HarmonIQ Biosciences

I spent my career at the intersection of the three fields this device requires. I ran clinical trials for Class II and Class III medical devices, so I know the regulatory path and what design lock actually takes. I worked inside a wearable company collecting physiological data at scale. And I built infrastructure in clinical research technology. Continuous hormone monitoring sits exactly where those three meet, and very few people have stood in all three at once. What I kept seeing was the same gap. Hormones run reproduction, metabolism, stress, and aging, yet every decision gets made from a single blood draw at one random moment. The data simply doesn't exist, because no one has built the hardware to capture it continuously. So we are. I assembled a team that has done the hard version of this before: leaders out of the continuous glucose monitoring industry who have taken wearable biosensors from bench to body, and aptamer chemists who build the sensing layer. We know what it takes to move a biosensor from a working electrode to a device people wear, because we've done it for glucose. Now we're doing it for hormones.

No updates posted yet.