cape. The bacteria deposit pigment over a 24-hour period, a technique tested on cotton, wool, and nylon.

The players

OXMAN

This design and research entity explores the intersection of biology, engineering, and material science to innovate sustainable manufacturing processes.

MIT Media Lab

This interdisciplinary research laboratory at the Massachusetts Institute of Technology focuses on the development of future technologies and design applications.

The details

Engineered genetic pathways enable bacteria to synthesize pigments from amino-acid building blocks once sprayed onto the fabric. After the color is deposited, the bacteria are removed through standard washing and drying procedures.

The Vespers project series occurred at MIT Media Lab between 2016 and 2019.
OXMAN officially unveiled the VIGILS project in October 2026.

Industry Dynamics

VIGILS marks an evolution from the Vespers project series previously conducted by OXMAN at the MIT Media Lab. This development reflects a broader industry shift toward synthetic biology as a means to decouple fashion production from resource-heavy industrial dyeing.

Consumers do not currently have access to VIGILS-produced textiles as the technology is still in the research phase. Future availability will depend on whether this bacterial pigmentation method can be successfully scaled for consumer retail markets.

The takeaway

This technology represents a move toward biological manufacturing that could eventually reduce the fashion industrys reliance on water and pollutants. Future adoption will depend on how well these bio-pigmented fabrics hold up through standard wear and maintenance cycles.