In recent years, healthcare organizations have increasingly relied on cloud computing to acquire cloud healthcare solutions. The healthcare system as a whole relied on cloud computing during the pandemic. The use of information technology from software engineering service providers like Yalantis has facilitated in providing technical solutions. These cloud solutions have benefited not only patients and doctors but also hospitals and clinics.
Better patient care, reduced costs, and remote access and collaboration are just advantages of healthcare’s growing adoption of cloud services. New opportunities to improve the efficiency of healthcare IT systems have emerged thanks to the adoption of cloud computing.
A 14.12 percent compound annual growth rate (CAGR) between 2022 and 2027 has been projected for the cloud computing market, which the report claims would drive it to $71,730.64 million. As a result, healthcare institutions are open to new technologies and willing to invest in their development.
What are Cloud Solutions for Healthcare
Cloud solutions are software-as-a-service (SaaS), infrastructure-as-a-service (IaaS), and platform-as-a-service (PaaS), and solutions that enable user organizations to store, process, and analyze data in a remote data center. Healthcare cloud computing are primarily used to store medical data, manage medical records, and offer software tools for medical staff. Cloud solutions can help healthcare organizations with scalability, security, and compliance challenges by enabling remote access to data and applications. Healthcare organizations can choose from a wide range of cloud services to support their digital transformation. These services can help organizations address their unique challenges, such as compliance requirements or the need for high-performance computing.
Healthcare IT Market Overview
Market growth is fueled by rising healthcare costs and consumer demand for more efficient, cutting-edge treatment options. The expansion of the market can be helped by raising consumer consciousness of cutting-edge innovations in response to unmet needs. A 2020 Healthcare IT News report reveals that demand for healthcare IT services has increased, with remote monitoring services growing from 13% to 22%.
Growth in smartphone and internet penetration is influencing the spread of healthcare IT. The January 2022 data report predicts there will be 4.95 billion internet users and 5.31 billion mobile phone users. The Mobile Economy 2020 predicts that by 2025, there will be 5.8 billion people using mobile devices. The number of people using the internet worldwide is expanding rapidly, by 4% each year, having climbed by 192 million to a total of 4.2 billion in 2021. The expansion of the smartphone and internet industries is anticipated to fuel the improvement of clinical results, patient satisfaction, and patient participation.
The aging population, the prevalence of chronic diseases, the rising cost of healthcare, and the rising demand for at-home care services like remote patient monitoring are all likely to drive the growth of the IT services industry. The rising prevalence of diseases like diabetes, cancer, hypertension, and cardiovascular disease is increasing the need for more practical information technology solutions. Adoption of healthcare IT is encouraged due to its ability to reduce medical errors, lower operational costs, and improve therapeutic outcomes. The expansion of the IT industry is predicted to be boosted by the positive activities and official support of governments in developing countries.
The ongoing Covid-19 epidemic hampered care delivery. It has sparked interest in telemedicine and online advisory services around the world. Developments in the information technology sector, higher digital literacy rates, and more receptive consumer behavior helped meet this rising need.
Benefits of Cloud Solutions in Healthcare
The benefits of healthcare in the cloud for healthcare organizations include scalability, availability, reliability, and cost savings.
Cloud solutions can grow or shrink based on fluctuating capacity needs. The cloud architecture allows easy and cost-effective scaling to meet future capacity needs.
Cloud providers provide high availability through redundant data centers, networks, and automated failover mechanisms. The cloud architecture allows for better uptime and availability of critical applications.
Cloud providers manage hardware, software, and operational costs. This leads to increased reliability and operational efficiency. Healthcare organizations operating their infrastructure are responsible for managing hardware and software, leading to higher costs and lower reliability.
Cloud solutions can reduce capital expenditures, operational expenses, and risk by shifting from on-premises hardware and software to a hosted service. Cloud adoption can also help accelerate innovation with the ability to test and deploy new solutions quickly.
Types of Cloud Computing in Healthcare
For the healthcare sector, cloud computing can be used in two deployment and distribution strategies.
Limited to a single healthcare organization or network, a private cloud allows maximum security and exclusivity.
Collaboration – Multiple healthcare organizations can share cloud resources
Access to the cloud is available to the general public.
This model is considered a hybrid by combining features from some deployment types above.
With SaaS, a company rents out its server space on a shared network so that other businesses may use it to run their software.
In IaaS, the service provider hosts the client’s server hardware and software, allowing for easier application deployment.
PaaS is a “platform as a service,” wherein the provider provides the necessary software, operating system, and hardware.
How Is Cloud Computing Changing the Healthcare Industry?
It’s hardly surprising that more and more hospitals and clinics are looking into cloud services in healthcare. There have been wide cloud computing applications in healthcare. Fundamental transformative changes include:
• Simple Collaboration: Patient data is now easily accessible to medical practitioners regardless of location; other linked domains such as drugs, insurance, and health payments have emerged.
• Advanced-Data Mining: These days, a company’s data is its most precious possession. Regarding healthcare, HIPAA compliance in the cloud ensures that only the most pertinent and well-structured information about an individual’s health is kept and made available. Analytics has advanced to the point where they can provide a deeper understanding of complex medical problems.
• Democratized Medical Data: There has been an increase in patient involvement in healthcare decisions. Increased awareness of their options and a greater willingness to speak up for what they believe is the best result in a greater sense of empowerment and involvement in their healthcare.
Example of Cloud Solutions in Healthcare
• Cloud-based Electronic Health Records (EHRs) – With a cloud-based EHR, providers can access patient information from anywhere and at any time. This facilitates better care coordination and maximizes the potential of a single source of truth.
• Cloud-based Patient Engagement – Cloud solutions can be used to host patient portals, enabling patients to view their health data, schedule appointments, and communicate with their providers.
• Cloud-based Clinical Workflow – With the adoption of cloud solutions, providers can integrate their EHR with other systems and use them to enhance clinical workflow. For example, providers can use a cloud-based solution to integrate patient data with a scheduling system.
• Cloud-based Security – Healthcare organizations can use end-to-end encryption and a cloud-based solution to protect data in transit, at rest, and during transformation.
• Cloud-based Data Analysis – Cloud solutions can be used to host data analytics tools, enabling providers to analyze their data and extract insights.
Cloud solutions for healthcare can assist with managing clinical and operational workflow, data security, and compliance and provide cost savings and scalability. These solutions can also be used to help accelerate innovation, provide remote patient access to services, and more.
Working as a cyber security solutions architect, Alisa focuses on application and network security. Before joining us she held a cyber security researcher positions within a variety of cyber security start-ups. She also experience in different industry domains like finance, healthcare and consumer products.