HyphaLabs engineers fungal mycelium into four distinct material platforms — each directly targeting active DoD, NASA, and emergency infrastructure requirements.
Self-healing fungal flesh for autonomous defense platforms. Impact-resistant mycelium substrates that repair micro-fractures without human intervention — enabling sustained operational readiness for unmanned ground and aerial systems.
Lightweight mycelium composites and spacecraft engineering for deep-space transit and orbital habitats. Three converging capability areas: radiotrophic hull shielding, plasma-window propulsion, and biological life support.
Carbonized fungal biomass engineered into lightweight body armor composites that absorb and block RF, radar, microwave, and EMI signals on the battlefield. Combines the mechanical toughness of species like Fomes fomentarius with the microwave-absorbing properties of porous carbon derived from fungal carbonization.
A living fungal hull for bomb shelters and hardened emergency structures — a single integrated biological system that shields radiation, absorbs blasts, blocks EMP, generates breathable oxygen, produces bioelectricity, and regulates its own climate. Indefinitely. Without external inputs.
HyphaLabs is in active pre-publication research. Technical reports, white papers, and peer-reviewed manuscripts are in preparation and will be posted as they are cleared for public release.
For program managers seeking non-public technical documentation or SBIR proposal abstracts, contact us directly to establish a CDA or work under an existing government vehicle.
Request Technical BriefingResearch manuscripts are currently in preparation. Topics in development include:
Estimated availability: Q3 2026