Smart Medical Ecosystem

Striving for Health Innovation:

At SME Biotech, we envision a future where individuals take proactive control of their health with the aid of cutting-edge artificial intelligence-driven technology and innovative bio-patch solutions, particularly in the realm of chronic disease management.

We recognize the challenges posed by chronic diseases on individuals' quality of life and healthcare systems. Our vision is to revolutionize the healthcare industry by providing accessible, innovative, and comprehensive at-home monitoring solutions that empower patients with long-term and holistic health management.

We strive for a patient-centered healthcare system that provides personalized, enduring, and advanced solutions, enabling individuals to lead healthier and more vibrant lives.

Managing Health, Anytime, Anywhere:

At SME Biotech, we offer painless, micro-invasive health monitoring device via a discreet arm patch. Using electrochemical sampling of interstitial fluid, it tracks multiple-biomarkers (glucose,ketone,uric acid and electrolytes) for 14 days. Waterproof and hypoallergenic, it withstands showers, workouts, and swimming, appealing to athletes, chronic condition patients and proactive individuals.

Real-time data syncs to an AI-powered app, delivering instant analysis: personalized diet tips, lifestyle adjustments, and preemptive health alerts. Doctors access encrypted data remotely, blending self-care with professional oversight. For example, diabetics track glucose trends, while fitness enthusiasts optimize performance.

Affordable and minimalist, it democratizes advanced health insights. The AI anticipates risks, transforming reactive care into proactive mastery. Ideal for busy professionals or aging populations, the biosensor redefines wellness—proving tomorrow’s health tech is here today.

Engineering the Future of Health:

The microelectrode arrays (MEAs) are functionalized with biorecognition elements (e.g., glucose oxidase, ion-selective polymers) to enable targeted electrochemical interactions with biomarkers in interstitial fluid. Surface treatment via covalent bonding or layer-by-layer deposition stabilizes these elements, while a diffusion membrane regulates analyte flux, minimizing interferents like ascorbic acid. Spatially segregated electrodes allow simultaneous multi-analyte tracking with redox reactions transduced into impedance or current signals.

The coin-sized medical patch also integrates ultra-low power Bluetooth (BLE) and a compact battery for wireless, continuous operation. High-precision analog front ends capture microcurrents, while algorithmic compensation corrects drift and environmental variables (e.g., body temperature). The system balances clinical-grade accuracy with wearability—ideal for metabolic monitoring, chronic disease management, and remote diagnostics. It merges robust engineering with scalable health solutions.

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