Who We Are & What We Do
Innovative Technology Prototyping Fund (ITPF) was recently created to provide a framework for bringing investor capital and resources to the underserved physical and engineering science intellectual property at universities and stalled startup companies, including medical devices, where friend and family capital was exhausted. Our end product is the Prototype, which having been optimized for commercial utilization, is sold or licensed.
We use artificial intelligence (AI) to rate and rank patents before they are considered for further development. The resulting list is culled based on a number of criteria; availability of a subject matter expert to lead the development efforts, available solutions, potential market, available product recipient, and competitive space just to name a few.
Our management team, Innovative Technology Management LLC, has extensive expertise in all phases of creating products, using a disciplined methodology to create commercial value.
Meet The Team
Alan Letton, PhD
Linda Sharkus, PhD
Vikki Hazelwood, PhD
Frank Gregory, JD
Josh Hawes
Rick Arons, ScD
John Cronin
Our Core Values
INTEGRITY is up front and center. ETHICS is essential. SOLUTIONS are our way of life.
What Sets Us Apart
ITPF is a first-of-its-kind alternative investment fund that falls between angel investing and venture capital, with an investment of $1 to 3 million/project to develop final working prototypes ready for commercialization, which then are sold. The resulting products can be easily translated to products specific to the receiving corporation, much in the fashion of acquisition used by corporations today. With more D(development) than R(research) in corporations, ITPF provides a research service to corporate America that allows them to bridge the “r & D” gap.
The fund is managed by three STEM educated PhDs with broad experience in product development. Selection of patents is conducted in a systematic way, employing tools utilized in the best of corporate America, stage-gate project management for example.
We investigate broad technologies in areas of physical and material science, engineering and manufacturing technologies and medical devices.
This approach allows for development in a broad class of technologies, consumer products, manufacturing improvements, social impact technologies, medical devices, bioengineering and many more.