Even though the recession will be over by 2023, it wont stop Healthcare from undergoing digital transformation. To realize the benefits of digital transformation, healthcare providers must constantly learn and adapt.
We have outlined below the trends and requirements of digital healthcare transformation.
What is Digital Transformation in Healthcare?
Lets first define digital transformation. As a result, people have begun to use digital assets within the healthcare sector.
Digital technologies are being integrated into the healthcare sector, from member interaction to payer and provider operations.
This also increases business agility which improves operational excellence and patient experience. It lowers costs.
This is more of a culture change.
Digital transformation is a significant driver of the health sectors digitalization. It aims to improve patients health and quality of life.
Why Do Patients Want Healthcare Customization?
The data-driven environment in Healthcare has led to a growing demand for patient-centered, customized treatment.
According to a recent survey, 72% want more personalized care designed to meet each patients unique clinical requirements.
Most patients believe that technology will solve the problem.
This research aims to examine the actual uses and benefits of personalized discharge planning to improve healthcare outcomes.
The study looked also at ways to reduce unnecessary medical costs and readmissions by engaging patients after discharge.
The study builds on research conducted in the last two decades, which suggests that transitions of care and programs to assist discharge following an acute exacerbation may reduce unnecessary readmissions.
Suitable follow-up treatments can lead to better outcomes. This includes medication compliance, adhering to the correct rehabilitative therapy and physical medicine, remote monitoring of symptoms, and prompt following-up examinations.
When this care is not followed up, the patient may need extra attention or be back at the hospital (for example, due to a lack of access or health literacy).
Why is Big Data so Crucial in Healthcare?
In the last ten years, data collection and generation has increased dramatically. This includes human analysis and understanding of technology as well as its use.
These trends have combined to create the discipline of "Big Data". In the short time since it was made, Big Data has significantly impacted every field, including marketing and Healthcare.
Its effects range from boosting productivity to enhancing efficiency in processes.
Big Data is a powerful tool in the health sector. It can be used to prevent unnecessary deaths and increase profits.
As the planets population continues to increase, as has its quality of living, so too have peoples lives.
The data is what guides the decisions made in response to these changes. The main goal is to understand the patient and identify early signs of significant conditions that could facilitate the treatment.
As technology has become more influential in the healthcare sector, the types of data and the volume available for analysis and study have increased.
Big data solutions are designed to help healthcare professionals gain insights and specialized knowledge by utilizing these vast, complex data buckets.
Big Data aims to sort out this information overflow and provide more insight from these growing sources and amounts.
The objective is to find real-time solutions to financial, clinical and operational problems. According to experts, big data allows scientists, doctors, and managers to make informed decisions.
These can help save lives, reduce costs, or increase efficiency.
This technology can completely change how healthcare professionals store and transmit patient data, for example.
Transform Healthcare through Digital Solutions
Improve the patient experience and streamline your operations.
This is a closer look at digital transformations in the healthcare industry in 2023.
Health Benefits from Virtual Reality (VR)
Virtual reality is used for many applications in Healthcare, including diagnosing virtual patients or providing students and doctors with virtual medical training.
Virtual reality is yet to be a part of the culture and regulations in Healthcare. It does not stop people from creating new virtual reality experiences.
V.R. is intended to help patients communicate and improve their quality of living, whether in real-time or for a more extended period.
To achieve this, one should use technology with other types of therapies, prescription drugs and treatments.
This new V.R. generation has been a surprising benefit to the healthcare industry. It can revolutionize the field of medicine over the next few years.
- Virtual reality training for medical students: The medical industry has embraced V.R. as a valuable training tool for future doctors.
- V.R. is being used to develop new treatments and medicines by researchers who analyze diseases and drugs. Researchers can perform experiments using virtual reality without risking anyones safety. They can also observe conditions at a micro-scale using computer simulations and programs.
- The time passes very slowly while you are waiting to leave the hospital. Your loved ones are missing you, and your friends may be worried about your health. In the U.S., some hospitals have used V.R. technology to relieve patients boredom and anxiety. By wearing V.R. goggles, a patient can explore an amazing virtual world and escape the confines of the hospital ward. The relief of pain and tension can help with healing.
- V.R. can help overcome phobias by tricking the brain into believing it sees something real. The experiments on those with a fear of heights were successful, and the trials that helped people overcome their fears of spiders or other animals also showed promising results.
Virtual reality has a wide range of potential benefits for medical treatment. As the technology improves, this could be used to treat many different conditions.
