In India, the term "Public Key Infrastructure" is used in the context of

Describes the National Food Security Act and emphasises the Public Distribution System (PDS) as the principal mechanism for delivering food security.

A student could note that because PDS is the core delivery mechanism, any digital/administrative systems supporting PDS (e.g., e‑ration, beneficiary authentication) are the likely places PKI might be used and then check technical documentation of PDS digitisation.

Explains that FCI‑procured food is distributed through government‑regulated ration shops (PDS), highlighting a government-run logistics and distribution network.

One could extend this by looking for references to digitalisation or security measures in ration shop operations (smart cards, digital tokens) where PKI could be applicable.

Lists 'technology adoption (barcodes, RFID)' as an identified need in food supply chains and logistics.

From this pattern of adopting identification/authentication tech, a student could plausibly investigate whether cryptographic tools like PKI are recommended or deployed alongside barcodes/RFID for data integrity and secure authentication.

Raises concerns about making PDS effective and transparent, implying a role for systems and technologies that enhance transparency and verification.

A student could infer that transparency drives adoption of secure digital mechanisms and therefore search for government transparency/IT guidelines for PDS that mention PKI or digital signatures.

Defines infrastructure to include communication and implies economic infrastructure supports broader systems — suggesting that secure communication/information infrastructure is part of service delivery.

Using this definition, one could extend to ask whether information‑security infrastructure (e.g., PKI) is treated as part of the 'infrastructure' supporting PDS and look for policy references.

Describes a push for Digital Public Infrastructure (Aadhaar, JAM Trinity) — a context where digital identity and secure digital interactions are central.

A student could check whether digital identity systems and related public digital services (e.g., Aadhaar-enabled services) reference PKI for authentication/signature functions in health or education apps.

Mentions National Digital Health Blueprint / National Digital Health Mission and PM eVIDYA/DIKSHA for digital education — explicit digital platforms for health and education.

One could look up the technical/implementation guidelines of these digital health and education initiatives to see if PKI (for secure messaging, digital signatures, or certificates) is specified.

Smart city framework lists institutional infrastructure including e-governance and safety/security — areas that commonly require cryptographic trust services like PKI.

Using standard knowledge that e-governance/security systems often use PKI, a student could inspect smart city technical documents or procurement specs for references to PKI.

Defines social infrastructure to include education and healthcare as part of public infrastructure — grouping them with broader infrastructure planning where digital security may be considered.

A student could survey infrastructure policy documents for the social sector to see whether digital security architectures (including PKI) are recommended for these components.

Points to government tracking and data validation efforts in district hospitals (health-management-information system) — implying use of digital health data systems that may require trusted authentication/validation mechanisms.

One could examine the HMIS / district hospital IT standards and data-validation protocols to determine if PKI is part of identity/certificate management.

Mentions 'Digital Public Infrastructure' built on digital identity (Aadhaar) and mobile penetration — a domain where cryptographic services like PKI are commonly relevant.

A student could check whether official documents about India's Digital Public Infrastructure or Aadhaar mention PKI or similar cryptographic frameworks for authentication and secure transactions.

Shows India's telecom sector is massive with over 115 crore wireless connections, implying large-scale communication systems that require security and trust frameworks.

One could look into telecom security standards or Department of Telecommunications publications to see if PKI is referenced for securing networks or subscriber authentication.

Defines 'infrastructure' to include communication and transport as economic infrastructure categories — indicating the conceptual domains (telecom, transport) where infrastructural security tools might be applied.

Use this classification to narrow searches to communication and transport policy documents to see whether PKI is applied in those infrastructure sectors.

Notes 'dynamic changes in the technological environment' as a challenge in infrastructure, suggesting evolving tech (including cybersecurity and cryptographic needs) are relevant to infrastructure planning.

Investigate infrastructure strategy or regulatory responses to technological change to find references to PKI as a security measure.

Explains PPP involves private sector in operation/maintenance of infrastructure — implying private operators in telecom/transport might adopt standardized security frameworks such as PKI.

Review PPP concession agreements or operational standards for telecom/transport projects to see if PKI is specified for secure operations or identity management.