Government Programs

Aligned with funded defense and space initiatives

HyphaLabs' research maps directly to active SBIR/STTR topics and agency programs. We pursue government contracts as our primary revenue engine.


The SBIR/STTR Pipeline

Small Business Innovation Research grants are the primary funding vehicle for defense-adjacent startups

I

Feasibility

$50K - $275K

Proof-of-concept study. Demonstrate scientific merit and feasibility. Typical duration: 6-12 months.

II

Development

$500K - $1.7M

Full prototype development and testing. Demonstrate performance against program requirements. Duration: 24 months.

III

Commercialization

$5M+

Transition to production. Funded by the agency or a prime contractor. No set limit — driven by acquisition need.


Target programs

Active and recent government programs that align with HyphaLabs' research areas. Each represents a potential SBIR/STTR proposal opportunity.

DARPA

Defense Advanced Research Projects Agency

HyBRIDS

Hybridizing Biology and Robotics through Integration for Deployable Systems. This program seeks to create biohybrid robots using biological materials for capabilities that purely synthetic systems can't achieve — including self-healing, adaptive camouflage, and energy efficiency. HyphaLabs' synthetic flesh platform maps directly to the program's need for biological outer coverings on robotic platforms.

Relevance High
Platform Synthetic Flesh
Status Active solicitations

Living Foundries

Pioneered the transition of synthetic biology from lab to military application. The program successfully moved biomanufacturing processes to Army, Navy, and Air Force research labs. While the original program has concluded, its successor initiatives continue to fund next-generation biomanufacturing for defense — validating the pathway HyphaLabs is pursuing.

Relevance Medium
Platform Both
Status Successor programs active
NASA

National Aeronautics and Space Administration

Myco-Architecture

Led by NASA Ames Research Center, this NIAC-funded project is growing habitat structures from mycelium for lunar and Martian environments. The research has demonstrated that mycelium can be used as a structural material in space — validating the fundamental science behind HyphaLabs' hull composite platform. Our focus extends this work to exterior shielding rather than habitation.

Relevance High
Platform Hull Composites
Status NIAC Phase II funded
US ARMY

Army DEVCOM — Combat Capabilities Development Command

DEVCOM Bioengineering Research

The Army's Combat Capabilities Development Command is actively researching 3D-printed synthetic skin and biomaterial applications for warfighter systems. Their partnership with the University of Hawaii on deployable biomanufacturing validates the military's interest in grown-to-order biological materials — exactly what HyphaLabs produces.

Relevance High
Platform Synthetic Flesh
Status Active SBIR topics

Want to discuss collaboration?

We're actively seeking teaming partners for upcoming SBIR/STTR solicitations.

Contact HyphaLabs