IoT will advance the healthcare space in India

Read the article

Amit singh, CEO of TelioLabs Explains Why Healthcare Providers Should Now Pay Attention to IoT in Healthcare

The Internet of Things (IoT) has spread its roots to almost every industry, from agriculture and manufacturing, logistics, retail and healthcare. It is described as a network of physical devices that allow the exchange of data using connections. However, when it comes to healthcare, it can be defined as an interaction between bedside monitors, smart watches, fitness bracelets, implants, and other objects that send and receive signals containing signals. data that needs to be accessed or stored elsewhere.

From a data integration perspective, the IoT will have a major impact on how healthcare IT systems will be designed and implemented in the future, but why should healthcare providers care? interested in IoT now?

The IoT also laid the groundwork and paved the way for the future growth of the Internet in healthcare. Over the past two years, IoT has changed the face of architectural design and designed the perfect healthcare system for the healthcare industry.

How, how, how and by what means can IoT advance the Indian medical sector and related industries to understand the various aspects of IoT in Indian medical science? Let’s start by illustrating it to find out.

With these methods

The IoT will take on a new dimension in the fields of personal and public health. This allows doctors to predict some of the diseases that arise and individuals to track their daily health status simply by analyzing real-time monitoring and directly accessing important patient health data. activity. This data also serves as a gold mine for healthcare stakeholders to improve their healthcare experience while creating revenue opportunities and improving their healthcare operations. In addition, the use of IoT in logistics allows manufacturers to bring expired batches to the market.

In addition, the formulation of pharmaceuticals requires an appropriate set of measures, including processes such as formulation, preformulation development, powder supply in continuous manufacturing processes, powder mixing, grinding, hot granulation and extrusion. You need precision. Therefore, the industry demands that IoT be identified as a tool for the precise collection of data metrics, automated workflows, waste collection, reduction of operational costs and, most importantly, reduction of risk of error. That is to say. Additionally, real-time process monitoring using IoT dramatically improves the security of the entire production chain, including large-scale leaks and default warnings.

in this way

The IoT can be applied to patients, parents, families, hospitals, general practitioners, insurance companies and the healthcare industry, which can benefit associated emergency medical services and personnel. Information such as health graphs, gauges, heart rate, blood pressure, and temperature collected automatically through IoT-enabled devices can also help diagnose and predict other heart conditions. These predictions are based on advanced data analysis, ever-evolving machine learning (ML), and growing artificial intelligence (AI).

By minimizing mobility factors, the IoT will also send patients, physicians, and loved ones automatic reports, feeds, medication reminders, and pharmacy notifications about prescription replenishment that are distant from each other. Can empower. This could be the idea of ​​drawing a line to build a lifesaving remote medical assistance system coupled with advanced robotics tagged with sensors to perform general surgery.

What do you mean

Often times, IoT-enabled ecosystems and their applications require many other systems such as cloud computing, big data, AI / AR, ML, wearable technology, and analytics tools with connected networks. .. Remote patient monitoring is the most common application of IoT in the healthcare industry. Hand hygiene, depression and mood monitoring, blood glucose meters, connected inhalers, ingestible sensors, Parkinson’s disease monitoring and connected contact lenses are some examples of IoT, health and medical devices. Its immeasurable application in science.

In addition, with the proliferation of COVID-19 and its increasing vulnerability, more than 69% of the world’s IT leaders are innovating in their technical debt, according to the latest report published by the “Increasing Threat of Technical Debt”. We see it as one of the biggest threats. Most IT business executives recognize that in addition to merging old code, the chaotic growth of new generations of mobile apps, stacking apps, and SaaS robs organizations of resources, time. and innovation. ..

Therefore, app developers and the healthcare industry itself need to understand that this technical debt will continue to pile up, and a new pace for taking the plunge and innovating at high speed and at scale for true competitive advantage. Is required.