Cloud computing architecture for modern healthcare applications

Cloud computing
for modern

computing architecture for modern healthcare

The basis of effective sick treatment is the complete and precise knowledge of a patient’s health condition. A proper diagnosis is as important as the medical intervention itself. Throughout the last few years, engineers have developed many new types of machinery that help to examine a patient’s organism and gather information about its functioning.

Introducing a new technique increased the amount of data generated by healthcare organizations. The growth of data spawns increased the demand for computational and storage capacity connected to the healthcare environment. The traditional on-premise infrastructure model seems to need to improve to attain the new requirements of data centers.

A good alternative is cloud computing in healthcare. It has proven effective in handling different administrative, healthcare-related data management, and research challenges. Read further to know more about cloud computing, the main types of cloud computing services, and how healthcare can adopt cloud computing services to save the modern world.

What is cloud computing?

Cloud technology architecture is a relatively new technology, the emergence of which is closely connected with the advancement of the Internet itself. The term refers to delivering computing services like storage, software, databases, servers, networking, intelligence, and analytics through the global network. The first cloud-like services were provided by telecommunications companies that offered to learn a virtual private network.

Large-scale commercial use of cloud infrastructure started in 2002 when Amazon delivered its Amazon Web Services. By the end of 2004, more than a hundred applications were built on top of it. One of the first Platforms-as-a-Service cloud platforms, Google App Engine, was released in 2008. The Engine provided developers with the infrastructure for deploying web applications using standard programming languages such as Java, Node.js, Python, and PHP. The third world’s biggest cloud platform, Microsoft Azure, was released in 2008.

In 2021, Cloud services will be a vast enterprise. According to Gartner, global spending on public cloud services is forecasted to reach $332.3 billion, 23.1% higher than in 2020. The enormous popularity of cloud solutions causes such market growth. In 2021, 94% of businesses will take advantage of cloud services. The emergence of such cloud technologies as virtualization and containerization enforces the appetite for cloud computing in healthcare. Both technologies are helpful for the healthcare sector as well.

Types of cloud computing

Clouds are different. They vary in the distribution model, infrastructure blueprint, and services provided. None of them is universal, and each evolved to meet a specific business’s requirements.

The Cloud services may be designed as three main cloud-based architectures: private, public, or hybrid.

  • A private cloud denotes an infrastructure owned and exploited solely by one organization. A private cloud is usually physically located in the company’s facility. Such clouds are typically built for organizations with high security and stability demands. Those could be government units, the military, banks, and healthcare institutions.
  • Public clouds are operated and maintained by third-party vendors. While using public cloud services, customers pay only for CPU cycles, bandwidth, and the storage they consume. A regular web browser is just enough to access a public cloud’s services.
  • Hybrid clouds are a mix of private and public ones bound together by technology, granting a seamless data flow between applications. A combination of public and private cloud systems makes a business more agile and helps to organize the data security and compliance of the infrastructure.

The current state of the global network allows public cloud operators to provide almost any Internet service, including software, on-site data centers, management infrastructure, platforms, and desktops.

Software-as-a-Service (SaaS)

SaaS is a mechanism for delivering applications via the Internet. It is convenient to receive a working instrument without installing and setting up programs other than a web browser. A powerful computer is also excessive. All of the computations are made on the provider’s servers. The middleware and app data are also in the provider’s data center. The most apparent examples of SaaS tools are email and office applications.

In healthcare, SaaS applications include clinical information systems (picture archiving and communication systems and electronic health records) and nonclinical systems (supply chain, billing, internal communication, patient relation management). To operate, an average hospital requires several such applications. According to the Spok survey, 63% of healthcare organizations use six or more SaaS apps. Forbes forecasts that the global market of medicine SaaS will grow to $51.9 billion by 2024.