Medical Wearables
FitBits, smartwatches and other wearable fitness devices are becoming more commonplace in Healthcare. Wearable tech has tripled over the past four years due to the growing demand from customers who want to track their vitals and health.
Wearables are expected to grow in demand over the coming years as customers are interested in sharing health information with doctors and insurers.
Insider Intelligence estimated in October 2021 that the U.S. smart-wearable market would grow by 25,5% YoY by 2023.
This is up from 23.3% in 2021.
Predictive Healthcare
Predictive analytics is a new strategy to improve patient outcomes. By analyzing data from previous patients and their effects, machine learning algorithms can predict the type of treatment most likely to be effective.
Predictive analytics is also helpful in identifying warning signs before they become serious. Researchers are spending time and resources to develop predictive analytics strategies to combat the COVID-19 virus.
Predictive analytics has been shown to have a positive impact on medical decisions. Patients react differently to all types of treatments, especially to chronic illnesses.
Researchers from the University of Michigan Rogel Cancer Center have developed a blood test to determine whether a treatment plan for HPV-positive throat cancer is successful months before regular scans are performed.
Artificial Intelligence
Artificial intelligence is the application of ML algorithms (machine learning) and cognitive technologies to Healthcare.
A.I. is defined as the capability of computer systems to mimic human cognition, think and learn, make decisions, and take action.
This is the use of computers to analyze and react to data in the medical field, often to predict a particular outcome.
Healthcare is one of the biggest industries within the extensive data ecosystem because it is crucial in creating a productive and prosperous society.
A.I. can make the difference between life and death in the healthcare sector.
A.I. is a powerful tool that can assist healthcare workers, including nurses and doctors. A.I. can help improve the overall health of patients, preventive care, quality of life and diagnosis.
A.I. helps forecast the spread of infectious diseases by analyzing data collected from public sources, healthcare providers, and many other sources.
A.I. can be an essential component in global efforts to fight pandemics.
Blockchains for Healthcare
In Healthcare, blockchain is used for many purposes. These include protecting patient data as well as controlling pharmaceutical supply.
The United States will spend a record 20% of their GDP in 2023 on health care.
If that start wasnt shocking enough, consider that this industry continues to be plagued by expensive hospital bills, ineffective practices, and frequent data breaches.
These costly issues are driving the need for increased efficiency and innovation.
The lengthy process of accessing a patients information depletes team resources and delays patient care. The blockchain-based medical records can help to remedy these problems.
Decentralization of the technology creates an ecosystem that allows physicians, hospitals, pharmacies and anyone involved with treatment to consult patient data efficiently.
The blockchain is a powerful tool that can help with more precise diagnoses and personalized treatment plans.
Mobile Phones in Healthcare
Instead of a traditional and ineffective phone connection with doctors or healthcare organizations, mobile health technology allows patients to send instant secure messages, schedule appointments and stay connected to clinicians 24 hours a day for telemedicine.
Telemedicine is one of mobile device users fastest-growing uses of mHealth applications.
The ease of communication with providers via smartphone or tablet is a big plus. They also love not having to travel or leave their job to visit the doctor.
Most health systems offer telemedicine consultations by contracted physicians and network doctors after business hours.
The 5G Healthcare Assistance
Today, the spread of coronavirus is putting unprecedented pressure on the healthcare system worldwide. This makes the transformation and improvement potential of 5G networks critical.
The 5G network promises to provide the connectivity needed for a new healthcare ecosystem.
To maximize the potential of 5G in Healthcare, it is vital to ensure network security and privacy.
As the adoption of 5G increases in Healthcare, its applications will be augmented by advances in robotics and IoT.
This ecosystem will be 4P (predictive, preventive, individualized, participatory), a relatively new concept.
What is the Current State of Digital Transformation in Healthcare?
Healthcare Automation
In Healthcare, automation refers to using specific software to improve efficiency for various components. It encourages the use of modern methods and equipment to increase productivity and capability.
Automating processes allows for efficiency levels not achievable with manual methods.
Automation is a powerful tool for healthcare executives.
CAQH, a research group in the healthcare sector, explains how automation has reduced administrative costs by $122 billion.
It may be possible to save another $16 billion if routine processes are fully automated.
New healthcare administrators are likely to have their first responsibility be the automation of Healthcare. They must reduce costs, improve service quality and use data analysis for decision support.
This can be achieved in many ways, including improving patient satisfaction and medical procedures. It could also involve integrating technology to advance the healthcare system.
Modern technology allows for a large amount of data to be stored and created while performing administrative and operational tasks.
