AI, the Finternet and stablecoins: four
scenarios for banks, and what their boards must decide now
Five propositions to argue
with
This paper is written to provoke
debate in boardrooms, not to settle it. Each proposition below is argued in the
sections that follow. Readers who disagree are invited to say why.
• Your AI programme will not make your
bank more profitable. It will only keep it in the game. Most of the savings from AI are
likely to be competed away to customers (Section 1).
• India’s deposit franchise is already
eroding, and crypto has nothing to do with it. The share of low-cost current and
savings deposits has fallen from 44% to about 39% (Section 3).
• The most likely future for Indian
banks is to become excellent suppliers to interfaces they do not own. UPI has already shown how (Section
4).
• The next bank run may be started by
software, not by people. AI agents can move money faster and more in step than any queue of
depositors (Section 2).
• A bank that cannot prove it is secure
and trustworthy will soon not be allowed to connect, or chosen. In an open, agent-driven system,
resilience and trust become conditions of growth (Section 7, and Part 2).
Executive summary
By 2035, a bank’s value will depend
less on how well it uses AI than on two things it does not fully control:
whether money stays on bank balance sheets, and whether customers still make
their financial decisions inside the bank’s own channels. AI, tokenisation and
stablecoins are pushing both questions open at the same time.
Three forces, two uncertainties. Agentic AI could cut bank operating
costs by 20% or more, but most of that saving is likely to be competed away to
customers. The Finternet, the vision of interconnected tokenised ledgers set
out by Agustín Carstens and Nandan Nilekani, is being built at wholesale level:
the BIS has shown that tokenised deposits and central bank reserves can settle
cross-border chains atomically. Stablecoins, legal in the United States since
July 2025, compete for the deposit itself. Together these forces leave two
genuine uncertainties: who holds the money layer, and who holds the customer
interface.
Four scenarios for 2035. Crossing these gives four worlds. In Fortified
Incumbents, banks absorb the new technology. In Public Rails, Private
Balance Sheets, open networks and AI agents own the customer while banks
supply regulated balance sheets. In Banks as Token Houses, tokens spread
but banks issue and custody them. In Wallet World, big-tech and
stablecoin wallets hold balances and banks shrink to narrow roles.
India is not starting where the West
is. UPI has already
separated the payments interface from the bank. The Account Aggregator network
now facilitates 8.4% of retail and MSME lending by value. The RBI has rejected
stablecoins in favour of CBDCs and is piloting tokenised deposits on its wholesale
CBDC. Indian banks are also losing low-cost deposits for reasons unrelated to
crypto: the CASA share of deposits has fallen from 44% to about 39% as
households move savings into markets. On current policy India is heading for
the second scenario. It keeps the banking system intact but compresses margins
in the bank’s most profitable lines.
The US picture shifted this autumn. The OCC’s final GENIUS Act rule
(October 2026) tightened the ban on stablecoin yield, the CLARITY Act failed in
the Senate in September, and the November midterms are reported to have given
Democrats control of the Senate. Near-term pressure toward Wallet World
in the US may have eased, while bank-led tokenisation, as in Hong Kong where
HSBC and a Standard Chartered joint venture received the first stablecoin
licences, has gained ground.
Three foundations decide who wins. Whichever world arrives, defence,
trust and data will decide whether Indian finance captures the gains or absorbs
the losses. AI-enabled attacks are already draining smaller lenders, trust is
still treated as a given, and India’s richest asset, the data flowing through
its public rails and sector stacks, is not yet usable for AI. Section 7
summarises these issues; Part 2 of this paper, Building the Foundations,
examines them in depth and sets out what regulators and the ecosystem should
build.
What boards should do. Seven moves pay off in every
scenario: take AI cost-out to the core of the bank; build tokenised-deposit
readiness; make the bank usable by AI agents; take part in open credit networks
now, at controlled scale; re-price the deposit franchise and liquidity buffers
on the assumption that customer inertia disappears; bring AI, cyber and quantum
resilience onto the board’s own agenda; and make trust visible and verifiable.
Larger commitments should be held as options, triggered by the signposts in
Section 6 and by the bank’s own results. Section 9 poses the questions boards
should be debating now.
1. Why the usual framing
misleads boards
Most board discussion of the future of
banking treats AI as the main event and asks how fast the bank can adopt it.
The question matters, but it is the wrong place to start.
AI is a cost curve, not a strategy.
