How the Internet of Things is Changing the Healthcare Industry

Internet of Things is Changing the Healthcare Industry

Internet of Things (IoT) has transformed many industries in terms of catering and management of services, especially health care industries which have shown remarkable development in treating people. From scheduling doctors appointments to advice on a diagnosis, the sector has gone a long distance in redefining the way things operate. The increasing advancements in technology are consistently applied at every stage in the development of health care industries. From big devices that monitor the health of admitted patients to microdevices that track movements of the human body, IoT has simplified the whole paradigm of health care services.

The sufficient magnitude of services required from the health care industry is also one of the reasons for inviting IoT to the rescue. Drawing facts, we see that the budget for IoT health care services has increased four times from 2017 to 2018. The large number itself is a direct representation of how largely IoT has become a trusted part of the health care industry. Let’s explore below how IoT is changing the health care industry, in more detail.

Health Data Simplified

Earlier, health care industries used to rely on first-hand data as provided by the visitor. With the help of IoT, the person is no longer constrained to produce raw, immediate data with which their prescriptions can be made. Instead, the person only has to use a device such as a wrist band, or an application which will keep track of your body behavior; this data is quantitative, transferable and first hand. Thus, doctors can look at data without the patient being present and form a better analysis of the patient’s situation due to quantifiable and transferable data. The added ease of interpreting data also reduces the gap between the doctor and the patient by connecting them through technology.

Quick Health Decisions

IoT makes it possible for a person to track his/her body behavior; this is done majorly through a wearable device which records precise data of steps, heart rate, air quality, blood flow and so on. With body behavior data, a person can be ahead of diseases by reporting them to a physician when he/she suspects an adverse change. Doing so, the person will always remain ahead of the condition and can reduce his/her chances of illness drastically. IoT devices can also bring in notice the details that are not precisely captured by other equipment. On the whole, the situations are transformed from cure to prevention.

Custom Health Services

With increased control over body behavior data, people can also control what treatment they want. Sometimes, a few conditions don’t require immediate care; in that case, they can choose what services they need immediately. Such customizability was not available in times when IoT could not provide regular data. With the help of IoT, one can decrease the financial pressure as involved in treatments. He/She can selectively opt for services that require attention and ignore that don’t.

Smart Scheduling

IoT makes things very organized when it comes to data storage. A person has to keep a record of various information if he/she wants a birds-eye view of his body behavior. However, maintaining such a tedious data requires sheer organization. With IoT, such an organization comes pre-programmed. This organization has an added benefit of managing your health schedules. You can program the device in such a way that reminds you of your medication cycle, the quantity of medicine to take, days until the next health appointment, and more.

Higher Satisfaction

Due to transparency rendered by IoT devices regarding the body behavior data, it becomes easy both for the doctor and the patient to tackle a particular disease. On the one hand, the patient knows well about his condition and can take custom treatment plans, and on the other, the doctor is better able to treat the patient due to transferable, first-hand data. As a result, both sides are better satisfied.

The importance of IoT varies from industry to industry due to the tasks that can be sanctioned. In general, IoT is needed in almost all sectors including education, municipal planning, automobiles, or even households. IoT in health care serves an altogether different purpose. In other industries, IoT serves as a tool to reach the results, in health care, IoT helps to achieve the beginning of treatments. In other words, the whole process of medication hinges on IoT devices that render actual data.

Also Read

Cloud Security Challenges for Enterprises
Why Enterprises Should Adopt a Multi-Cloud Strategy
The Differences Between Cloud and On-Premises Computing
Best Practices for Using DevOps in the Cloud

How Big Data is Changing the Healthcare Sector

How Big Data is Changing the Healthcare Sector

The healthcare sector is progressing rapidly, expanding both its reach and challenges. With an increased patient-doctor ratio, organizations must find a way to tackle the chaotic situation—a better management tool to handle the workload efficiently. Primitive book-keeping provides no scope for rapid scanning and locating a particular patient’s record; this results in delayed attention to the patient and decreases in severity. With broad adoption of the latest technology in the medical field, it is time that organizations enhance the overall healthcare system.

Therefore, healthcare firms should embrace newer technologies that help facilitate better and faster resolutions to patient’s problems, while extending a scientifically-advanced atmosphere — using Big Data and Analytics helps organizations achieve these goals. These are the significant ways in which Big Data can help the healthcare sector flourish:

Patient Health Tracking

It so happens that doctors generally want to analyze the patient’s health history before exploring anything new. But, due to disorganized data-keeping, the patients themselves are not ready to furnish the health-related documents accumulated over the years. Big Data easily tracks the entire history of the patient’s health including all minor/ significant operations undergone; it has revolutionized the whole paradigm by introducing statistical analysis that predicts and warns about the future possible occurrences.

Internet of Things aided by Big Data is a further leap in this revolution. From tracking heartbeats and sugar levels to breathing patterns and distance walked, smart wearables help provide more transparent data that can serve as a basis for medical assistance. Creating a unified database containing the citizen’s health history would enable health systems to fetch data in seconds, saving crucial time and human resources.

Increased Efficiency

With patient’s data a few clicks away, healthcare firms can obtain the entire history of the patients in seconds, making it easy for both patients and doctors — apart from saving time, this leads to reduced cost. The hands needed to keep the manual records, the data carrier, the data traveler and the data analyst, would all be required to put in their working hours. However, Big Data eliminates the mediating costs as well as the consumed time, resulting in a more efficient healthcare environment.

Making Predictions

Digitized data and statistical representation not only helps analyze the current situation but also assists in making predictions; this gives the healthcare sector an edge over the potentiality of certain diseases. The pattern of the disease will help the doctors make plans for the patient in advance—certainly rewarding in situations where the time is everything for the patient. Doctors can operate with better insights concerning the health state of a patient in a customized healthcare strategy.