Common Ambulance
A connected ambulance has telemedicine, sensors, GPS and other advanced communication and monitoring technologies.
The technologies allow healthcare professionals to receive real-time updates on the status of a patient, which helps them to make informed decisions regarding their care.
Connected ambulances improve the communication between ambulance staff and medical professionals by allowing them to exchange and coordinate information.
Networked Ambulances could improve the efficiency and effectiveness of emergency services and, ultimately, patient experiences and outcomes.
Health Care on Demand
On-demand apps for Healthcare are available on mobile devices, allowing patients to instantly and directly access online services.
The healthcare service can be as simple as scheduling an appointment or arranging video chats anywhere, anytime with their doctor.
Regardless of its purpose, any on-demand health app allows users to access medical care quickly, wherever and whenever they want, using their mobile devices.
Healthcare organizations use predictive analytics to try and improve the outcomes of patients. The technological developments in Healthcare have encouraged innovation based on data and rational decision-making.
Combining big data, analytics and informatics, healthcare organizations can predict which diseases and illnesses will be the most problematic in the future.
By combining vast amounts of data from medical records with advanced algorithms and models, physicians can estimate the future needs of patients more accurately.
On-demand health applications are a great way to make healthcare services available anytime.
This is why theyre so helpful and vital for modern healthcare systems and institutions around the globe.
This phenomenon may allow patients to access doctor ratings and reviews and request a physician to visit them at home more quickly than before.
When we combine peoples passions to have what they want when they want it, a trend is coming.
Patient Portals
Patient portals are a secure online platform allowing patients to access their health information at any time, from anywhere, with the Internet.
By entering their secure username and password, patients can access health information.
You have access to your personal information and can contact your healthcare provider at any time. You can fix fundamental problems without waiting for an office or a phone call.
You can access all your health data from your doctors in one place. If you have a large team or frequently see specialists, they can submit reminders and results via the portal.
You can also make your additional treatment and suggestions visible to the providers. It results in better medication and treatment administration.
Email notifications and reminders can help you remember important things such as annual physicals or flu vaccinations.
Disease History Analysis
Disease history analysis is analyzing a patients medical records to understand their current and past health problems and identify potential warning signs for future issues.
It can be used for many reasons, such as establishing a diagnosis or creating a treatment plan, or determining the likelihood that a particular illness will develop in the future.
By utilizing digital healthcare transformation, medical professionals can determine a patients past in minutes. In critical situations, every second counts.
The Digital Healthcare Trends for 2023 and Beyond
As with many other industries, Healthcare is experiencing a significant technological change. This shift goes beyond the frontiers in tech adoption that existed before Covid.
Digital trends affect everything in the healthcare industry today, from doctor-patient interactions and diagnosis to treatment and treatments. Cutting-edge technologies and some unexpected older technology applications are responsible for this radical shift.
Top digital healthcare trends for 2023 will likely reflect the new applications of technology to address Healthcares increasing demand.
What is the Real Revolution in Health Care?
The way patients and providers communicate will continue to change. This trend has been accelerated dramatically by the Pandemic.
Since the world is embracing telehealth as a convenient way to provide routine, non-urgent Healthcare, we will likely never return to only in-person care. Telehealth is not only becoming increasingly accessible and affordable but is also subject to government legislation that encourages its use.
The U.S. recently passed legislation to guarantee Medicare patients access to telehealth services, even audio-only ones, until 2024.
There are numerous ways healthcare providers use technology to improve the patients experience. Apps that are easy to use allow patients to access their records, get personalized alerts and schedule appointments themselves.
They can also communicate with their providers.
These improvements in patient care also increase competition among providers. Before the Pandemic, Healthcare was largely local.
Now patients have access to care from across states and borders. Its not hard to imagine how significant hospitals could get left behind if they dont adopt new technologies.
A.I. and Data Analytics
Artificial intelligence (A.I.), data analytics, and the improvement of accessibility, affordability and effectiveness in Healthcare are other significant trends for Healthcare.
MarketsAndMarkets estimates that the A.I. the healthcare industry will grow from $600M to $14.6B in 2023. Thats a giant leap compared to ten years ago when the market was only worth $600M.
The A.I. The healthcare market will reach $102.7 billion in five years, with a CAGR projected at 47.6%. This is due to the growing number of detailed and large healthcare datasets.
Its also due to the declining costs for hardware and the need to cut healthcare expenditures. Its a "get on board or be left behind". Stakeholders are looking at ways to leverage A.I. for genomics, imaging and drug discovery.
