Question

Describe how cloud computing may lead to “intelligent fabrics” in the future and how this will impact companies and consumers. Use real-world examples to support your assertions.

Answer 1

Cloud helps to analyse the results from the fabric that can be communicated with other stake holders as well. IDC expects complete wearable equipment shipments globally to reach 214.6 million units by 2019, leading in a compounded annual growth rate of 28 percent over five years. The market is full of prosperity. Looking forward, I wondered how the technology itself is going to develop and how is it going to affect changing sectors such as healthcare?

Historically averse to change, the healthcare sector has lately moved at the pace of light — with technology to thank. Wearable phones are some of the most impactful of these techniques. Devices like Fitbit and Apple Watch can do stuff that were unimaginable only five years ago.Take the Apple Watch, for instance, which can monitor your physical activity, weight loss, medication, and hydration level with the assistance of its apps. You can even consult your doctor directly from your wrist on a virtual basis.

Wearable phones are a piece of cost-saving pie that helps the healthcare industry (such as health insurance companies and hospitals) alter conduct within customers to make them more conscious of their health, which in turn will maintain them healthy and out of the hospital. These are some of the reasons the healthcare sector is interested in and invests strongly in wearable appliances.

What are Intelligent fabrics?

In its cutting-edge technology, which mainly embeds a range of small semiconductors and sensors into fabrics that can see, hear and interact, the basis of smart textiles lies. These systems take this data to provide more convenience, such as warming or cooling the wearer or capturing helpful biometrics to monitor the health of the wearer. Smart textiles pave the way for a fresh Internet of Things (IoT) frontier, a technology that is at the forefront of IBM.

How a Fitbit can communicate is simple for me to comprehend, but how my t-shirt can communicate is a little less evident. So I dug a little deeper into this technology's development and how it can transform the healthcare sector.

There are numerous ways in which smart fabrics can affect health care, from wound care to healthier athletes by evaluating information from their sweat. I discovered intelligent hospital gowns to be the most intriguing innovation in the works. Imagine if hospital gowns could control heart rate, pulse, and blood pressure instead of long-term painful IVs?What if these gowns can be tailored to particular requirements of individuals like heart patients or pregnant females? Or what if a patient's skin could be released by these gowns?

Smart fabrics are more than you're wearing An example of a smart fabric that doesn't exist on your body, but is shaped memory polymers (SMPs) rather inside. SMPs occur in implants that enable minimally invasive implantation through tiny incisions, such as cardiovascular stents. Before expanding and reshaping itself, the stent is small. SMPs have an extra function, biodegradability, resulting in the implant being degraded before being removed by the body after its purpose has been achieved. Paired with 3D printing, there are endless possibilities for both implantable and non-implantable products to integrate smart fabrics.

Be healthier today and healthier tomorrow at MIT Professor Yoel Fink feels that smart fabrics can revolutionize the healthcare industry by collecting "clinically significant data where you can then infer not only where you are today, but where your body is going and where your health is going." You can listen to Professor Fink's interview, "State's New Innovation Institute Wants To Shak