Leadership
We engineer fungal mycelium into multiple material platforms that address the most pressing needs of the U.S. military and space agencies: self-healing synthetic flesh, lightweight structural composites, and electromagnetic bio-armor.
The next generation of defense materials won't come from a factory. They'll be grown. Fungal mycelium forms dense, three-dimensional networks that rival Kevlar-grade polymers in tensile strength while weighing a fraction as much. These networks can be engineered to self-repair, absorb radiation, and conform to complex geometries — all at room temperature with minimal energy input.
No one has built a company dedicated to harnessing this biology exclusively for national security applications. That's the gap Hypha Labs fills.
Three converging forces make this the right moment:
DARPA, NASA, and Army DEVCOM have open programs specifically seeking bio-derived materials for defense and space applications. The money is allocated and waiting.
Gene-editing tools (CRISPR) and automated biofoundries now allow precise tuning of mycelium properties — tensile strength, growth rate, environmental tolerance — at production-relevant scales.
Current defense materials depend on petroleum-derived polymers and rare-earth metals with fragile international supply chains. Bio-grown materials can be manufactured domestically from agricultural waste.
Positioned within the Pacific Northwest's biotech corridor, with proximity to Joint Base Lewis-McChord, the University of Washington's mycology research program, and Boeing's aerospace manufacturing center.
Whether you're a program manager, prime contractor, or research institution — we'd welcome the conversation.
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