The Technology Development Board (TDB) under Indiaโs Department of Science and Technology (DST) has approved funding support for a joint Indo-Canadian research and development project focused on next-generation continuous health monitoring systems. The collaboration combines Indian expertise in low-cost sensor design and manufacturing with Canadian strengths in AI-driven signal processing and clinical validation to create affordable, scalable wearable and ambient monitoring solutions for chronic disease management and elderly care.
Glimpse:
Announced on January 17, 2026, the project brings together an Indian medtech company and a Canadian university research group to develop non-invasive, continuous monitoring devices capable of real-time tracking of vital signs, activity patterns, and early deterioration indicators. TDB-DST funding will support prototype development, clinical testing in both countries, regulatory pathway alignment, and preparation for commercialisation. The initiative aims to address gaps in affordable remote monitoring technology for Indiaโs ageing population and rural healthcare settings while creating export opportunities for Indian medtech.
The Technology Development Board (TDB), operating under Indiaโs Department of Science and Technology (DST), has greenlit financial support for a high-impact bilateral R&D project between an Indian medtech innovator and a leading Canadian research institution. The collaboration is focused on developing advanced continuous health monitoring technologies that can reliably track vital parameters such as heart rate variability, respiratory rate, oxygen saturation, movement patterns, and sleep quality over extended periods without requiring frequent clinical visits.
The Indo-Canada project integrates Indiaโs strengths in cost-effective sensor fabrication, miniaturisation, and scalable manufacturing with Canadaโs world-class capabilities in machine learning for physiological signal analysis, predictive algorithms, and clinical validation protocols. The resulting platform is designed to be low-power, non-intrusive (wearable patch or ambient room sensor), and capable of operating in low-connectivity environments critical requirements for deployment in rural India and other resource-constrained settings.
Key objectives include:
- Creating a modular monitoring system that supports both hospital-to-home transitions and long-term community-based care
- Developing AI models that detect early signs of deterioration in chronic conditions such as heart failure, COPD, diabetes complications, and post-operative recovery
- Ensuring affordability and manufacturability in India to enable large-scale domestic deployment and future export potential
- Conducting parallel clinical studies in India and Canada to generate robust, multi-ethnic validation data
The TDB funding will cover prototype fabrication, sensor optimisation, algorithm development, pilot clinical testing, regulatory pathway preparation (CDSCO in India and Health Canada pathways), and initial manufacturing scale-up planning. While exact funding figures were not disclosed, TDB typically provides partial grants covering 30โ50% of project costs for high-potential, market-oriented collaborations.
Speaking on the announcement, a TDB spokesperson said: โContinuous monitoring is one of the most promising frontiers for reducing hospitalisations and improving quality of life in chronic disease management. By supporting this Indo-Canada partnership, we are fostering technology that is both clinically robust and commercially viable in Indiaโs unique healthcare landscape.โ
The project aligns closely with Indiaโs broader strategic priorities under the Ayushman Bharat Digital Mission (ABDM), the National Health Policyโs focus on preventive and home-based care, and the Atmanirbhar Bharat emphasis on domestic manufacturing of high-value medical devices. It also strengthens bilateral science and technology ties between India and Canada, building on previous successful collaborations in healthtech and biotechnology.
Early prototypes are expected to enter small-scale clinical validation in late 2026, with first commercial products targeted for 2027โ2028, initially in India and subsequently in other emerging markets.
โContinuous monitoring powered by affordable, locally manufacturable technology can dramatically reduce the burden of chronic disease and hospital readmissions especially in countries like India where access to specialised care remains uneven.โ
By
HB Team

