Non-Invasive Medical Device Designs

IoT in medical device design and development has made medicine participatory, personalized, predictive and preventive by extending connectivity with transmission of health data from patient to physician on a regular basis, or immediately and continuously in an emergency.


Over recent years there has been an increasing need for access to high quality, affordable, and accessible health care. Convergence of several scientific and technology breakthroughs in Medical Device Software Development have made solutions like non-invasive medical devices, tele-medicine and continuous patient monitoring are paving the way for real-time, robust, two-way communication pathways between individuals and healthcare providers.

Medical Device Design and Development

Mistral has extensive expertise in designing non-invasive medical devices and Medical Device Software Development that support and aid medical professionals in data acquisition and communication.We help medical product development companies with non-invasive medical device design and development for continuous and spot measurement of various parameters. Latest development in electronics for non-invasive medical devices ensure low-cost, maintenance-free, and lightweight devices. Some of the non-invasive Medical Electronics developed by Mistral include fetal heart rate monitoring, high end camera solutions, ultrasound equipment, BP infusion pumps etc.

Mistral has worked with companies that manufacture non-invasive medical devices and non-invasive medical electronics, helping them in their Medical Electronics Product Development, leading all the way up to the FDA certification. By offering broad platform support, Mistral brings invaluable processor/operating system/testing/system validation expertise to the medical device design and development process. Mistral’s embedded product design services offers medical device software development including integration of medical sensors, porting, middleware and application development.


Hardware and Firmware Design

Analog Front-end for high precision data capture

Hardware software co-design for medical device design and development

System partitioning between Hardware, Software and FPGA

Small-footprint, power-optimized medical device design and development

Multiple RF and wireless

Secure boot, encrypted storage with on the fly decryption

Middleware Development

Heart-Rate, ECG Calculation/Analysis Algorithm(s) Integration

Custom DSP Libraries Integration for data Analysis

Sensor & Wireless Integration

Sensor integration for medical device design and development including

Pulse Oximetry, ECG/EEG, Non-Invasive BP

Gyro, Camera, Accelerometer


Embedded/Web Apps

Low Latency Graph Plotting for vital signs

Generation and Storage of Vital signs output

Low Latency Data Exchange with PC devices for off-line analysis

OTA updates

Web application development

Product Design Services

Feasibility study

Design, development and integration


Industrial design (ID)

Power Management

FCC, CE, UL certification

Production support with test jigs and suites

Product Lifecycle Support