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Medical Equipment

We have assembled an internationally recognized team of transnational clinicians, engineers, and business leaders to identify, acquire, and develop engineering advancements, intellectual property, and operating businesses in, or with applications in medical technology and clinical care based on a need/gap identified by our management in the market. Our business strategy is to acquire innovation at the engineering/patent level, marry it with appropriate early-stage operational med tech companies and apply it in a controlled clinical care setting which fosters engineering / clinical / business advancements under one umbrella. We intend to form wholly owned subsidiary companies to operate the license/royalty business operation pertaining to each patented piece of medical equipment.

We began executing on this current business plan by acquiring the world-wide exclusive rights to a metal alloy technology for use in medical applications or devices where the heat of the device causes problems with its performance. The alloy was originally developed as a solution to the distortion effects rifle barrels exhibit when they overheat. Consistent, continuous use causes the barrel of a firearm to overheat and become distorted. This causes a loss of accuracy with heavy use. This is an even larger issue with sniper rifles, where accuracy is paramount and even the smallest distortion of the barrel will negatively affect its accuracy.

In September 2020, we entered into an exclusive world-wide license agreement with Consulting Group of Jocassee, Inc., Pickens, South Carolina, for use of the technology in the medical field, which includes US Patent #10,718586 and any continuations, divisonals and any additional patent applications, patents, continuations and divisonals that are based on the metal matrix as used in the initial patent, except for use in medical applications. The License provides for a 5% royalty to be paid to us on all gross revenue generated from the sale of products developed by the licensee using the patent and intellectual rights associated with the License. Both of the patent’s inventors have joined our management team. Mr. Steve Gravely is a member of our Board of Directors and Dr. Anja Glisovic, serves as our Acting Chief Science Officer. See “Item 3, Directors and Officers.”



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We do not intend to manufacture the surgical devices that are the subject of the pending patent and the current patent license but intend to license the technology to current manufacturers of these devices. A team made up of Steve Gravely, Dr. Anja Glisovic and Dr. Dilan Elegalla will identify potential licensees and approach them with a license proposal based on a flat fee plus an ongoing royalty and minimum sale requirements. By keeping this process in-house we believe we can control and limit what manufacturer is licensed based on the specific instrument they manufacture and also provide in-house technical expertise to assist in integrating our technology into their existing product line.

On March 24, 2022, we obtained patent pending status for our first in-house invention “Surgical Tools with Targeting Guidance,” filed under application number 63/323,112. Being the first in a series of patents and innovations which we expect will be filed over the following months, it improves handling and precision of surgical tools by aiding the surgeon in observing the surgical site, adjust tool alignment and target acquisition. By integrating target marker projection in the tool and utilizing camera miniaturization it is now feasible to give the surgeon a 1st-person, ”tool view“ of the surgical site as well as distance information between tool and the intended point of surgery in real time. This will allow procedures to both progress faster as well as with better accuracy. Improvements which will benefit patients and surgeons alike.

In addition, we have four additional patent applications in preparation which build upon the metal matrix materials ability to dampen vibrations and conduct heat. This is further expanded upon by additional improvements and alternative materials/implements to manage heat and vibrations. These patents are expected to be filed as provisional patent applications in the US within three months and thereupon planned to be expanded internationally.

The reduced vibrations allow for more delicate optical systems to be integrated in any system and improved optics/methods observe surgical procedures are highly sought after in the medical field. The second patent application builds upon this premise and addresses the integration of optical and sensory systems in medical power tools. These systems are set up to be and to facilitate use in conjunction with robotic medical systems as well as medical augmented/virtual reality systems, thereby laying the groundwork from the hardware side to be used in telemedicine applications, like robotic telesurgery.

AfiyaSasa Africa, LLC

In December 2021 we signed a Membership Interest Purchase Agreement to acquire a 51% interest in AfiyaSasa Africa, LLC, a Wyoming limited liability company (“Afiya”), a start-up medical technology and virtual health company that management believes is uniquely positioned to help patients in developing countries meet their medical needs by extending the reach of physicians through the technology. This technology is centered around patented and patent pending software that uses and incorporates artificial intelligence (“AI”) and Augmented Reality (“AR”) licensed from AdviNOW an Arizona based medical software company who developed and holds patents for the licensed software. The application is designed to connect people virtually in remote and urban areas where there is limited medical infrastructure and/or limited medical professionals or in areas where high patient volumes are overburdening the existing health system. The system is accessed by patients on their cell phones, tablets, or computers, and allows licensed physicians and other medical personnel to conduct initial check-in, triage, and determine the most appropriate care path, virtually. The system is equipped with facial recognition and storage capability to ascertain if the patient is a return patient. Additionally, through a set of questions and answers that are dynamically integrated with the systems proprietary AI component, measurements may be taken with medical devices that connect to a cell phone, tablet or computer (i.e. stethoscope, thermometer, pulse oximeter etc.), bringing the telemedicine virtual appointment to the next level and beyond. The AI assists with Q&A and with the AR to arrive at diagnostic possibilities, testing and treatment options and the next steps for the patient. This can be done in a fully automated fashion where there is no or extremely limited medical access, in a partially automated fully virtual fashion where physical access to a health care provider is not possible, or non-virtually as a means to make existing health care providers more efficient and more accurate in their diagnosis, testing, and treatment.

Afiya’s vision is to be the technology platform that allows “leapfrogging” advancement in the delivery of world class healthcare, initially in Africa, the continent with the largest population growth and high smartphone utilization for services, but without the ability to grow healthcare services in the traditional manner.

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