RBI Proposes 1-Hour Safety Delay for Large UPI and IMPS Transfers
RBI UPI delay proposal may add a 1-hour wait for transfers above Rs 10,000 to prevent fraud. New UPI rules aim to boost digital payment security in India.
The RBI is considering a new 1-hour delay for UPI and IMPS transfers over Rs 10,000 to prevent digital fraud. Learn how these new rules could protect your money.

Digital payments have transformed the way money is handled in India, making "instant" the new standard, but this speed has also become a tool for scammers to quickly drain bank accounts. To resolve this rising concern, the central bank is thinking to start a new RBI UPI delay proposal to add a much-needed safety net for users.
According to the potential RBI digital payments rules, a Rs 10,000 transfer delay might soon be introduced for specific transactions. Under this plan, if someone wants to transfer money for the first time and the amount exceeds ten thousand rupees, the payment won't go through immediately.
Instead, there would be a one-hour window before the recipient gets the funds. This UPI transfer delay in India is designed to give you a "cooling-off" period to catch any mistakes or realise if you are being targeted by a fraudster.
This safety measure isn’t limited to just mobile apps. An IMPS transfer delay would also likely apply to these high-value, first-time transactions. The main idea behind this rule is to slow down the process. The bank wants to give you enough time to cancel the payment or alert authorities if something feels wrong. Currently, once the "Send" button is pressed, the money is gone forever, making it nearly impossible to recover funds lost to scams.
While some users might feel that a wait time takes away from the convenience of digital banking, the goal is to balance speed with security. In a world where digital theft is becoming more sophisticated, a short pause could be the best defence for your savings. This move highlights a shift toward prioritizing financial safety, ensuring that our digital economy remains both fast and trustworthy.

