About Charaka
CHARAKA is envisioned as a state-backed centre of excellence, multi-stakeholder platform to accelerate healthcare innovation by bridging systemic gaps across infrastructure, regulation, and translation, moving beyond a typical incubation model to an integrated ecosystem enabler.
- Institutional Platform: Anchored under the Department of IT, BT&ST, the CoE operates as a long-term institutional mechanism with strategic oversight.
- Multi-Stakeholder Governance: Led by a high-calibre leadership integrating government, academia, industry, and clinical expertise.
- Addressing India’s Dual Health Burden: Targets both rising NCDs and persistent gaps in primary care, diagnostics, and access.
- Building Autonomy: Strengthens indigenous MedTech innovation to reduce reliance on imported medical devices.
- Shared High-End Infrastructure: Provides regulatory-aware labs, testing facilities, and translational infrastructure otherwise inaccessible to startups/MSMEs.
- End-to-End Innovation Support: Covers the full lifecycle: clinical need identification → prototyping → validation → low-volume manufacturing → incubation.
- Bridging Ecosystem Silos: Acts as a “connective tissue” linking clinicians, engineers, researchers, manufacturers, investors, and policymakers.
- Leveraging India & Karnataka’s Strengths: Builds on state & country’s dense ecosystem of hospitals, research institutions, GCCs, and deep-tech startups. Starting from Bengaluru, Karnataka, to India and the World.
- Accelerating Time-to-Market: De-risks innovation pathways and shortens commercialization cycles.
- Global-Local Integration: Aligns with initiatives like Assistive Tech CoEs, integrated medicine, and global programs such as Stanford Biodesign to enable cross-border innovation flow.
Focus Areas (Future-Oriented)
What CHARAKA will enable
Development of clinically relevant, affordable, and scalable medical technologies—across devices, diagnostics, and digital health.
Key Gaps Being Addressed
- High dependence on imported medical devices
- Limited access to testing, validation, and certification pathways
- Fragmented journey from prototype to market
Planned Areas of Work
- Medical device prototyping and iteration support
- Clinical usability testing (in partnership with hospitals)
- Guidance on regulatory pathways (CDSCO, BIS, ICMR)
- Early-stage manufacturing readiness support
Illustrative Use Cases
- Point-of-care diagnostic devices
- Affordable imaging solutions
- Remote monitoring tools for chronic diseases
What CHARAKA will enable
Inclusive, user-centered innovation for persons with disabilities and the elderly—focusing on accessibility, affordability, and usability.
Key Gaps Being Addressed
- Limited availability of affordable assistive devices
- Poor customization to user needs
- Weak integration into healthcare and social systems
Planned Areas of Work
- Co-design with users and caregivers
- Frugal engineering and rapid prototyping
- Partnerships with rehabilitation centers and NGOs
- Pathways for scale through public programs and CSR
Illustrative Use Cases
- Low-cost prosthetics and orthotics
- Smart mobility and assistive devices
- Communication and accessibility tools
What CHARAKA will enable
Responsible and scalable deployment of AI and digital platforms in healthcare delivery and public health systems.
Key Gaps Being Addressed
- Underutilization of health data
- Lack of validated AI solutions in clinical settings
- Interoperability and data governance challenges
Planned Areas of Work
- AI model development and validation support
- Digital health platforms aligned with ABDM standards
- Data governance, ethics, and privacy frameworks
- Integration with hospital and public health systems
Illustrative Use Cases
- AI-based screening and triage tools
- Clinical decision support systems
- Digital health records and analytics platforms
What CHARAKA will enable
Acceleration of research from labs into deployable, real-world healthcare solutions.
Key Gaps Being Addressed
- Research outputs not translating into products
- Lack of structured validation pathways
- Limited collaboration between academia and industry
Planned Areas of Work
- Structured pathways for clinical validation
- Pilot design and field testing frameworks
- Industry-academia collaboration platforms
- Support for proof-of-concept to prototype transition
Illustrative Use Cases
- Lab innovations moving to pilot trials
- Clinical validation of new diagnostics/devices
- Translational grants and collaborative projects
What CHARAKA will enable
Deployment of technology solutions aligned with population-scale healthcare needs and government priorities.
Key Gaps Being Addressed
- Limited integration of innovation into public health programs
- Challenges in scaling pilots across districts/states
- Inefficiencies in surveillance and service delivery
Planned Areas of Work
- Co-development with government departments
- Pilot deployments in public health systems
- Evaluation frameworks for scale-up decisions
- Integration with national/state health missions
Illustrative Use Cases
- Disease surveillance platforms
- Maternal and child health tracking systems
- Telehealth solutions for primary care
What CHARAKA will enable
Development of an ecosystem capable of designing, validating, and scaling healthcare innovations.
Key Gaps Being Addressed
- Limited cross-disciplinary training (clinician + engineer + public health)
- Lack of awareness on regulatory and translational pathways
- Skill gaps in emerging technologies (AI, MedTech)
- Access to structured data across healthcare
Planned Areas of Work
- Fellowship programs (clinician innovators, engineers)
- Short-term workshops and bootcamps
- Policy and regulatory training modules
- Knowledge dissemination platforms
- Open access data warehouses
Illustrative Use Cases
- AI for clinicians training programs
- MedTech innovation fellowships
- Regulatory and market access workshops
- Data sharing platforms