The Office of the Principal Scientific Adviser to the Government of India and the Department for Promotion of Industry and Internal Trade have launched an API integration connecting the Startup India portal with the Indian Science, Technology and Engineering Facilities Map. Announced on November 6, the integration can help DPIIT-recognised startups discover scientific equipment, research infrastructure and testing facilities available across participating institutions. The initiative addresses a practical obstacle for deep-tech companies: access to specialised equipment can be expensive, and many startups cannot justify buying machines they may need only during a limited stage of product development.
The integration is not an automatic equipment booking system. The Press Information Bureau says individual access requests will continue to be evaluated by the host institutions. Approval will depend on technical suitability, equipment availability, applicable charges, safety requirements and institutional permissions. This distinction is important for startups planning development schedules: discovering a machine online does not guarantee immediate access, and a company may still need to negotiate a slot, prepare samples, meet safety conditions or pay usage fees.
A national inventory of research capacity
As of November 6, I-STEM listed 31,540 equipment items across 4,044 registered institutions, according to the government announcement. That inventory provides a sizeable starting point for companies looking for specialised facilities, but its usefulness depends on the accuracy and freshness of the underlying records. Equipment listings need clear descriptions, specifications, location information, contact details, operating conditions and current availability. If those details are incomplete or outdated, users may find a facility but still face delays when trying to arrange access.
Startups developing electronics, medical devices, advanced materials, sensors, industrial products or scientific instruments can require testing and validation equipment that is not commercially viable to own at an early stage. A shared research facility can reduce the amount of capital tied up in equipment and allow a small team to access capabilities that are otherwise concentrated in universities or national laboratories. It can also help founders test prototypes earlier, identify design weaknesses and generate evidence needed for customers, investors or regulators.
The initiative also has a potential role in improving use of publicly funded infrastructure. Expensive scientific equipment can be underused when access is limited to a narrow group of researchers or when outside users do not know that a facility exists. Better discovery and clearer processes can help institutions make more effective use of existing assets. However, utilisation depends on institutional capacity, staff availability, maintenance budgets and the ability to support external users without disrupting the institution’s own research work.
What API integration changes for founders
The government has described the current launch as an API-allowd connection, with Single Sign-On functionality proposed for a later phase. That means the integration is being introduced in stages. The immediate value is the ability to connect startup recognition and facility discovery workflows. A later SSO layer could reduce the need for users to authenticate separately across systems, but the PIB announcement does not say that this capability is already live.
For founders, the quality of the service will be measured by how quickly they can move from finding a facility to completing a test or prototype. A useful process would make it clear which institution owns the equipment, what the instrument can do, how to request time, what documentation is required and what charges apply. It should also provide a reliable way to track a request and communicate if a facility is unavailable. The portal connection is an allowing layer; it does not replace those operational details.
The integration brings together DPIIT’s startup network and the Principal Scientific Adviser’s research infrastructure initiative. Its potential is strongest for deep-tech ventures that need specialised testing and prototyping but cannot afford to build every capability in-house. The next steps will be broader onboarding of institutions, regular updates to facility records and sustained participation by startups. If those operational pieces are maintained, the connection could make existing research capacity more accessible without requiring every young company to duplicate expensive equipment.