AuraGland is a synthetic pheromone production and distribution implant consisting of small bio-fabricated gland nodes implanted in the axillary region, with optional supplementary nodes at the pulse points. Each node contains a programmable biochemical synthesis chamber capable of producing a curated library of scent compounds and bioactive pheromone analogs — molecules that interact with human olfactory and vomeronasal receptors to produce subtle but measurable effects on social perception, mood, and interpersonal comfort. The base library includes over two hundred distinct compound blends ranging from 'professional confidence' profiles to romantic attractant blends to calming social neutralizers. Users select and schedule their profile through a companion app, and the nodes synthesize and release the chosen compounds continuously at low levels throughout the day. The system also includes a 'signature scent' mode in which the user's own biological scent signature is analyzed and a custom complementary compound is synthesized — effectively creating a personalized fragrance that is uniquely theirs and impossible to bottle.

AuraGland sits at the intersection of the perfume industry, the wellness market, and social enhancement cyberware, and it has effectively replaced traditional fragrance for a large portion of the population. The practical advantages are significant: the scent is always perfectly calibrated, never too strong, never faded by midday, and always appropriate to the situation because the user can switch profiles in real time. Beyond pure aesthetics, many users report that running a 'calm' profile during high-stress work situations produces measurable reductions in interpersonal conflict, and that using a 'warmth' profile at social events helps them feel more at ease. PulsePoint is careful to market the pheromone analog effects as subtle and mood-adjacent rather than making direct claims about behavioral influence, as the latter would trigger a different regulatory category. On the Gray Zone, AuraGland is popular as an affordable luxury — the node hardware is cheap, and the compound library subscription is tiered to be accessible.