Question map
The identity platform 'Aadhaar' provides open "Application Programming Interfaces (APIs)". What does it imply ? 1. It can be integrated into any electronic device. 2. Online authentication using iris is possible. Which of the statements given above is/are correct ?
Explanation
The correct answer is option C (Both 1 and 2).
India Stack, which includes Aadhaar, is a set of open APIs (application programming interfaces) and specifications for verification of identity, payments, and sharing[1] of data[2]. Open APIs are favored because interoperability enables a wide range of services to be integrated into the system[3]. This means Statement 1 is correctâthe open API architecture allows integration into various electronic devices and systems.
Aadhaar fundamentally provides two valuesâuniqueness and online authentication[4]. The Aadhaar Authentication API specification contains details including API data format, protocol, and security specifications[5]. Since Aadhaar uses biometric authentication including iris scans, and provides online authentication capabilities through its APIs, Statement 2 is also correctâonline authentication using iris is indeed possible.
Therefore, both statements are correct, making option C the right answer.
Sources- [1] https://thedocs.worldbank.org/en/doc/5fdfbc4891d5c9f0942f7e0f86a72e05-0050062025/original/Abhishek-Sankritik-Digital-public-infrastructure.pdf
- [2] https://thedocs.worldbank.org/en/doc/5fdfbc4891d5c9f0942f7e0f86a72e05-0050062025/original/Abhishek-Sankritik-Digital-public-infrastructure.pdf
- [3] https://thedocs.worldbank.org/en/doc/5fdfbc4891d5c9f0942f7e0f86a72e05-0050062025/original/Abhishek-Sankritik-Digital-public-infrastructure.pdf
- [4] https://dit.py.gov.in/sites/default/files/Aadhaar-enabled-service-delivery.pdf
- [5] https://uidai.gov.in/images/resource/Aadhaar_Authentication_API-2.5_Revision-1_of_January_2022.pdf
PROVENANCE & STUDY PATTERN
Guest previewThis question marked a shift from asking 'Which Ministry?' to 'How does the Tech work?'. It targets the functional architecture of Digital Public Infrastructure (DPI). Standard books cover the Act/Privacy judgment, but the 'API' and 'Iris' details come from understanding the 'India Stack' ecosystem found in tech-policy explainers.
This question can be broken into the following sub-statements. Tap a statement sentence to jump into its detailed analysis.
- Directly names India Stack as a set of open APIs for identity, payments, and data sharing â linking Aadhaar-related functionality to open APIs.
- Implies those open APIs are the foundation for verification and other functions that can be used by external systems.
- States that favoring widely adopted open standards or open APIs maximizes interoperability across systems and enables many services to be integrated.
- Supports the idea that open APIs are intended to allow integration into a wide range of systems (and by extension devices).
- Explains what an API does â it decouples software from underlying implementations, making integration into other software or systems easier.
- This technical characteristic supports the feasibility of integrating open APIs with various external devices/systems.
Describes use of ePoS (electronic point of sale) devices to automate FPSs and perform distribution after biometric authentication (Aadhaar seeding).
A student could infer Aadhaar-enabled biometric authentication is already running on specialized electronic devices and check whether those devices call Aadhaar APIs or SDKs and whether similar integration is technically possible on other devices.
Lists Aadhar Enabled Payment System (AEPS) alongside other digital payment systems, implying Aadhaar-based services are exposed for transaction use.
One could reason that AEPS requires programmatic interfaces for devices/terminals and therefore look up AEPS API/terminal requirements to judge portability to other devices.
Explains e-KYC (electronic KYC) is possible only for those with Aadhaar numbers, indicating Aadhaar supports electronic identity verification workflows.
A student could infer e-KYC is implemented through electronic interfaces and then examine whether those interfaces (APIs/SDKs) are platform-agnostic and can be called from varied devices.
States ONORC is based on technology involving Aadhaar numbers and electronic Points of Sale (ePoS), showing Aadhaar data is integrated into distributed electronic systems.
From this pattern a student could consider the technical requirements of ePoS integration (connectivity, biometric readers, certification) to assess if other electronic devices could implement similar Aadhaar-enabled flows.
Notes government work to enable farmers to sell online via mobile, implying Aadhaar-linked services are intended for mobile/device access.
A student might extend this to ask whether Aadhaar interfaces support mobile clients and thus whether they are adaptable to other classes of electronic devices with network capability.
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