Infrastructure-as-a-Service (IaaS)

IaaS is the most basic strategy for exploiting the cloud. With an IaaS approach, the customer rents only the infrastructure: computing devices, storage facilities, and networking resources. IaaS lets you bypass the nightmare of procurement and installation of hardware components of a data center and relieves aids for improving healthcare services. Implementation of the IaaS is the most straightforward scenario of digital transformation. The IaaS lift-and-shift migration to the cloud may be performed in the shortest time requested. No refactoring of the underlying architecture is required.

Platform-as-a-service (PaaS)

PaaS provides software engineers a complete environment for developing and deploying their products. Like IaaS, PaaS provides the infrastructure, development tools, business intelligence, database management systems, and much more. If you plan to develop enterprise healthcare software, consider the cloud as your primary production platform. PaaS provides all of the resources to maintain the complete lifecycle of an application: building, deploying, testing, debugging, support, and modernization.

Desktop-as-a-Service (DaaS)

DaaS cloud vendor provides the client with the virtual desktop licensed with a per-user subscription. The provider takes responsibility for the backend management, which includes data storage, backup, updates, and maintenance. The benefit of DaaS is the reduction of downtime for IT support. By providing remote IT assistance to the employees, system administrators resolve issues much quicker than with the on-premise infrastructure.

Now when you are acquainted with the types of clouds, let’s study the advantages and disadvantages of various cloud computing solutions.

Pros of cloud technology

There are many benefits of applying the same cloud strategy for healthcare. These include saving resources, increasing the scalability of the infrastructure, better communication and data transfer between stakeholders, data interoperability, the potential for telemedicine, and access to powerful analytics.

Lowering the costs

By purchasing the Cloud Computing power, healthcare providers eliminate the need to upgrade their hardware and servers, which is usually expensive. The Cloud services provider generally covers the spending for the modernization of software and hardware. Since you only pay for the resources you use, the number of costs saved is enormous.

Marco Meinardi, Research Director within Gartner for Technical Professionals, calculated that switching from on-premise infrastructure to the Cloud one may save up to 50% of the total cost of ownership. Reducing IT costs as the main reason for switching to cloud-based healthcare solutions was mentioned by 3 of 4 respondents to the Spok survey.

Higher scalability

Since the computing facility is owned by a primary cloud service provider already, who always has the free capacity, it’s much easier to scale the infrastructure with the Cloud than with the on-premise. All you need is to purchase more computing power and storage. No additional expenses on transportation, installation, and set up of the hardware and software are required.

Better communication and information exchanged

With the healthcare cloud application, the conduction of global clinical trials became a reality. Since more than 4.5 billion people are connected to the Internet, doctors receive a rare opportunity to gather data points from tens of thousands of unique testing participants.

Convenient Interoperability

Integrating data throughout the healthcare system, regardless of where it was created, is essential for healthcare to work. Experts from different institutions should be able to read, modify, and process the data. With the on-premise infrastructure, data interoperability, and patient experience were hard to achieve when every organization used different software versions.

The use of Cloud infrastructure helps to make the data more coherent. Since all of the data is stored in one place – the Cloud- healthcare providers, as well as patients and stakeholders, can quickly access information from different sources.

Access to powerful analytics

Healthcare data is a considerable asset that requires robust computers to be processed. While the traditional on-premise model deprived many of such luxury, Cloud computing provides almost limitless possibilities to analyze data. Computer analysis of medical information has proven to be precise and accurate, in some cases, even more than one performed by a human specialist.

For example, Cloud-based AI is successfully applied for the screening of tuberculosis. By interpreting the chest X-ray, the AI-based tool developed by Google detected active pulmonary tuberculosis cases with false-positive and false-negative detection rates similar to fourteen trained radiologists. The other peculiar example of integrating cloud-based neural networks in health care refers to studies of sleep disorders. The neural network appeared more accurate in interpreting polysomnography than any individual specialist. The score of the program was 87% versus consensus.

Healthcare cloud computing risks

Despite cloud computing being a great tool to advance the healthcare system, some risks motivate doctors to treat the cloud with precautions.