Imaging and diagnostics will be the most lucrative opportunities among these for companies in Healthcare. Siemens, GE and Philips Healthcare are among the global companies that have integrated A.I.
into their medical imaging software. This allows them to analyze C.T. scans more accurately and efficiently and automatically generates a report.
Additional applications such as robot-assisted surgeries, virtual nurse assistants, dose error reduction, linked machines, and pre diagnosis can directly increase the effectiveness and efficiency of patient care.
AI-based applications for administrative workflows, fraud detection and cybersecurity will also improve healthcare efficiency, reducing costs while enabling providers to provide more accessible care. Although the startup costs and development of healthcare A.I. are high, it pays off in terms of cost savings and improved quality and care for patients.
Business Intelligence is a Term That Describes the Use of Business Intelligence (B.i.)
Business intelligence (B.I.) is another application that goes along with A.I. Data analytics and business intelligence (B.I.) were initially developed for industrial applications but are now being used more widely in the healthcare industry.
Data analytics is used to derive information with high operational and strategic value. B.I. has a particular relevance right now, as health information systems produce a flood of raw data. B.I. has many benefits, including improved patient care and treatment, improved decision-making, optimization of equipment, specialist care and cost management.
B.I., unlike A.I., is based on human decision-making, which allows for the best possible resource allocation, and to achieve other desired outcomes based upon an organizations priorities.
Robotics For Records And People!
Another growing trend is robotic process automation (RPA). RPA reduces the administrative burden of Healthcare by automating medical claims, treatment planning, and administrative tasks.
The administrative overhead is reduced due to reduced staffing and increased accuracy in handling claims and other charges. RPA adoption will increase in 2023, helping everyone improve organizational efficiency. This includes healthcare providers, insurance companies and state medical services.
RPA will also be increasingly integrated with machine learning and artificial intelligence. RPA can offer even more benefits, such as data analysis, diagnosis of patients, and treatment recommendations.
Lets imagine that a healthcare organization wants to analyze patient data to determine potential risks to health and suggest preventive measures.
RPA allows the organization to automatically extract data relevant from electronic medical records and other sources. Manually analyzing these data is time-consuming and can lead to errors.
RPA and A.I. can work together to analyze patient data automatically. A.I. and machine learning algorithms are trained to detect patterns and predict patient risks.
RPA is then used to integrate A.I. and ML outputs into the organizations workflows, enabling it to make real-time recommendations for preventive care based on data.
Legacy Modernization and Software Development
Although new technologies like A.I., B.I. and RPA may be exciting, they are not revolutionary. Many healthcare organizations in 2023 will still need help finding resources, so they will look for innovative ways to make their current systems and technology more useful.
This will include software development as well as legacy modernization. This is happening in three areas.
We expect and have seen an increased focus on cloud-based migration. Healthcare organizations that migrate outdated, expensive I.T.
systems to the cloud can save money and increase security and reliability. Cloud computing provides an infrastructure designed to adapt quickly to the demands of the digital era. Its an excellent tool for modernizing legacy systems.
Microservices Architecture is another trend in Healthcare for 2023. It is a new software development method that allows organizations to create and deploy complex apps as independent, small services.
Microservices enable healthcare organizations to break up large legacy systems into more manageable, smaller components. This makes it easier for them to update their I.T. infrastructure piece by piece. The piecemeal approach helps healthcare organizations improve I.T.
agility and better respond to business changes.
In 2023, we expect to see an increase in platforms that use low-code or no-code. The platforms enable companies to develop and deploy complex apps without writing any code.
This makes it easier for users who are not technically minded to be involved in the development of applications. Low-code and No-code platforms allow healthcare organizations to quickly build and integrate new applications, improving the quality of their care.
Conclusion
The future will bring more medical innovations. Digital transformation will make significant advances. Businesses need to be aware of the current market trends.
The list above will help you understand and implement current trends in the medical field.
Digital trends will affect Healthcare in a way that goes beyond communication and records. This year will be revolutionary in terms of both new technology and the application of current technologies in patient care as well as administrative efficiency.
The A.I., data analytics, business intelligence and process automation are changing how Healthcare is delivered. This makes it more affordable, accessible and efficient for all.
The healthcare revolution wont be built by developing new technologies alone but rather through adapting existing technologies from the scientific and industrial sectors to the needs of the industry.
There are opportunities in the traditional software industry and in modernizing legacy systems. These will help bring up-to-date smaller healthcare systems with fewer resources in 2023.
