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Wearable medical devices are revolutionizing remote patient monitoring, disease management, and clinical trials. However, their success depends heavily on firmware development the embedded software that controls sensors, manages power, and ensures seamless connectivity. Designing robust firmware for these devices requires balancing low power consumption, real-time data processing, security, and regulatory compliance.

Discover why early-stage MedTech startups regret not integrating ISO 13485 before MVP development. Learn how this quality standard ensures compliance, reduces costs, and accelerates market entry for medical devices.

Learn about FDA Class 3 medical devices, their high-risk nature, regulatory requirements, and compliance strategies. ITR VN supports manufacturers in navigating the complex Premarket Approval (PMA) process for market success.

Discover FDA Class 2 medical devices, their regulations, real-world examples, and effective compliance strategies. ITR VN supports FDA-compliant device development, ensuring safety and market readiness.

On April 15, 2025, representatives from ITR held an official meeting with the Institute of Biomedical Physics, an entity under the Military Medical Department of the General Department of Logistics, at the Institute’s headquarters. The meeting served not only as a platform for both sides to share their capabilities but also to lay the groundwork for a strategic collaboration in the development of EMG (Electromyography)-based medical devices - a technology with immense potential in rehabilitation and personalized healthcare.

Learn FDA Class I medical device rules, examples, and compliance tips to ensure safety, quality, and regulatory success in low-risk healthcare tools.

ITR joins Vietnam Spain Business Forum, supporting stronger economic ties and long-term collaboration between Spanish and Vietnamese businesses.

Discover how 5G and NB-IoT are transforming IoT with real-time speed, low power, and wide coverage unlocking smarter cities, healthcare, logistics, and more.

Discover low-power design strategies for cellular IoT devices using NB-IoT, PSM, eDRX, and smart hardware to extend battery life.