Reducing Errors

It is known that human error is bound to take place, no matter how much care is placed while working with data. The calculations, the sorting, and the interpretive analysis all require precise attention. With increased workloads (or even otherwise) workers may commit errors. Big Data reduces this error-rate by employing scientific and mathematically correct equations—equally robust every time they are applied. Big data can also be used to sort unrelated prescriptions added faultily in a patient’s record. So, Big data can take care of not just avoiding errors but can also of rectifying them.

Progressive Approach

Adoption of Big data in the healthcare sector is not only a problem-solving tool but rather a way of growing operation. What use will expensive equipment and the latest medicines have if they don’t have a compatible platform to perform? A progressive environment consists of forces that work in cohesion, leading to an optimum output, all within the shadow of efficient operating. An environment which is readily embracing other advancements will show no progress if all improvements are not adequately attended. Big Data not only eases the healthcare procedures but also helps in the advancement of the infrastructure as a whole.

Predicting the possible disease level, analyzing and representing data statistically, reducing the doctor-patient gap, and cutting down costs and time are all sign of progressive development. Without the help of Big Data, the healthcare sector would possibly never achieve this goal.

Challenges are there in implementing Big Data fully in the healthcare sector, but there won’t be achievements without starting the process. To fully utilize the wealth of scientific intelligence, using Big Data seems unavoidable. If implementing it introduces so many positives to the sector and then why not apply it?

Also Read

How Big Data is Changing the Business World and Why it Matters
Solidifying Cybersecurity with Big Data Analytics
Big-data Analytics for Raising Data-Driven Enterprise
How Big Data Is Changing the Financial Industry

Cloud Computing in the Healthcare Industry

Cloud Computing in the Healthcare Industry
Data is omnipresent; the healthcare industry is no exception to this fact. As the Cloud takes over technology at an exponential rate, there is a vast amount of potential for Cloud computing in the healthcare industry. Since the Cloud provides on-demand computing, it has rapidly become the go-to tool, especially when healthcare institutes and hospitals require deploying, accessing, and handling network information at the drop of a hat.

As healthcare regulations push the healthcare industry towards the need to look for better storage, collaboration, and data sharing techniques, there is an imminent need to prevent any data loss. Since electronic medical records (EMR) are prone to data loss, the Cloud has proved to be a reliable, secure medium of data storage; this can thoroughly be ensured by defining security parameters with Cloud providers at the time of undertaking the services.

Moving to the Cloud for a Better Tomorrow
The Cloud provides endless benefits to the healthcare industry. While many hospitals and institutes have already moved to the Cloud, many others are in the process of implementing their facilities to become available. The Cloud facilitates better collaboration while giving access to secure storage and providing remote access to stored data. Further, there is a remote conferencing facility available, which can update a patient’s health condition in a matter of minutes, all leading to considerable time-saving.

To perform all tasks related to storage, data manipulation, transition, and collaboration internally, a healthcare unit would need to invest heavily in infrastructure and the resources for maintenance. However, this process would mean massive costs and dubiousness around the full utilization of resources. However, with the use of the Cloud, all these thoughts can be put at bay, since everything is performed at a fraction of the total cost, leading to enhanced efficiency.

As soon as providers move into the Cloud, traffic gets channelized to the Internet, instead of the data center. This way, there is a lesser load on internal servers, as the availability and bandwidth free up drastically.

Use of Hybrid Cloud Services
Not many healthcare providers are too keen on making the use of public or private Clouds. Instead, such institutions make use of hybrid Cloud services. Hybrid cloud services make use of on-premise private data-center and third-party public Cloud service, which helps create a hybrid setup between different servers. This way, providers have an option to choose the apps and resources they would like to utilize within their local data center as well as in the Cloud.

Top Three Benefits of Cloud Computing
We have established the importance of the Cloud in the healthcare industry. While security is a significant concern with the storage of the data in the Cloud, nevertheless, it is not a deciding factor at the same time. Here are the top three benefits which highlight the usage of the Cloud services in the healthcare industry, and why it has become such an integral part of the technological universe:

Improved Patient Care Services: Patients can benefit immensely, as different health services are moved from a physical environment to a digital environment. Through the Cloud, doctors and patients can initiate virtual sessions, which enable the use of enhanced patient care services. Users can share, view, and store their records in the Cloud, while doctors can archive and access them remotely as well. By placing documents in the Cloud, different healthcare centers can access patient data with the press of a button, without having to bother about endless paperwork and delayed treatment issues.

Freeing up Essential Resources: The Cloud has been aligned to provide exceptional support in operational, administrative, and HR functions. It can ensure an outstanding quality of services when it comes to scheduling, referrals, sourcing files, inventory management, as well as perform many other types of behind the back actions. All this can be achieved at relatively low costs, which makes the process all the more efficient and lucrative for the end users. In other words, through the use of the Cloud, health institutes can expect better resource allocation, at a fraction of the cost.

Paving the Path from Administration to Analytics: Since a significant part of analytics is about data storage and manipulation, the Cloud comes in handy when tasks are more analytical, as compared to administrative. In fact, Amazon’s Web Services (AWS) are currently in the process of analyzing genomic data, which can help medical practitioners take a deeper dive into the causes of breast cancer and ovarian cancer.

Given its collaborative nature, the Cloud is becoming the future of tomorrow, and the healthcare industry shall be no exception to this fact, not now, not ever.

Also Read

Four Key Steps That Can Enhance and Endure Cloud Migration
Artificial Intelligence to Make DevOps More Effective
How Big Data Is Changing the Financial Industry