Niti Aayog floats idea of full-stack digital banks

PTI, Nov 24, 2021, 8:11 PM IST

Representative Image

New Delhi: Government think-tank Niti Aayog on Wednesday proposed setting up of full-stack ‘digital banks’, which would principally rely on the internet and other proximate channels to offer their services and not physical branches, to mitigate the financial deepening challenges being faced in the country.

The Aayog, in a discussion paper titled ‘Digital Banks: A Proposal for Licensing & Regulatory Regime for India’, makes a case and offers a template and roadmap for a digital bank licensing and regulatory regime for the country. Digital banks or DBs are banks as defined in the Banking Regulation Act, 1949 (B R Act), the paper said.

”In other words, these entities will issue deposits, make loans and offer the full suite of services that the B R Act empowers them to. As the name suggests, however, DBs will principally rely on the internet and other proximate channels to offer their services and not physical branches,” it said.

The paper noted that India’s public digital infrastructure, especially UPI, has successfully demonstrated how to challenge established incumbents.

UPI transactions measured have surpassed Rs 4 lakh crore in value. Aadhaar authentications have passed 55 lakh crore. ”Finally, India is at the cusp of operationalising its own Open banking framework,” the paper said.

”These indices demonstrate India has the technology stack to fully facilitate DBs. Creating a blue-print for digital banking regulatory framework and policy offers India the opportunity to cement her position as the global leader in Fintech at the same time as solving the several public policy challenges she faces,” it said.

The paper also recommends a two-stage approach, with a digital business bank license to begin with and Digital (Universal) Bank license after policymakers and regulators have gained experience from the former. Focus on avoiding any regulatory or policy arbitrage and giving a level playing field is an important recommendation.

”Moreover, even with the Digital Business Bank license, it recommends a carefully calibrated approach” comprising of issue of a restricted digital business bank license (in terms of volume/ value of customers serviced and the like).

Enlistment (of the licensee) in a regulatory sandbox framework enacted by the RBI, and issue of a ”full-stack” Digital Business Bank license (contingent on satisfactory performance of the licensee in the regulatory sandbox including saliently, prudential and technological risk management), are the other steps suggested in the paper.

The paper said that while RBI’s authority to issue a license to a banking company under the Banking Regulation Act is straightforward, an additional step is necessary for creating a licensing regime for digital business banks that permits them to offer value-added services that are complementary to their core financial business, on the same balance sheet as the banking services.

It further suggested that minimum paid-up capital for a restricted digital business bank operating in a regulatory sandbox may be proportionate to its status as restricted. While the RBI is the final arbiter of what numerical value constitutes ”proportionate”, the paper has proposed a ladder for minimum paid-up capital by way of illustration.

”As per the illustration, upon progression from the sandbox into the final stage, a full-stack digital business bank will be required to bring in Rs 200 crore (equivalent to that required of the Small Finance bank),” it suggested.

Niti Aayog CEO Amitabh Kant in his foreword said this discussion paper examines the global scenario, and based on the same, recommends a new segment of regulated entities — full-stack digital banks. ”Based on the comments received, the paper will be finalized and shared as a policy recommendation from Niti Aayog,” he said.

While India has made rapid strides towards enabling financial inclusion, credit penetration remains a public policy challenge, especially for the nation’s 63 million odd MSMEs.