When every bank can buy the same models from the same vendors, AI-driven
efficiency becomes table stakes. McKinsey estimates agentic AI could cut
operating costs by 20% or more, yet expects most of that gain to be competed
away. It projects that global bank profit pools of about $1.2 trillion could
shrink by up to 10% over five to ten years if business models do not change.
The bank that fails to cut costs loses; the bank that succeeds mostly keeps
pace.
The real exposure is the franchise. Banks earn their best returns from
two quiet advantages: customers who leave money in low-yield accounts out of
inertia, and customers who begin every financial decision in the bank’s own
channel. Both advantages are under pressure from forces outside the bank.
Customer-side AI agents can sweep idle balances to the best rate every night.
Open networks such as UPI already route payments through third-party apps.
Stablecoins and tokenised money-market funds offer a dollar or yield-bearing
balance outside the deposit system.
Scenarios, not forecasts. No one can tell a board which of
these pressures will dominate by 2035, because the outcome turns on regulatory
choices still being made in Washington, Mumbai, Hong Kong and Brussels. This
paper therefore builds scenarios around the two variables that most change a
bank’s income statement, and asks what a board should do now that holds up in
all of them.
2. Three forces reshaping
banking
2.1 AI and the arrival of
agents
Executive expectations are running
ahead of results. In Accenture’s 2026 survey, 57% of banking executives expect
AI agents to be fully embedded in risk, compliance, audit and fraud within
three years, and 56% expect broad adoption in credit, lending and KYC. BCG
estimates agents could raise bank profitability by 30% and cut costs by 30 to
40% by 2030. Yet McKinsey reports that about 80% of companies using generative
AI see no significant bottom-line impact so far. All of these are projections
or expectations, not measured outcomes.
The more consequential shift is on the
customer side. Once a customer’s AI agent can compare products, move money and
apply for credit on the customer’s behalf, the bank loses both of its inertia
advantages. India is already building the rails. In 2025, NPCI, Razorpay and
OpenAI piloted payments from inside ChatGPT using UPI Circle and Reserve Pay.
In September 2026, Reuters reported that NPCI was weighing a Unified Agent
Protocol that would let agents make small payments without approving each one,
with liability following whichever party controls the step that failed.
Agents also change the speed of risk. In March 2023, customers withdrew $42
billion from Silicon Valley Bank in a single day and queued a further $100
billion for the next, together about 81% of its deposits, according to Federal
Reserve Vice Chair Michael Barr. That run was driven by people using phones. AI
agents acting on rate or risk signals could move balances faster and more in
step, so liquidity buffers and stress tests calibrated on historical outflow
rates may understate the risk. AI also makes fraud harder to stop: synthetic
identities and voice or video impersonation weaken authentication at the very
moment banks must start authenticating machines as well as people.
2.2 Tokenisation and the
Finternet
Carstens and Nilekani’s 2024 BIS paper
describes a Finternet of “multiple financial ecosystems interconnected with
each other, much like the internet”, built on tokenisation and unified ledgers.
What was a vision in 2024 is now a working wholesale prototype. Project Agorá,
run by the BIS and the Institute of International Finance with seven central
banks and more than 40 private institutions, began user testing in January
2026. In May 2026 it reported that tokenised central bank reserves and
commercial bank deposits can settle multi-currency cross-border chains
atomically, that settlement finality is legally achievable in all seven
jurisdictions, and that tokenisation does not change the legal status of
deposits. The next phase is real-value testing.
This is a Finternet that banks inhabit
rather than one that replaces them. The pressure falls on revenue lines that
exist because ledgers do not talk to each other: correspondent banking, FX
spreads, custody, trade documentation and reconciliation-heavy operations. The
opportunity lies in programmability: conditional payments, collateral that
moves in seconds, and fractional ownership of assets that are illiquid today.
The largest US banks are planning a tokenised deposit network through The
Clearing House for 2027, explicitly positioned against stablecoins. India’s RBI
launched a deposit tokenisation pilot on its wholesale CBDC in October 2025 and
a tokenised certificate of deposit pilot in 2026.
For India, the larger long-run
opportunity may lie in the retail side of the Finternet that Carstens and
Nilekani describe. Tokenised property titles, invoices and receivables could
give MSMEs and households collateral that lenders find hard to use today, which
would widen the credit market rather than just re-plumb it.
2.3 Stablecoins and the
fight for the deposit
The US GENIUS Act, signed on 18 July
2025, legalised payment stablecoins but bars issuers from paying interest or
yield. The stablecoin market stood at about $308 billion in August 2026, below
its May peak of $322 billion, with Tether and Circle holding about 82% between
them. The BIS 2025 Annual Economic Report argued that stablecoins fail three
tests of sound money: singleness (they do not always trade at par), elasticity
(they cannot expand to meet liquidity needs) and integrity (they are exposed to
illicit use).
