Can RBI’s data centre reduce India’s UPI outage problem?:Top bank increasingly using AI to secure citizens’ bank accounts?

Prime Minister Narendra Modi-inaugurated-Reserve Bank of India’s (RBI) new greenfield data centre facility increases the top bank’s capacity to protect common man’s bank accounts, process interbank transactions, and safeguard national payment networks against fraud. The RBI’s new greenfield data centre and Cybersecurity Training Institute in Bhubaneswar, Odisha, built at a cost of ₹169 crore and spread across 18.55 acres, will directly support payment systems that common men use such as RTGS and NEFT. The sovereign infrastructure gives RBI independent, highly secure server capacity to handle rising digital transaction volumes across India. But first, let’s see what exactly is a data centre? A data centre is a physical facility that houses computer servers, network systems, and data storage devices. It functions as a digital storehouse and processing engine for data. Whenever money is transferred online, a bank account balance is checked, or a password is verified, servers inside a data centre process and store that information. Data centres provide continuous electrical power, internet connectivity, cooling systems, and physical security to keep digital services running without interruption. RBI sovereign facility to reduce computer rest time, but cannot fix all UPI outages According to a report by ‘The Economic Times,’ the data centre will reduce systemic banking downtime and improve the reliability of interbank settlements. The data centre will help ensure that payments keep running during outages, data stays secure and within the country, and that recovery is fast if something goes wrong. -Mahesh Shukla, Founder CEO at PayMe However, it cannot eliminate all UPI transaction failures on its own. While the facility safeguards central clearing pipelines like RTGS, NEFT, and backend UPI settlements, UPI transaction outages also occur due to technical issues at commercial banks, payment apps, and telecom networks. The RBI will move core application workloads and settlement databases to the Bhubaneswar facility. The adjacent institute will begin specialized cybersecurity training programs for IT professionals working across public and private sector banks. This sovereign infrastructure provides a resilient digital foundation as payment volumes continue to grow across India. How the data centre protects customer bank accounts? The data centre does not directly manage individual consumer bank logins or account balances, which remain with commercial banks. Instead, it protects accounts by securing central settlement processing and banking infrastructure. While individual savings and current accounts are maintained by commercial banks, the RBI’s data centre hosts the core clearing, interbank settlement, and payment pipelines (UPI, NEFT, RTGS) that move money between those accounts. By securing these central networks against cyber threats, data breaches, and server crashes, the central bank protects the broader financial system and customer balances. Why RBI selected Bhubaneswar for a data centre? The RBI established this dedicated facility to run core monetary operations independently. Located at Info Valley-II in Jatni, Bhubaneswar, the project was chosen for its geographical stability, far from high-risk border regions and major seismic zones. The site combines a sovereign data centre with an advanced Cybersecurity Training Institute. The data centre handles daily government banking, treasury operations, and interbank payments, while the training facility develops security tools and trains banking personnel against emerging cyber risks. The facility will serve as a disaster-recovery backup for the RBI’s main data centre in Navi Mumbai. If the Mumbai facility is affected by a natural disaster, major incident or attack, the Odisha centre will provide backup support, ensuring that the country’s banking and payment systems, including UPI, RTGS and NEFT, continue to operate without disruption. Reasons RBI built its own facility instead of using private cloud (network of servers) Commercial Artificial Intelligence (AI) companies and tech firms rely on large public data centres to process big data, run algorithms, and host commercial apps. Public cloud infrastructure is shared across multiple clients and private businesses. The central bank created a standalone sovereign data centre to retain total operational independence. Renting space from third-party cloud vendors exposes central financial systems to risks such as vendor lock-in, global cloud outages, and potential foreign data access. By owning a dedicated Tier-IV facility, the RBI ensures that core banking infrastructure stays entirely within Indian jurisdiction, operated directly under regulatory control. Payment modes that benefit from the data centre Accoring to the RBI governor, Sanjay Malhotra, the sovereign facility supports both retail and large-value payment networks across the country: Unified Payments Interface (UPI): Front-end UPI transfers are managed by the National Payments Corporation of India (NPCI). However, final money clearing between individual commercial banks takes place through RBI-operated settlement systems hosted at the central data centre. Real Time Gross Settlement (RTGS): High-value business transactions depend on immediate processing. The new facility provides continuous uptime so large interbank transfers process without delays. National Electronic Funds Transfer (NEFT): Batch-processed funds transfers rely on RBI servers to complete clearance cycles reliably every half-hour. Government Treasury Operations: Tax collections, pension distributions, and sovereign debt settlements run directly through core applications housed inside the facility. How the data centre secures UPI and retail transactions Data centres safeguard digital payment systems like UPI through structural redundancy, encryption, and operational isolation. During peak transaction hours, millions of users send payments at the same time. If central servers slow down or fail, transactions freeze or fail. The RBI’s data centre uses multi-layered security controls to protect payment flows: Hardware Encryption: Encrypts account information, transaction IDs, and credentials as data moves between banks. Disaster Recovery Backup: Serves as a synchronized site to mirror data continuously, preventing system crashes during regional network failures. DDoS Protection: Blocks malicious traffic flooding intended to break banking servers during heavy usage. Strengthening overall security in India’s banking system The new facility enhances cybersecurity across the entire banking network in four main ways: Full Data Sovereignty: Keeps financial logs, transaction records, and sovereign debt data stored on Indian soil under strict regulatory access. Tier-IV Reliability Standard: Built with fault-tolerant systems, including redundant power feeds and backup network paths, to ensure high system availability. Dedicated Cybersecurity Defense: The integrated Cybersecurity Training Institute studies advanced cyber threats, AI-driven fraud schemes, and malware strains to update security protocols across Indian commercial banks. Systemic Risk Mitigation: Isolating central bank servers from public clouds shields national clearing pipelines from global third-party software outages.