
The valve
Pressure-driven bladder cycling with no power and no antibiotics. Bench verified and validated in three clinical studies.
US 6,673,051A Critical Care System, built for Critical Care Medicine. A thumb-sized, sterile device that attaches to any urinary catheter and lets the bladder fill, flush and empty the way nature intended. Supported by AI diagnostics. Made in the United States.
We are inviting you to be a guest of TekGenius, and as our guest we will get your $700 admission fee waived.
Unit descriptions: Felix Hospital, ICU types; JAMA Cardiology; JAMA Neurology.
Catheter Associated Urinary Tract Infection is a plumbing problem that medicine has been treating with pharmacology. Stagnant urine and biofilm shield bacteria from antibiotics and from the immune system.
GenixUro AI sits at the catheter outlet, upstream of the tubing and bag. The catheter doesn’t change, and the nursing workload doesn’t grow.
12 devices, 180-day simulation with fresh human urine; 200 lb rolled onto the bag, tubing pinched and thrown, with no failures. Source: GenixUro AI Study Group Report, Sept 2026.
Twenty-five years of invention and testing, taking GenixUro from a simple valve to an instrumented device to full diagnostics. Dr. Awbrey presents Generation 1 and unveils Generations 2 and 3 in Boston.

Pressure-driven bladder cycling with no power and no antibiotics. Bench verified and validated in three clinical studies.
US 6,673,051

GenixUro AI treats by cycling the bladder and diagnoses both acutely and through 24/7 monitoring. Gen 3’s AI is shown here as architecture and intent; AI validation is the next chapter.
Cardiology has continuous monitoring. Diabetes has real-time glucose. Critical care has bedside blood gases. Urine still gets a dipstick, a cup, and a culture that takes days.
All three test a sample after it is collected.
None of today’s products works in line at the catheter, around the clock. GenixUro AI is built to close that gap: continuous urine analysis at the catheter, with results going straight to the care team.
Source: FDA List of AI-Enabled Medical Devices (Sept 2026 update; 1,614 records); TekGenius analysis of lab review panels. FDA notes the list is not comprehensive.
Reemetis Technologies brings the AI Platform to GenixUro AI: a digital nervous system and teams of cognitive assistant employees, working together as one. In Boston, Taimalelagi Rick Anderson presents the AI side of the keynote, featuring MD AutoPilot by Reemetis Technologies.

Brian Awbrey, MD, FACS, is CEO, President and Chief Medical Officer of TekGenius, where he leads the clinical research behind GenixUro AI. He gives the Boston keynote on the device, describing that evidence and the path ahead.
He continues to provide top-performing corporate leadership while advancing a broad R&D pipeline. A former surgeon-scientist with Oncology-Immunology Fellowship training at Harvard Medical School, he is twice board certified (ABMS) and spent more than 25 years as a Harvard faculty member, specialist clinician and research scientist at Massachusetts General Hospital.

Taimalelagi Rick is one of the original founding members of TekGenius, where he runs operations and research and development. As co-founder and COO of Reemetis Technologies, he leads the joint venture that brings the AI Platform to GenixUro AI: the digital nervous system and its cognitive assistant employees. In Boston he represents both companies, TekGenius and Reemetis Technologies, and presents the AI side of the keynote.

Leona is a registered nurse licensed in Florida and New York. She brings the nursing view, keeping GenixUro AI practical for the care teams who use it every day.

Michael leads strategy, partnerships and the path to market, connecting GenixUro AI with the companies and health systems that will bring it to patients.

Breyon co-founded Reemetis Technologies with Taimalelagi Rick and leads the company. He designed the AI Platform behind GenixUro AI, the digital nervous system and its cognitive assistant employees, and the operating system they run on. Before Reemetis he spent two decades in enterprise engineering and systems architecture, and he leads the engineering group that builds and maintains the platform for TekGenius.