Software Challenges for Connected Medical Devices: How to Solve Them?


Editor’s note: In the article, Alena Nikuliak explains how to overcome 3 main challenges of creating and using a software platform for connected medical devices based on her experience in healthcare IT consulting and ScienceSoft’s 16 years of experience in software development for healthcare organizations and producers of medical devices. If you want to learn about the ScienceSoft experience, check out our approach to developing medical device software.

As my practice shows, the booming market for connected medical devices still presents certain challenges for both producers and users of medical devices. Earlier, I talked about the problems that manufacturers portable biosensors and other medical devices can be found. Now, I would like to focus on the difficulties that healthcare organizations that use devices connected to their medical networks may encounter when creating a software ecosystem for them.

Below you will find out how at ScienceSoft we help our clients solve key issues data security and privacy, el other cost development and implementation, and that requires a lot of time user adoption process.

Data leakage protection is the main concern in the connected device solutions that our healthcare customers have. To achieve high-level cybersecurity and ensure HIPAA compliance and patient data privacy when developing software ecosystems for connected devices, I offer our clients to use data anonymity, encryption (both “on the cable”). such as “at rest”), role-based access. control, data access audit, automatic logout and elaborate user permission settings. And after the launch of the ecosystem, I recommend that they ensure regular vulnerability assessment and penetration testing.

In addition, to ensure the security of information on software platforms for connected medical devices, I recommend deploying SIEM technology to run continuous network monitoring. For example, in ours project of a large hospital, the ScienceSoft team implemented the IBM QRadar SIEM platform to protect the client’s internal processes, systems, and connected devices.

Want to minimize the risk of data leakage with your IoMT solution?

ScienceSoft professionals can outline all possible ways to secure your IoMT solution and offer a proposal for a reliable solution.

A well-functioning IoMT solution can reduce healthcare costs, improve staff performance, and increase long-term patient satisfaction. However, to create a complete network of medical devices, a healthcare organization requires the considerable time and effort of highly skilled and highly versed developers in the development of cloud, big data, and data analytics technologies. To pay for expenses faster, I recommend that you create a cost optimization plan, follow the iterative development approach, and focus on basic functionality at the beginning to avoid overly complex functions.

As some care providers complain, it is not so easy to master the applications of connected medical devices because of their specificities: medical staff receive data every minute in these applications and it is difficult to focus on what is important. Thus, to shorten the adoption time of users, ScienceSoft teams develop software with an easy-to-use user interface, as seen in this hospital application demonstration and create a user adoption strategy and user guidelines based on the particular needs of the users.

As my experience in healthcare IT consulting shows, a high-quality software system for connected medical devices can help healthcare organizations streamline their work processes, improve workflow efficiency, prevent human error, and increase patient satisfaction. If you’re not sure how to secure these benefits in your particular case, the ScienceSoft team and I are ready to talk about your situation, so feel free to turns to us.

Are you looking for a solution to your healthcare IT challenge? Our experienced healthcare consultants are here to help.

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