Security Concerns

The same feature of remote access to medical data that facilitates telemedicine care also brings the threat of data disposal by hackers, who are incredibly aggressive these days.

According to SophosThe State of Ransomware Report 2021, 37% of organizations were attacked by hackers, and in 54% of cases, the data was encrypted by cybercriminals. To protect their citizens’ sensitive information, government organizations prepared a set of demands for the cyber safety of cloud healthcare applications. Those standards are stringent, and only a few developers can meet them.

System Downtimes

Although the cloud environment is more reliable than on-premise infrastructure, downtime may also happen. To minimize the risk, a company should develop a downtime recovery strategy and invest resources in the backup facility. With clever planning, the idle time may be decreased significantly.

Hard to predict expenses

Since, with the cloud infrastructure, the client pays only for the resources used, the spending on IT may vary from month to month. Although such a model usually saves costs, the expenses may exceed the planned limit when more computing power is required. Such fluctuation in spending may be inconvenient for some businesses that need more flexibility in budget planning.

Cloud computing in healthcare

Although cloud computing is a relatively fresh technology, its impact on the healthcare industry is already huge. It facilitates medical research, improves the quality of healthcare services, and optimizes healthcare management.

Clinical trials

Almost limitless resources of cloud computing architecture and the centralized management of data are handy for clinical trials. A unified platform for recording feedback speeds up the initial concept evaluation phase since the opinions are stored in the same place and may be easily shared with all stakeholders.

The advantages of centralized collaboration were revealed even more during the protocol development stage. Because of the remote accessibility of the database, it is possible to conduct the trial in different geographical locations, affecting the research’s precision. The other significant outcome of exploiting the centralized platform is the coherence of the data received.

Big data

One of the cloud-related disruptors that have revolutionized the medical industry is big data. Insights derived from extensive data analysis are applied at every step of the healthcare cycle: diagnostics, modeling, and forecasting of outcomes, real-time tracking of a person’s vitals, and treating complex diseases. The knowledge received from the big data analysis allows ensuring the proper patient care at the right time from the right provider for a fair price.

Big data insights are also helpful for investment planning as they reveal new promising therapies and approaches in medicine. The various healthcare companies and institutions must run the research to receive those insights. Several companies provide cloud computing consulting and data analysis services.

Healthcare management

Healthcare is more than just medical treatment. Delivery of quality services also requires clever planning of the supply, use, and distribution of medical resources, and the cloud may help to complete those tasks. Google Cloud’s Intelligent Vaccine Impact solution (IVIS) is a bright example of healthcare cloud management software. One of the aims of the system was to schedule vaccination for 4 million citizens of Arizona and provide predictive analytics to forecast the trajectory of the COVID-19 virus.

Launched in January of 2021, the platform booked 150 thousand appointments during the first two hours of its work. By March of 2021, IVIS had administered more than 2.6 million vaccines. The other states of the U.S., like Massachusetts, North Carolina, Oregon, and Virginia, use Google Cloud as well. The success of the vaccination campaign depends much on the willingness of the citizens to receive vaccines.

Google introduced the Cloud Sentiment Analysis tool to evaluate the public attitude towards vaccination. The platform helped gather and analyze various data originating from call centers, chatbots, advertising campaigns, websites and apps, social media, and search requests.


Developed in the early 2000s, cloud computing in healthcare is advancing healthcare services. Elasticity in cloud computing allows the healthcare IT infrastructure to scale without significant investments. The decrease in spending on IT released additional resources to spend on medical research and improvement of the core services. Remote access to the data and the faster information exchange improved the communication between doctors and patients and made it more transparent.

The introduction of telemedicine applications made healthcare accessible even for the distanced districts of our cities. The introduction of big data made it possible to conduct global trials and decrease the development time for the new medicine.

Cloud computing consultancy made healthcare facilities management more efficient and allowed them to provide healthcare services for a lesser cost. Contact Avenga if you are interested in using cloud computing technology to modernize your healthcare institution or are willing to develop a SaaS application from scratch!

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