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ITR VN partners with mjn-neuro to develop an AI-powered wearable EEG for seizure prediction, enhancing epilepsy care with cutting-edge technology

SaMD vs. SiMD: Understand the difference between standalone medical software and embedded device software. ITR Vietnam specializes in Medical Design & Engineering.

Discover biosensors, their types, functions, and healthcare applications from heart monitoring to glucose tracking & cancer detection. ITR - Your werable medical design partner

MedTech trends in 2025 is shaped by AI, robotics, patient-centric design, and stricter regulations. AI-driven healthcare grows rapidly, robotic surgeries expand, digital health adoption increases, and regulatory frameworks evolve to ensure compliance and security.

Discover how wearable technology is revolutionizing cardiovascular disease management. Learn about the latest technologies, applications, and potential integration in healthcare. Find your perfect technical partner for developing cutting-edge wearables.

Technology is revolutionizing epilepsy treatment and stroke prevention. Tools like apps and trackers manage risks effectively, but challenges in adoption, access, and privacy persist. Advances in AI and telemedicine are enhancing care and accessibility.

Notion simplifies IEC 62304-compliant software development by providing customizable databases, automatic unique IDs, and linking features like Relations and Rollups. These tools streamline traceability across requirements, test cases, and risks, ensuring synchronization and reducing manual effort. It offers a cost-effective, user-friendly alternative to traditional tools, enhancing efficiency and compliance in medical device development.

FDA labels indicate device safety review levels: listed means registered but not reviewed, cleared confirms moderate-risk devices match existing ones, and approved ensures high-risk devices pass strict testing. These terms guide trust in medical devices.

Developing a healthcare app for older, less tech-savvy users taught the team valuable lessons in user-centered design. Key improvements included ensuring accessibility by adapting to large text and display settings, reducing stress by limiting warnings to actionable issues, and simplifying input tasks by automating code recognition. These changes transformed a complex process into a welcoming, user-friendly experience, reinforcing the importance of small design tweaks in creating approachable healthcare technology.