Electrical signals serve as one of the silent messengers orchestrating intercellular cooperation and communication within every complex organism. While conventional wisdom among health practitioners often perceives the bioelectric system solely as conduits for these signals, recent breakthroughs in scientific research have illuminated a new frontier of understanding.

Far beyond mere conduits, the patterns and intricacies of our body's bioelectric networks offer profound insights into our health, encompassing crucial aspects such as aging and regeneration. Emerging studies have unveiled that these electrical networks harbour unique learnings and memories, distinct from other biological processes like the nervous system and genome.

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Research performed at the University of Massachusetts Chan Medical School has allowed them to produce a biological age prediction measured by a standard 12-lead electrocardiogram (ECG). While they looked specifically at the relative health of a patient's cardiovascular system, our device is deigned to measure the whole body and give a more holistic measure of aging.