MetaDesign Solutions
MetaDesign SolutionsRevolutionizing ophthalmic diagnostics: Embedded AI and IoT solutions for enhanced glaucoma detection
Overview
MetaDesign Solutions partnered with a Canadian medical device company to develop cutting-edge software components for their flagship product, a head-mounted visual field testing device. Leveraging MERN Stack, embedded AI, and IoT technologies, the solution enhanced diagnostic accuracy, patient comfort, and accessibility, transforming glaucoma detection capabilities.
about the client
Our client, a leading Canadian medical device innovator, focuses on developing advanced diagnostic tools for glaucoma, a primary cause of irreversible blindness globally. Founded in 2018, the client is committed to empowering eye care clinicians with state-of-the-art technologies.
Their flagship product is a groundbreaking head-mounted visual field testing device aimed at addressing limitations of traditional diagnostic equipment. By integrating advanced AI and IoT capabilities, this innovative solution offers accurate results, cost-efficiency, and ease of use, paving the way for accessible glaucoma detection.
Backed by a team of research scientists and advisors from prestigious medical departments, the client strives to elevate ophthalmic diagnostics through relentless innovation and high-tech solutions.
Industry Domain
Service Category (Service-line)
IOT / Healthcare / Embedded AI Programming / Digital Product Development
Technologies Used
ReactJS
NodeJS
MongoDB
Python
AI
Challenges
Embedded AI Integration:
Developing precise algorithms to ensure accurate diagnostic results in real-time.
IoT Connectivity:
Creating seamless device-to-cloud connectivity for data sharing and monitoring.
Scalability: Designing a web application capable of managing increasing user data and supporting robust device interaction.
User Experience: Developing intuitive interfaces for both clinicians and patients, ensuring ease of adoption.
Interoperability: Ensuring compatibility with various clinical systems and workflows
Solution Scope and Services
MetaDesign Solutions took a comprehensive approach to software development for the client’s flagship device. The embedded AI algorithms were designed to deliver real-time insights into visual field tests, significantly improving diagnostic accuracy. The IoT software enabled reliable device-to-cloud communication, ensuring secure data transfer and remote access.
The MERN Stack-powered web application streamlined device management, patient record handling, and test result analysis for clinicians. By integrating user-friendly interfaces and scalable architecture, we addressed both the immediate and long-term needs of the product, ensuring it would remain adaptable as demand grows.
Embedding AI for Real-Time Diagnostics
The integration of advanced AI algorithms was pivotal in enhancing the accuracy and reliability of glaucoma detection. Real-time processing ensured clinicians received actionable insights immediately, improving the speed and efficacy of diagnoses.
IoT Connectivity: Bridging Devices and Clinicians
IoT functionality enabled seamless device-to-cloud integration, allowing clinicians to access test results remotely. This connectivity not only increased operational efficiency but also expanded the reach of visual field testing to underserved regions.
Scalable Web Architecture with MERN Stack
By utilizing the MERN Stack, the web application was designed to handle complex data management needs efficiently. The system is scalable, providing the flexibility required for future product enhancements and increasing data volumes.
Results
MetaDesign Solutions successfully delivered a robust suite of software components that power the client’s innovative glaucoma diagnostic device. This partnership has transformed the accessibility and reliability of visual field testing, empowering clinicians with the tools to deliver early and precise diagnoses.
The client’s flagship product now stands as a testament to how embedded AI, IoT technologies, and modern web solutions can redefine patient care standards. The solution has had a positive impact, improving diagnostic workflows and patient outcomes while expanding access to essential ophthalmic testing.