India’s new assistive technology centre moves the field from welfare to health system design
India’s National Centre of Assistive Health Technology was built to answer a problem that has long sat at the edge of mainstream health policy: assistive products are essential for daily function, yet they are too often treated as charitable add-ons instead of core health infrastructure. The case study traces how a national institution emerged from a process that ran from 2017 to 2023, with the Indian Council of Medical Research driving the effort and with collaboration between AIIMS Delhi and IIT Delhi. That institutional pairing is not a cosmetic detail. It links clinical rehabilitation, engineering, standards work, and policy architecture inside a single national framework.
The paper places this development against a stark global backdrop. More than 2.5 billion people already need at least one assistive product, and demand is expected to rise sharply by 2050. In low- and middle-income countries, the bottleneck is rarely only product availability; it is the absence of durable systems for assessment, validation, standards, procurement, training, and follow-up. India’s previous approach, described through the lens of this paper, had been fragmented and welfare-oriented. NCAHT was designed to change that structural pattern.
A single centre cannot solve access on its own. It can, however, create the rules, workflows, and institutional memory needed for sustained implementation.
Governance architecture built through inter-ministerial coordination and evidence-based proposals
The centre’s development followed a process-based institutional case study design. Primary material came from ICMR concept notes, expert committee minutes, inter-ministerial consultation records, and formal institutional proposals generated during the establishment phase. Those documents show that NCAHT did not appear as a spontaneous pilot or a narrow academic exercise. It emerged from a prolonged administrative process that had to align science, governance, and national policy priorities.
India’s participation in the WHO GATE initiative helped create the preparatory conditions for the centre. So did alignment with broader international rehabilitation agendas. The paper situates NCAHT within multiple policy and technical frames, including the WHO 5P framework, ICMR-NLEAP, BIS-ICMR standards, WHO Rehabilitation 2030, integrated care for older people, ear and hearing care, and SPECS-2030. The range of these frameworks matters because assistive technology is not one product category. It spans mobility aids, vision support, hearing devices, communication tools, and other products that affect function across the life course.
By placing NCAHT inside this broader ecosystem, the centre is positioned as a national node rather than a stand-alone service point. Its role is to support validation, standardization, and coordination across sectors that historically work in parallel. In practical terms, that means fewer disconnected decisions about what qualifies as appropriate assistive technology, how quality is judged, and how products are linked to real clinical need.
Twelve functional domains aim to embed assistive technology into routine care
NCAHT has established institutional functions across twelve domains, with the explicit goal of operationalizing assistive technology as part of health and rehabilitation systems rather than as a welfare-driven intervention. The paper does not frame the centre as a single-purpose laboratory. It describes an institution built to serve national and international functions, which is a more demanding assignment. To do that well, the centre has to engage with standards, evaluation, implementation pathways, and policy execution at the same time.
The clinical logic is straightforward even if the administrative route was complex. Assistive products only improve outcomes when they fit the user, match the clinical indication, and are supported by proper training and follow-up. If a device is poorly specified or poorly integrated into care, it can fail quietly, leaving patients with unmet needs and health systems with wasted resources. A national centre can reduce that failure risk by anchoring decisions in evidence and by linking product selection to functional outcomes rather than to procurement convenience.
This is especially relevant for aging populations, people living with disability, and patients who need assistive products after injury or disease. In those settings, access is not just a matter of supply. It depends on whether health systems can identify need early, route patients toward appropriate products, and ensure that the products remain safe and useful over time. NCAHT’s design reflects that systems view.
The centre also signals a shift in how India may approach cross-sector coordination. Engineering expertise from IIT Delhi and clinical expertise from AIIMS Delhi create a structure that can support both design and bedside realism. ICMR’s role adds national research governance and policy leverage. Within that three-way arrangement, assistive technology becomes a domain for structured national planning rather than isolated project work.
What the Indian model offers for low- and middle-income countries
The paper’s main contribution is not a trial result or a product comparison. It is a systems model. For low- and middle-income countries, the NCAHT experience offers a template for how an assistive technology platform can be institutionalized through coordinated governance, evidence-based validation, and multi-sector cooperation. The case study suggests that countries seeking better access to assistive products may need more than enthusiasm, donor support, or scattered pilot programs. They need a national mechanism that can translate technical standards into health policy and then into practice.
That institutional step is difficult precisely because assistive technology sits at the intersection of medicine, rehabilitation, standards, industry, and public policy. When those domains are not connected, users face delayed access, inconsistent quality, and weak continuity of care. When they are connected, assistive technology can function as intended: as a tool for restoring participation, improving autonomy, and extending functional health across age groups and conditions.
The paper stops short of reporting patient-level outcomes, and it does not claim that the centre has already solved access gaps across India. Its value lies elsewhere, in documenting how a national institution was assembled and what structure it now offers. The unresolved issue is implementation at scale: whether the governance model, standards work, and multi-agency coordination can be sustained long enough to change access in routine care across a vast and uneven health system.