Set of companion apps for wellness devices
Set of companion apps for wellness devices
The Homedics software comprises a suite of applications specifically designed to operate medical devices: Homedics Health+, Equate Heart Health+, and BP Health.
The primary goal was the creation of a set of replicable apps that would allow the producer to easily apply software for devices sold under their own label, white label and branded by major medical retailers. Each app allows for the integration of medical devices with smartphones, assisting users in conveniently reading and storing records of blood pressure, heart rate monitoring, and blood oxygenation levels. All readings are saved without requiring internet access, directly on the mobile device, ensuring accessibility and security. Additionally, the applications facilitate the processing of information from other devices through integrations with Apple Health and Google Fit apps.
Operating medical devices via applications offers users many benefits, such as a more advanced UI and more intuitive handling. However, for many users, the most important aspects are the reliability and security of such a solution. Creating an application that does not require internet access:
Our starting point was an outdated app written in an obscure Android language that had been abandoned. Thus, we revamped the Homedics Health+ platform using Flutter technology.
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Legacy & whitelabel apps
Integration with Apple Health & Google Fit
White label apps improvements
“Experience in medical Apps is a big advantage of Apzumi for me. The team members are also very helpful with their valuable insight.”
“Experience in medical Apps is a big advantage of Apzumi for me. The team members are also very helpful with their valuable insight.”
“Experience in medical Apps is a big advantage of Apzumi for me. The team members are also very helpful with their valuable insight.”
“Experience in medical Apps is a big advantage of Apzumi for me. The team members are also very helpful with their valuable insight.”
“Experience in medical Apps is a big advantage of Apzumi for me. The team members are also very helpful with their valuable insight.”
“Experience in medical Apps is a big advantage of Apzumi for me. The team members are also very helpful with their valuable insight.”
“Experience in medical Apps is a big advantage of Apzumi for me. The team members are also very helpful with their valuable insight.”
“Experience in medical Apps is a big advantage of Apzumi for me. The team members are also very helpful with their valuable insight.”
“Experience in medical Apps is a big advantage of Apzumi for me. The team members are also very helpful with their valuable insight.”
“Experience in medical Apps is a big advantage of Apzumi for me. The team members are also very helpful with their valuable insight.”
“Experience in medical Apps is a big advantage of Apzumi for me. The team members are also very helpful with their valuable insight.”
“Experience in medical Apps is a big advantage of Apzumi for me. The team members are also very helpful with their valuable insight.”
“Experience in medical Apps is a big advantage of Apzumi for me. The team members are also very helpful with their valuable insight.”
Joanna Kasprzak, Ph.D. in Bioinformatics, is a specialist in data simulations and algorithms. In Apzumi, she has led over 30 successful Digital Health applications as a Project Manager or Product Owner.
Sebastian Zarzycki, MSCS in Software Engineering, has over 18 years of experience in designing, architecting, implementing and overseeing software. He's involved in all key Apzumi projects.
Back to Case Studies
The Homedics software comprises a suite of applications specifically designed to operate medical devices: Homedics Health+, Equate Heart Health+, and BP Health.
The primary goal was the creation of a set of replicable apps that would allow the producer to easily apply software for devices sold under their own label, white label and branded by major medical retailers. Each app allows for the integration of medical devices with smartphones, assisting users in conveniently reading and storing records of blood pressure, heart rate monitoring, and blood oxygenation levels. All readings are saved without requiring internet access, directly on the mobile device, ensuring accessibility and security. Additionally, the applications facilitate the processing of information from other devices through integrations with Apple Health and Google Fit apps.
Operating medical devices via applications offers users many benefits, such as a more advanced UI and more intuitive handling. However, for many users, the most important aspects are the reliability and security of such a solution. Creating an application that does not require internet access:
The first step involved converting scanned documents into digital formats using OCR technology. This phase was crucial due to the diverse nature and quality of the scanned documents. Advanced OCR solutions were employed, capable of handling various text formats, handwriting, and even low-quality scans, ensuring high accuracy in digitization.
Once digitized, the documents were categorized into predefined classes such as medical reports, lab tests, and billing documents. This categorization was facilitated by a machine learning model trained on a large dataset of annotated healthcare documents. The model was fine-tuned to recognize and categorize documents accurately, even when the formats and templates varied significantly.
The extraction of key facts from the categorized documents was the next critical step. Using natural language processing (NLP) and machine learning algorithms, the system identified and extracted pertinent information such as patient names, birthdates, addresses, ICD codes, and details of medical procedures. The AI model was trained to understand the context and semantics of the healthcare domain, ensuring a high level of precision in fact retrieval.
The final step involved synthesizing the extracted information into coherent medical summaries and reports. Generative AI models, trained on a vast corpus of medical texts, were employed to generate summaries that were both accurate and easily comprehensible. These summaries provided a consolidated view of the patient's medical history and current claims, significantly aiding in the decision-making process.
Our starting point was an outdated app written in an obscure Android language that had been abandoned. Thus, we revamped the Homedics Health+ platform using Flutter technology.
Next in line were the Equate Heart Health+ & BP Health applications, which we also rewrote in Flutter, a more modern, superior, and standards-compliant platform over which we have full control.
After uploading the applications to iOS and Android stores, the next step was to add the ability to migrate data and test results between the old and new applications.
During this phase, our aim was to seamlessly integrate with Google Health and Apple Fit applications, ensuring that data from these platforms seamlessly synchronizes with Homedics' apps.
More functionalities coming soon!
Flutter is a very flexible, cross-platform tool that allows creating hybrid applications for both iOS and Android devices. It has a great support for visually striking effects like animations, while being lightweight and easy to use. Also its flexibility allows the interfaces to look pretty much identical across platforms.
