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Описание продукта или услуг

Miraitech: AI-Powered Smart Nano Insoles Miraitech develops AI-driven nano insoles for rehabilitation and performance optimization. Equipped with smart sensors, they analyze foot pressure, gait, and movement patterns, providing real-time diagnostics for: ✅ Medical Rehab – Aiding recovery after joint replacements, prosthetics, and surgeries by ensuring proper weight distribution. ✅ Athlete Performance – Optimizing training and preventing injuries through motion analysis. ✅ Healthcare & Therapy – Assisting specialists in mobility assessments and treatment personalization. With AI-powered insights, Miraitech revolutionizes rehabilitation and movement analytics, bridging medicine, sports science, and technology.

Краткое описание проекта

MiraiTech is a health-tech startup developing nano-enabled smart insoles designed to assist in rehabilitation and mobility improvement for patients recovering from lower limb surgeries, joint replacements, and prosthetic adjustments. These advanced insoles provide real-time biomechanical data, helping doctors, physiotherapists, and rehabilitation specialists monitor patient progress and optimize recovery plans. With a strong focus on medical rehabilitation, MiraiTech also explores applications in sports performance tracking and movement analysis. Currently transitioning from university research to commercialization, the company seeks funding and strategic partnerships to bring its data-driven, AI-powered solution to global healthcare markets.

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Юридический адрес

Кабанбай Батыра 60-13

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Количество совершенных продаж (ед)

-

Привлекали ли инвестиции?

no

Сумма привлеченных инвестиций, USD

200000

Инвестиционные предложения

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Процент экспортной выручки в структуре продаж

Численность сотрудников

-

Описание продукта или услуг

-

Краткое описание проекта

MiraiTech — health-tech стартап, создающий умные нано-стельки для реабилитации и восстановления подвижности, которые передают врачам биомеханические данные в реальном времени и помогают ускорить восстановление пациентов.