Technology

Breakthrough technologies for future generations of devices and mobile apps.

Our Mission

Using mathematical modeling and dynamic system control tools to discover how functional networks operate in time ...Because time is all that matters.

"We are part of nature as a whole, whose order we follow."

Baruch Spinoza

"Man is not going to wait passively for millions of years before evolution offers him a better brain."

Corneliu Giurgea (1923 – 1995) Romanian psychologist and chemist. Synthetised Piracetam, and coined the term nootropic for this new class of cognitive enhancing, (smart) drugs.

Our work is rooted in control systems theory, specifically we develop solutions for improved metabolic control, which use feedforward, not only the familiar feedback, or test-fix-test approach. LivProactiv inc develops tools that emphasize pro-active control, because that it is what life does.

Because the same predictive methodology can be applied to other metabolic processes, our proprietary position will enable us to build a very prosperous business as the first mover in the important, emerging biomedical area of web-based, personalized, interactive medical informatics.

We Offer a Technology-Based Cure for What Ails Diabetes Management

Based on the scientific solutions that we have created, we offer diabetics the opportunity to eliminate the daily guesswork of wondering about what to eat, or how much insulin to give and when to give it

We aim to move the industry away from test-fix-test approach and towards a real time control achieved through our companies proactive, feed-forward aproach to disease management

Our technology replaces Calories-In-Calories-Out metabolic control with Optimized Real Time Available Glucose control


Rationale

Life is one with nature, built by eons of contextual experience and patterns that became part of all organisms: to maintain control, living things must embed in their structure the dynamics of the inputs they are subjected to.

Thus predicting the body's real time metabolic state becomes a problem of mathematical modeling and system identification, coupled with proper knowledge of the dynamics of the system's inputs.

Glucose is the fuel of life, and everything we eat or drink converts to glucose molecules that are transported to each and every cell in the body so that it has the energy needed to do its work: by gaining access to the overlapping cycles of intake, storage, and consumption of glucose processes that occur in the living body, it now becomes possible to reduce or even eliminate out-of-control situations that stress the body and cause premature living system failure situations, such as obesity, diabetes, and other.

Previous Related Work


© 2016 LivProactiv, Inc.