IBPS Test 15

The Automated Teller Machine network in India has undergone a dramatic transformation over the decades, evolving from a nascent facility available only to affluent urban customers of select banks to a nationwide infrastructure covering hundreds of thousands of machines serving customers across the country. The ATM has been a fundamental enabler of financial inclusion and round-the-clock banking access, allowing customers to withdraw cash, check balances, and conduct other basic transactions without visiting a bank branch. The growth of the ATM network accelerated significantly after the Reserve Bank of India mandated free ATM transactions for customers, and banks invested heavily in deploying machines in urban, semi-urban, and rural areas. The interoperability of ATMs across banks, governed by the National Financial Switch maintained by the National Payments Corporation of India, allows customers to use any bank's ATM to access their account, transforming ATMs from proprietary assets to shared infrastructure. The white label ATM model, introduced by the Reserve Bank of India in 2012, permits non-bank entities to own and operate ATMs after obtaining a certificate of authorisation from the regulator. White label ATM operators deploy machines primarily in semi-urban and rural areas that are underserved by bank-owned ATMs, thereby extending the reach of cash access points. These operators earn revenue from the interchange fees paid by card-issuing banks for each transaction conducted on their machines. The business viability of white label ATMs in low-transaction rural locations has been a challenge, and the Reserve Bank has periodically reviewed and revised the interchange fee structure to improve sustainability. The introduction of new ATM functionalities including cash recycling, where deposited cash is verified and made available for withdrawal by subsequent customers, has improved the operational efficiency of machines and reduced the frequency of cash replenishment visits. Biometric ATMs that use fingerprint authentication instead of PIN-based verification have been deployed to serve customers with low literacy levels who may struggle with PIN-based systems. The ATM security framework requires banks to implement chip-and-PIN cards, real-time fraud monitoring, and encrypted communication between ATMs and bank servers. Skimming attacks, where criminals attach devices to ATM card slots to steal card data, have been a persistent security challenge, and the transition to EMV chip-based cards has substantially reduced this form of fraud. The growing adoption of digital payments and UPI has raised questions about the future role of ATMs in a progressively less cash-dependent economy, though cash remains dominant for small-value transactions, necessitating a continued investment in ATM infrastructure.