Collaborative Research

we are dedicated to advancing healthcare innovation through collaborative research initiatives. By partnering with leading institutions and research organizations, we explore new applications for Internet of Medical Things (IoMT) devices, artificial intelligence, and sustainable practices in healthcare. Our research not only drives technological advancements but also contributes to the development of evidence-based practices for contactless and remote healthcare.

Research Areas - Exploring Innovations to Shape the Future of Healthcare

At the forefront of healthcare innovation, we partner with institutions and research organizations to advance healthcare technology. Our collaborative research initiatives focus on new applications for IoMT, AI in healthcare, and developing evidence-based practices for contactless and remote care.

  • IoMT and Remote Monitoring

    Our research focuses on understanding how IoMT devices impact patient outcomes, especially in remote and underserved communities. We study how these devices enable continuous monitoring and early detection of health issues, helping bridge the gap in healthcare access.

  • AI &Predictive Analytics

    We explore the potential of AI to predict and prevent health crises by analyzing early data trends. Our research examines how predictive analytics can support proactive interventions, improving patient outcomes and reducing healthcare costs.

  • Sustainability and Accessibility

    In our commitment to healthcare equity, we investigate ways to make healthcare technology sustainable and accessible to all populations. This research area focuses on developing solutions that lower barriers and ensure healthcare innovations reach diverse communities.

Our Research and Partners

We have collaborated with a wide range of institutions, including universities, healthcare networks, and research organizations, to ensure that our innovations are grounded in solid research and contribute to the greater body of healthcare knowledge.

  • Comparative Effectiveness of Telemedicine vs. Contactless Medicine

    We are sponsoring research to compare traditional telemedicine with fully contactless care models, addressing critiques raised by the HPCSA regarding the standard of care in typical telemedicine solutions. This study aims to uncover where contactless medicine, which relies on real-time IoMT data rather than static online questionnaires, can enhance diagnostic accuracy, improve patient outcomes, and offer more reliable remote care options.

    Highlights:

    • Investigate how real-time data through IoMT devices enhances telemedicine.
    • Aim to establish contactless medicine as a superior solution in diagnostic and continuous care, particularly for underserved regions.
    • Focus on identifying specific use cases where contactless solutions outperform traditional telemedicine.

    Anticipated Outcomes:
    This study is expected to provide crucial insights into the effectiveness of contactless medicine in improving remote care standards, ultimately shaping future guidelines and expanding access to comprehensive, data-driven healthcare for remote and underserved populations.

  • Efficacy of IoMT Devices in Chronic Disease Management

    We have conducted an in-house study using IoMT devices with volunteer participants managing chronic conditions, including diabetes and high blood pressure. The initial results highlight the benefits of continuous health monitoring in supporting chronic disease management by tracking critical metrics and providing patients with actionable insights. This proactive monitoring has empowered users to better manage their health, reduced hospitalizations, and potentially lowered long-term healthcare costs by addressing issues before they become critical.

    Highlights:

    • Continuous tracking of vital signs has supported better disease management.
    • Real-time data provides early alerts, helping patients stay proactive in their healthcare.
    • Reduced the need for hospital visits by enabling patients to monitor health trends.

    Impact:
    The study revealed the transformative potential of IoMT devices in managing chronic conditions by shifting the focus from reactive to preventative healthcare, especially valuable for patients with limited access to frequent in-person care.

 

 

 

         Impact of Contactless Medicine on Rural Healthcare Outcomes

 

 

 

Facility: Lurwayizo Clinic                                                                                               Location: Eastern Cape, South Africa.

Training and Support: Mary & William University, Virginia, USA                       IoMT By: Cloven Technology

 

In collaboration with the Lurwayizo community in Eastern Cape, Cloven Technology’s 6-in-1 health monitor has proven transformative in enhancing healthcare access for underserved, remote communities. This initiative was bolstered by a training program for community health workers, organized in partnership with William & Mary University. Together, Cloven Technology and the university’s health experts equipped local caregivers with the skills to operate the 6-in-1 device, streamlining patient consultations and reducing strain on the local clinic. These trained, non-professional caregivers are now able to conduct essential health assessments, enabling faster patient evaluations and facilitating timely referrals to nearby hospitals. Serving over 1,400 homesteads across eight villages, this initiative provides vital healthcare support in a region where medical facilities are distant and transportation is limited.Highlights:

  • Reduced clinic waiting times and patient consultations facilitated by the 6-in-1 monitor.
  • Empowered non-medical personnel to monitor vital signs, aiding swift diagnosis and referrals.
  • Supported the local clinic in covering expansive areas with limited staff.
  • Community feedback indicates a strong interest in expanding access to more devices, a dedicated ambulance, and additional telehealth tools.

Challenges Identified:
While the device has positively impacted service delivery, challenges such as poor signal strength and limited device sizes remain, highlighting areas for future support and improvements.

Collaborative Impact:
The involvement of William & Mary University played a crucial role in training and supporting community health workers, fostering sustainable healthcare capacity within the community and ensuring ongoing support for residents in remote regions.

 

 

Get Involved

We are always looking for forward-thinking partners to join us on research initiatives.

We are proud to partner with respected organizations including MICT-SETA, Momentum Multiply, SAIEE, Linktop Technology etc. Together, we’re advancing technology and research to make healthcare more accessible, effective, and data-driven.

Contact us for partnership opportunities in healthcare research.