India has taken a major step towards strengthening its innovation and deep technology ecosystem with the launch of the National Technology Readiness Assessment Framework, a unified national benchmark designed to objectively assess the maturity of technologies from early research to commercial deployment. The framework was unveiled in New Delhi on December 29, 2025, by the Principal Scientific Adviser to the Government of India, marking a significant institutional reform aimed at bridging long-standing gaps between scientific research, funding agencies, and industry.
Developed by the Office of the Principal Scientific Adviser in collaboration with the Confederation of Indian Industry, the framework establishes a standardised, evidence-based methodology to evaluate technology development across nine clearly defined Technology Readiness Levels. These levels span the entire innovation lifecycle, beginning with proof of concept and laboratory research, moving through prototype development and validation, and culminating in operational deployment and market readiness.
The framework is intended to serve as a foundational tool for assessing projects supported under national research and development missions and funding programmes. By offering a common reference system, it enables more accurate allocation of public funding, reduces uncertainty for private investors, and improves the overall efficiency of India’s innovation pipeline. The framework has been opened for public consultation until January 31, 2026, allowing researchers, startups, industry stakeholders, and financial institutions to provide feedback before its wider adoption.
Speaking at the launch, the Principal Scientific Adviser highlighted that one of the most persistent challenges in India’s deep technology ecosystem has been the absence of a shared understanding of technology maturity. Researchers often describe progress in academic terms, while investors and industry require demonstrable evidence of scalability, reliability, and manufacturability. This mismatch has historically resulted in a funding and translation gap during the mid stages of development, particularly when technologies transition from laboratory validation to real-world application. The new framework seeks to replace subjective claims with objective, verifiable indicators, ensuring that promising innovations are not stalled due to ambiguity or misalignment.
Senior officials from the Office of the Principal Scientific Adviser noted that the framework acts as a definitive guide for researchers, evaluators, and investors by establishing a common language for technology readiness. It clearly defines what constitutes progress at each stage and specifies the documentation and validation required to move forward. This is expected to significantly improve transparency, comparability, and accountability in funding decisions.
The Chief Executive Officer of the Anusandhan National Research Foundation underscored that technology readiness must be assessed alongside market validation, especially beyond early development stages. He proposed a pilot phase in which a select group of technologies would be cross-validated by national technology transfer institutions to test and calibrate the framework before full-scale implementation.
Officials from the Department of Science and Technology described the framework as a timely and essential intervention for evaluating high-risk, high-reward research projects. They noted that the structured rigor introduced by the framework would strengthen the implementation of national research and development funds, while also allowing the tool to evolve alongside India’s rapidly changing innovation landscape.
Industry representatives highlighted that the framework brings industrial-grade validation into the assessment process. By clearly defining deployment readiness, it ensures that startups and research institutions claiming commercial maturity meet robust standards aligned with real-world manufacturing and operational requirements. This alignment is expected to accelerate technology transfer and improve trust between innovators and industry partners.
The framework incorporates global best practices adapted to Indian conditions, drawing from internationally recognised models while accounting for domestic regulatory, manufacturing, and market realities. It prioritises objectivity through structured checklists and evidence requirements at each stage of development, replacing narrative-based assessments with measurable criteria. Recognising that innovation pathways vary across sectors, the framework also includes specialised annexures for domains such as healthcare, pharmaceuticals, and software. In addition, it offers a self-assessment mechanism that allows project teams to realistically evaluate their progress and identify gaps before seeking funding.
With the introduction of the National Technology Readiness Assessment Framework, India aims to create a more predictable, transparent, and investor-friendly innovation environment. By aligning academia, industry, and government around a shared definition of readiness, the initiative is expected to strengthen technology translation, reduce risk, and support the country’s long-term goal of becoming a global leader in science, technology, and innovation.
