Key Features:

  1. Integrated technology: OSTAAT™ features conductive polymer electrodes seamlessly embedded in compressive clothing, controlled by a compact electrical device with a long-lasting rechargeable battery.

  2. Targeted treatment: designed to stimulate bone growth in specific areas like the hips and spine.

  3. Comfort and ergonomics: our design ensures a comfortable fit, using soft, breathable materials suitable for physical activity and everyday wear.

  4. Versatility and ease of use: available in multiple sizes to accommodate various body types, OSTAAT™ is designed for easy donning and doffing. The magnetic connection for the device ensures simple and secure attachment.

  5. Breathability: the fabric used in OSTAAT™ allows excellent air circulation, wicking away moisture and maintaining a comfortable temperature during wear.

  6. Hypoallergenic properties: OSTAAT™ is made from naturally hypoallergenic raw materials and uses hypoallergenic dyes, minimizing the risk of skin irritation or allergic reactions.

  7. User-friendly control: OSTAAT™ can be easily controlled via an app on smartphones, tablets, or computers, allowing intuitive function management.

  8. AI-powered optimization: we harness artificial intelligence to develop a cutting-edge model that predicts optimal treatment strategies for individual patients.

  9. Environmental consciousness: all components of OSTAAT™ are recyclable, reflecting our commitment to sustainability.

  10. Durability and care: smart garments are reusable, easy to clean (hand-washable) and designed for long-term sessions lasting a minimum of 5 years. The electrodes are mounted on a thin, stretchable substrate that can withstand multiple washings.

  11. Safety and comfort: our product is free from vibrations and muscle contractions, with no side effects, offering both preventive and curative* care.

(*A statement that will be addressed in future clinical trials).

OSTAAT™ is particularly beneficial for individuals with osteoporosis and chronic kidney disease. By combining advanced technology with user-friendly design, OSTAAT™ represents the future of wearable medical devices, providing effective treatment of osteoporosis without compromising on comfort or style.

Our commitment to quality extends to every aspect of OSTAAT™, from its professional appearance to its robust, reliable performance. Fabric selection ensures optimal biocompatibility, comfort and signal transmission capacity, while maintaining durability and ease of maintenance.

With OSTAAT™, we're revolutionizing bone growth stimulation, making it more accessible, comfortable, and integrated into daily life than ever before. Our smart clothing combines innovation, comfort, and effectiveness to provide a superior solution for bone health management.

Bone loss, particularly decreased bone density, is a major obstacle for extended space missions, including those to Mars. In zero-gravity environments, astronauts' bones degrade ten times faster than osteoporosis patients on Earth, posing serious health risks upon return.

In the absence of Earth's gravitational force, bones are no longer subjected to their usual mechanical stresses. This lack of mechanical stimulation leads to bone deterioration, as the body no longer perceives the need to maintain significant bone mass. This loss of bone density can result in structural fragility and significantly increase the risk of fractures when astronauts return to Earth's gravitational environment.

The rate of bone density loss in space (1-2% per month) far exceeds that of post-menopausal women and older men on Earth (0.5-1% per year). Weight-bearing exercises, crucial for bone health, are challenging to replicate in a weightless environment.

To mitigate bone loss, astronauts follow specialized exercise and nutrition programs before, during, and after space missions. These programs focus on preserving bone mass, stimulating growth, and promoting regeneration. Adequate calcium and vitamin D3 intake are essential.

Upon return to Earth, astronauts undergo personalized rehabilitation programs developed by medical professionals in collaboration with space agencies. These programs aim to strengthen both bones and muscles.

KAT Innovation's potential involvement in this field could contribute to ongoing research for maintaining astronauts' bone health. Our exploration of an innovative, chemical-free, non-invasive technology to stimulate bone growth offers numerous benefits:

1. Prevention or reduction of bone density loss in weightlessness.
2. Promotion of bone growth and strengthening.
3. Facilitation of faster recovery upon return to Earth.
4. Mitigation of fracture risks and other bone-related health complications.

This technology's applications extend beyond space missions. Findings from space studies could lead to treatments for bone diseases and fractures on Earth, benefiting bedridden patients and individuals with mobility limitations.

In conclusion, addressing bone loss in astronauts not only ensures their long-term health but also advances science for the benefit of the general population, echoing the challenges of osteoporosis and contributing to improved musculoskeletal health for all.

Thanks to the integration of cutting-edge technologies in the electrode areas of the clothing, we will be able to measure body composition and impedance in real-time. The integrated artificial intelligence will allow for real-time personalization of treatment, thus offering optimal monitoring and support to people with limited access to healthcare, whether they live in remote areas or face other barriers. Moreover, our 5G technology will enable a direct link with patients living in remote regions or without easy access to healthcare.

This technology could significantly reduce complications related to hip fractures, which are often fatal in remote communities due to the lack of rapid access to specialized surgical care.

Ultimately, our innovative technology offers a promising solution to significantly improve bone health and, by extension, the quality of life of underserved populations around the world. Whether in remote areas, disadvantaged urban regions, or any other place where access to healthcare is limited, our device has the potential to bridge existing gaps in the management of osteoporosis and other bone disorders, thus paving the way for better health equity on a global scale.