Get funding and prototyping resources from the nation’s largest hardtech innovation & product development center.
We’re a passionate bunch of operators, entrepreneurs, engineers, investors and industry leaders with the right know how to guide our teams from point A to points B, C, and D.
Meet your mHUB Acceleration Team.
mHUB invests $75,000 in cash and $56,750 in product development resources and programming in a two-year, highly-structured incubation program in exchange for 5% pro rata rights.
Potential incremental investment of up to $230,000 in convertible notes from participating corporate partners.
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Medical Technology Areas of Focus
Building a MedTech business is all about creating solutions to real problems.
mHUB’s corporate partners have a firsthand view of the industry challenges most in need of solving. That’s why each accelerator cohort has different partners supporting it who help in the product market fit. Partners provide invaluable healthcare industry intel, connections, manufacturing supply chain, pilots and investment opportunities. They will become your biggest supporters.
We are looking for breakthrough connected/IoT solutions focused in Medicine Delivery, Remote Patient Monitoring, Wearables, SmartHub solutions, Edge Computing, Robotics, Automation, and more. We’re excited to hear your ideas for where you see opportunity for disruption.
01
Chronic disease management tools
Full DescriptionSolutions that address the needs of patients with chronic diseases to improve quality of life such as predictive tools, home-based diagnostics, noninvasive remote monitoring and wearables.
02
Care management at home
Full DescriptionHealth and Medical Technologies that support improved care in the home including remote patient monitoring.
03
Touchless technologies
Full DescriptionTechnologies that reduce infection by eliminating the need to directly interact with interfaces in the hospital and the home.
04
Minimally invasive monitoring
Full DescriptionMinimally invasive technologies for measuring patient physiological states and driving toward more personalized delivery of therapy.
05
Low-cost analyte sensing
Full DescriptionLow-cost analyte sensing (e.g., blood gas panel, drug level, pathogens), operable in blood or dialysate, preferably in-line (i.e., no blood samples needed).
06
Health and Medical Technologies for detection or monitoring of life-threatening conditions
Full DescriptionTechnologies that enable early detection and progression of organ injury or failure and life-threatening conditions.
07
Diagnosis and measurement of malnutrition
Full DescriptionWays to diagnose and objectively measure malnutrition to allow early intervention and reduce risks of complications.
08
Connected therapeutic devices
Full DescriptionConnected therapeutic devices and novel technologies that reduce total cost of care and/or increase patient access.
09
Improved drug delivery methods
Full DescriptionImproved drug delivery methods including transdermal, IV, IV push, rapid infusion, and subcutaneous which reduce cost, control rate, accommodate variable doses, minimize or address required drug volumes, increase safety, and/or reduce patient discomfort.
10
Extracorporeal blood oxygenation and CO2 removal technologies
Full DescriptionEfficient, extracorporeal blood oxygenation and CO2 removal technologies which are less invasive than current ECMO technologies.
11
Technologies that improve surgical tissue repair, nerve repair/regeneration or vascular anastomosis
Full DescriptionTechnologies that improve surgical tissue repair, nerve repair/regeneration and vascular anastomosis using bio/microsurgical approaches that accelerate healing and return to function and which may eliminate mechanical sutures, staples, etc.
12
Point-of-use water filtration for medical use
Full DescriptionTechnologies for cost-effective, point-of-use water filtration that provides water safe for medical use.
