Key Advantages of Using Java for Healthcare Projects

Improving care and reducing costs are the main drivers of innovation in remote patient monitoring. That is why modern healthcare providers and product vendors utilize Java development services to deliver top-notch solutions. Such solutions cover personalized medicine, enhanced healthcare treatment via advanced telemetry, and better measurement of care and treatment efficiency.

In addition, considering the critical requirements of the healthcare industry and the increasing popularity of IoT technology, software development companies like Exoft regard Java as the best platform for healthcare projects. Since Java can run on different devices, it brings ubiquitous connectivity to the significant world of computing resources.

So what are the key benefits of using Java in healthcare, and what are the most popular IoT use cases for Java in the industry? Let’s check that below.

The advantages of Java in healthcare

Java provides numerous critical benefits making it a perfect choice for creating healthcare solutions. For instance, it ensures headless, lights-out operation, an innovative and secure app environment, efficient remote software management, and appropriate end-to-end connectivity. All the mentioned are built on the Java language and a relevant virtual machine.

With Java, healthcare providers can analyze specific events at the necessary location, in the cloud environment, or on-site using embedded devices. That depends on the data’s value and time sensitivity. Java’s flexibility is vital for healthcare applications since it allows for more processing and better decision-making even at the patient location. Such localized analytics and the ability to process patient healthcare data immediately can improve personalization, reporting capabilities, remote patient communication, and collecting feedback.

Java’s ability to perform analytics end-to-end promotes population health solutions. That is because healthcare organizations can combine patient data with community health information and visualize the results to offer valuable insights and propose innovative solutions. The most popular examples involve advanced disease awareness, which helps measure the efficiency of medical care and provides insights into factors contributing to such diseases. After all, Java’s flexibility allows it to enable the true power of IoT solutions.

Other key advantages include:

• Safety and security. With Java Virtual Machine (JVM), developers obtain a secure environment for running multiple applications. At the same time, each application is isolated from others, the OS, and other software elements. Also, Java’s security features involve secure messages, user authentication and authorization, information encryption, public key infrastructure (PKI), code signing, etc.
• Total connectivity solution. Thanks to Java’s connectivity frameworks and APIs related to wireless communication and web service, each Java-based app works seamlessly, reliably, and securely. Thus, Java offers processing and communication capabilities necessary for integrating healthcare software, hospital records systems, patient management solutions, etc.
• Ultimate flexibility. Provisioning new medical devices and specific communication gateways in different remote monitoring products healthcare companies use are easy with Java. It allows for deploying new applications and updating remote ones even if the solution is already being used. Finally, Java ensures the efficient remote device management, including the opportunity to update the JVM, libraries, and apps.
• Optimized for embedded. Java helps engineers develop intelligent devices and distributed analytics quickly. Meanwhile, the cost is lower. Such an approach resolves numerous development and application problems. Also, healthcare organizations can easily integrate Java-based solutions with their existing environments. That promotes the appearance of smarter medical devices in healthcare facilities and remote ones.
• Maximized innovation. Java remains the most widely used programming language in the world. So, companies can leverage the existing talent pool to create healthcare innovations and reduce development costs with the Java development environment. Your organization can build its Java teams that will focus on medical devices, data collection, and communication gateways utilizing the same tools.

IoT use cases for Java in healthcare

The two major IoT use cases for Java in the healthcare industry are acute care devices and remote patient monitoring. These use cases contribute to the appearance of new, innovative software solutions that allow hospitals, doctors, patients, their family members, caregivers, and even insurance companies to more efficiently coordinate the treatment process. Also, all of them can get immediate access to necessary medical data, despite their location.

Acute care devices

Acute care serves as a specific branch of healthcare that allows patients to receive active, short-term treatment for their injuries. That is done by an urgent medical condition or even surgery. Among the main devices used in acute care are imaging devices and solutions, invasive patient medical devices, and non-invasive ones.

• Imaging devices. Java allows for monitoring, controlling, and instrumentation of such devices and for gaining valuable insights into their use and performance.
• Invasive patient medical devices. Since Java runs on different small, constrained devices, healthcare organizations can use it to collect and transmit information.
• Non-invasive medical devices. Using Java for non-invasive monitoring devices like smart beds or smart cabinets enables data collection and correlation solutions.

Remote patient monitoring

Remote patient monitoring covers collecting patient health data at their location. Then, this data is analyzed by the patient’s doctor or another healthcare provider at a relevant hospital. Here is the area where Java also brings a significant value. For example, Java makes it possible to collect, correlate, and analyze information locally, including patient feedback. It is incredibly critical when analytics demonstrate potential issues in health-related conditions. Thus, the doctor can also provide necessary assistance to his patient remotely.

Wrap up

The efficient combination of Java and IoT is the key business and process differentiator in healthcare. Such disruptive technologies allow healthcare providers to innovate and address many challenges like security, reliability, and upgradeability. Also, they help design intelligent devices and other robust integrated solutions unlocking the business value of healthcare apps and remote patient monitoring.

As an open, standards-based platform with an excellent developer ecosystem, Java makes it possible to get innovative healthcare products to market faster and in a more accessible way. Besides, it provides long-term support, which allows such products to remain successful. Ultimately, improving patient care and reducing costs are the core of healthcare app development, so Java-powered data analytics is essential here.