Health That Listens, Learns, and Reacts

Innovating at the frontier of biotech

At Mustafa Industries, our wearable, AI-driven medical technologies continuously monitor vital signals to detect risks before they become emergencies. Designed to be proactive, affordable, and intuitive, our devices don’t just collect data—they understand it, respond to it, and guide users toward smarter, faster care.

Spira™

A handheld, AI assisted spirometer designed for early detection of respiratory diseases, this compact device, shaped like an inhaler or breathalyzer, is ideal for use at home, in clinics, or disaster zones. It measures key respiratory metrics such as FEV1, FVC, and PEF, while also analyzing breath quality using advanced gas sensors. Integrated with an AI-powered app, it interprets results instantly and delivers clear, actionable feedback, making respiratory monitoring more accessible, accurate, and user-friendly than ever before.

Neura™

A discreet, flexible wearable pad worn on the forehead or behind the ear, Neura continuously monitors neurological and physiological signals to predict migraines, stress, and other episodes before they occur. Using lightweight EEG, heart rate variability, skin conductivity, and temperature sensing, it detects subtle changes in real time.
Advanced machine learning analyzes these signals alongside environmental factors like light and noise to identify personalized triggers and early warning signs. Instead of just alerting the user, Neura delivers gentle haptic feedback to help regulate the nervous system and prevent symptoms from escalating.
The device syncs with a companion app that provides a predictive timeline and personalized recommendations, learning over time to optimize interventions and improve overall neurological stability.

Advancing Tomorrow, Together.

Innovation starts small. As a student-led biotech initiative, we’re seeking forward-thinking partners who believe in the power of early ideas to become tomorrow’s breakthroughs. Any investments/donations would go towards these projects, bettering humanity.

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Vetra™

A low-cost, wearable smart patch that continuously monitors wound healing in real time. It tracks critical factors like pH, temperature, and moisture balance, both key indicators of infection or delayed healing. The device syncs with a mobile app to provide users and clinicians with ongoing updates, alerts, and visual progress tracking. Ideal for patients with chronic wounds, post-surgical care, or remote healthcare settings, this patch offers a proactive solution that can prevent complications and reduce hospital visits.

Resona™

A revolutionary device that targets and eliminates harmful bacteria by using specific oscillation frequencies to denature bacterial proteins, effectively neutralizing threats without chemicals or antibiotics. Designed for use in clinical, surgical, or sanitation environments, this technology offers a contactless, non-invasive method of sterilization. With potential applications in combating antibiotic resistance, hospital-acquired infections, and medical tool disinfection, it represents a disruptive step forward in microbial control.

Clenra™

A groundbreaking visual biosensor that instantly detects and signals failed sterilization in surgical tools and trays by fluorescing or changing color in response to microbial residue or heat/moisture inconsistencies during autoclave cycles. Designed to integrate seamlessly into hospital sterilization workflows, this smart adhesive ensures real-time validation of equipment safety, reducing the risk of hospital acquired infections and costly procedural delays. With applications in surgical centers, dental clinics, and ambulatory care, it enhances patient safety while offering a scalable, cost-effective quality control solution.

Tensiva™

A next generation wearable system that continuously collects vital signs like heart rate, blood pressure, oxygen saturation, and hydration levels, feeding data into an AI triage assistant that intelligently analyzes patterns, prioritizes care, and alerts medical staff to early signs of deterioration. Designed for inpatient wards, ICUs, and long term care facilities, this closed loop system supports proactive, data-driven decision-making, reduces nurse burnout, and improves response time to critical events. With its predictive capabilities and seamless integration into EMRs, it redefines how hospitals monitor and manage patient health in real time.