Open SBIR and STTR topics

The Space topic seeks transformative technologies to create solutions for sustainable space exploration, habitation or industrialization that could also have a positive impact on human lives. Applicants should address known capability gaps ...

The Wireless topic involves next-generation wireless communication technologies requiring systems with high data rates, low costs and that support a wide variety of applications and services while maintaining full mobility, minimum ...

The purpose of this topic is to develop next-generation bioadhesive platforms that can safely and reliably seal, bond, and repair a wide range of tissues in challenging clinical conditions, including wet, bloody, and mechanically dynamic ...

The purpose of this topic aims to develop treatments for endometriosis that are non-surgical. Proposers are expected to develop novel, non-surgical therapies to decrease the size or deactivate endometrial implants, to decrease inflammation ...

Development of an annual test to inform women about their future fertility - The purpose of this topic is to discover new biomarkers that provide women with actionable data for fertility planning. Results from this work will help inform ...

The purpose of this topic area is to catalyze the development of a universal, “plug-and-play” synthetic biology platform that enables next-generation microbial chassis capable of performing a broad array of programmable functions. While ...

he purpose of this topic supports the advancement, commercialization, and translation of technologies that originated from ARPA-H funded efforts. It is intended to help small businesses and startups develop viable products based on these ...

The purpose of this topic is to spur the development of novel, rapid diagnostic assays for multi-system autoimmune disease, which represents an unmet healthcare need. Moreover, in its ideal embodiment this diagnostic test might allow ...

The purpose of this topic aims to take a first step toward AI-assisted intracranial microsurgery by creating a high-resolution, physically and anatomically accurate virtual human brain.