• YES TO EVERY THING

In DOD sponsored government laboratories, a hidden secret was discovered... The human body and almost every animal has a low frequency electrical field that extends out and around them. Using sensitive electronics and image signal analysis, this field was seen to be operating at a frequency well below human perception. These inventors had discovered the human bio-field and soon discovered ways to uncover it's biggest secret... the field was rich with signals that once decrypted were found to contain bio-data! Using only an antenna they discovered ways to pull cardiac heart rate, respiration and other bio-data from this field.

Available for licensing is a low cost electronic circuit which is capable of taking inputs from various antennae allowing the signals to be gathered both passively and in real-time. The electronics may be further miniaturized with additional development, all the way down to battery powered embedded wearables.  

Available for immediate licensing. With 4 years of University level R&D the team has been writing code and developing algorithms that eliminate noise and decipher these signals from the above circuits. You will not be starting from scratch as each discipline has been carefully considered to ensure successful outcomes.

So far, we've unraveled cardiac sinus rhythms, respiratory rates, motion and foot fall signals, we can even identify humans from other species! With continued R&D who knows what other information is available from the human bio-field? Our scientists have speculated that these 3-4 signals are only the beginning. What will you find? What new products are waiting to be invented? What technologies can be improved?

In-patient, Out-patient or remote monitoring Gathering patient data wirelessly and passively without a patient even noticing may seem scary at first, but when you contrast that against the current cost of wired healthcare, having a simpler method of detection just makes sense. No wires or leads, electrodes or the bother of hooking up to instrumentation or recorders. Potential fields of medicine include neonatal and infant monitoring, cardiology, respiratory care and sleep studies.

Health Care Robots or personal care robots many futurists say may be the answer for the rising cost of health care and nursing. As robots replace human workers, the robots ability to continually analyze and assess a patients vital signs may be a first line of alerting health care professionals to potential issues or emergencies. A mobile version of the sensor and embedded sensors in a healthcare robot only make sense

Automotive and Airline each is an entire industry filled with sensors and instruments and systems dedicated to compliance of regulations. The FAA for example routinely uses check ups for pilots to look for heart problems. The automobile industry could benefit from life saving technology that detects the presence of nearby pedestrians or systems that can alert a distracted parent ready to close a burning hot car that their baby is still in the back seat.

In-Situ remote monitoring Gathering compliance data or allowing entrance or exit based on the way a person is dressed may sound Orwellian, but when you consider this technology can embedded into vision based appliance no bigger than an earbud case that doesn't connect to servers, you realize at this point that privacy issues are virtually non-existent. In the end, having a simpler method of detection just makes sense.

Uniform and Dress Enforcement Whether your uniform includes features such as masks, head-ware, gloves or footwear, we can detect all of it. This makes an ideal package for enforcement. With the rising cost of labor, not every entrance and exit point can afford a security or compliance manager. A mobile version of this device and our deep learning algorithms can automate uniform compliance at a cost that justifies.