Okkanti Inc
Okkanti makes widespread use of doulas and other care innovations that improve outcomes possible. The CareFinder technology solves the gap between the providers who serve their communities, the pregnant people needing better healthcare, and the insurance companies who need to address rising costs.
Soul Mobility, Inc
Our mission is to empower the physically challenged to live their best life by providing mobility solutions that are truly user inspired. Our flagship product, The Power-Flex, is an innovative power attachment giving pediatric and adult users the ability to quickly, without tools, transform their manual wheelchair into a compact, discreet, joystick driven power chair.
Voximetry, Inc.
Voximetry is a is an early-stage Healthtech software development company specialized in commercialization of complex algorithms on high-speed Graphic Processing Units (GPUs). Currently focused on radiation transport science, Voximetry is advancing personalized treatment planning in advanced stage cancer patients who receive Radiopharmaceutical Therapy (RPT). Voximetry leverages intellectual property developed at the University of Wisconsin –
Nurse Disrupted, Inc
Nurse Disrupted is a nurse-founded and clinician-led health technology company. Our Care Station telehealth solution breaks down the barriers of cost, complexity, and connectivity to connect providers with patients in resource deserts.
RadUnity Corp.
RadUnity is about improving medical images used by doctors. Sometimes, when doctors take pictures inside our bodies, the pictures are a bit different each time. This can be confusing for the doctors and the computers that help them. What RadUnity's solution does is make these pictures more consistent and easier to understand. It takes all
TRT Speech Labs LLC
TRT Speech Labs is a healthtech company developing web-based platforms to improve detection and treatment of deficits in human speech. Our groundbreaking product, Hello Audrey, improves access and treatment delivery by seamlessly connecting providers and patients in a virtual, asynchronous environment in order to capture human speech recordings. Our proprietary algorithm works to analyze the