GAMMA is a portable advanced analysis device that uses a proprietary combination of physical-biochemical interactions , signal interpretation algorithms and an artificial intelligence system trained on biomarker patterns , allowing a complete physiological profile to be obtained in just 90 seconds , from a micro-sample .

Unlike traditional instruments, GAMMA does not rely on reagents , stains , or laboratory processes . Its internal technology employs a multivector reading mechanism capable of capturing micro-variations in the response of biological fluid to controlled stimuli, generating highly differentiated signatures according to the organism's state.

These signatures are processed in real time by a specialized AI engine , which has been fed thousands of physiological profiles and is capable of:

● Detect early metabolic disorders

● Recognize states of fatigue or systemic stress

● Identify patterns related to inflammation, recovery, or deterioration

● Create predictive performance projections

The core of GAMMA is designed to translate complex readings into clear, actionable information , delivering consistent and reproducible results , minimizing variability between samples , and providing indicators that are easy for medical personnel , coaches , or first responders to interpret. Its compact, sealed design ensures reliable operation in demanding environments ( field , emergency room , sports facilities ), with a user experience focused on speed, security, and data confidentiality .

GAMMA , thanks to its closed architecture and integrated AI , transfers the capabilities of an advanced laboratory to a compact and robust system , suitable for tactical missions , portable clinical applications and elite sports optimization .