For banks, the yield ban is the dam. A
stablecoin that pays no interest is a payments instrument. One that pays yield,
directly or through an affiliate or platform, is a deposit substitute without
deposit insurance or reserve requirements. Standard Chartered estimates that if
stablecoins reach $2 trillion by end-2028, about $500 billion could leave
developed-market bank deposits and about $1 trillion could leave
emerging-market banks. Today’s market is about 15% of that threshold, so these
are scenario numbers, not forecasts.
|
Jurisdiction |
Position as of November
2026 |
Implication for banks |
|
United States |
GENIUS Act in force; OCC
final rule issued 21 October 2026, effective 18 January 2027, bars yield paid
in connection with holding a stablecoin and drops the proposed safe-harbour
presumption. CLARITY Act failed cloture 49 to 50 on 15 September 2026. |
Yield-bearing stablecoins
held back for now; enforcement and future rulemaking decide the edges |
|
Hong Kong |
First stablecoin issuer
licences granted 10 April 2026 to HSBC and Anchorpoint (a Standard Chartered,
HKT and Animoca Brands joint venture) |
Banks are the first
licensed issuers: an early sign of Scenario C |
|
India |
RBI warns of risks to
monetary sovereignty and prefers CBDC; Finance Minister said in October 2025
that stablecoins are transforming money and capital flows |
Domestic stablecoins
unlikely near term; policy debate between government and RBI remains open |
Table
1. Stablecoin regulation in three reference jurisdictions. Sources: Hogan
Lovells, FinTech Weekly, Charltons, ThePrint, Yahoo Finance (see Sources).
3. India’s starting point
India enters this transition with two
features no other large economy shares: public digital rails that already sit
between banks and their customers, and a central bank that has chosen CBDC over
stablecoins. It also enters from a position of balance-sheet strength.
Scheduled commercial banks reported a return on assets of 1.4%, return on
equity of 13.5% and gross NPAs of 2.2% for 2024-25, the last a multi-decade
low, according to the RBI’s Trend and Progress report.
|
Indicator |
Latest figure |
What it signals |
|
UPI |
25.47 billion transactions
worth Rs 31.53 lakh crore in October 2026; volume up 23% year on year |
The payments interface
already sits outside banks |
|
Account Aggregator |
Rs 3.82 lakh crore across
3.68 crore loans in FY26; 8.4% of retail and MSME lending by value |
Open data rails reach
credit at scale |
|
Unified Lending Interface |
64 lenders and more than
136 data services by December 2025 |
Credit origination is
being opened next |
|
GenAI in Indian lenders |
86% have use cases under
implementation in 2026, up from 10% in 2024 |
Adoption is fast; scaling
to profit is the gap |
|
CASA share of deposits |
About 39%, down from a
peak of 44% in FY22 |
The low-cost deposit
franchise is already eroding |
|
Credit-deposit ratio |
82.5% in June 2026, up
from about 75% in mid-2025 |
Banks are paying more for
funding |
|
Retail e-rupee |
Rs 772 crore in
circulation, March 2026, down 24% year on year |
Retail CBDC has not found
a use beyond UPI |
|
Tokenised money |
Deposit tokenisation pilot
on wholesale CBDC since October 2025; tokenised CD pilot on the Unified
Markets Interface |
Bank money is being
tokenised under RBI control |
Table
2. India’s digital and banking baseline. Sources: Free Press Journal, Sahamati
via IANS, MediaNama, KNN India, Indian Express via SuperKalam, RBI via inkl and
NewKerala, Business Standard.
The deposit squeeze is already here. Indian banks are losing low-cost
deposits without any help from stablecoins. Households are moving savings into
equities and mutual funds, and banks are filling the gap with term deposits and
certificates of deposit that cost roughly 7 to 8%, against 3 to 4% for CASA.
This matters for the scenarios: Indian customers have already shown they will
move money for return once switching is easy. AI agents will make it easier
still.
AI adoption is broad but shallow. The BCG, FICCI and IBA study Winning
in the AI Era finds generative AI under implementation at 86% of Indian lenders
in 2026. The global gap between pilots and profit applies here too; there is
little public evidence yet of AI moving Indian banks’ cost-to-income ratios.
The RBI’s FREE-AI framework (August 2025) sets out seven principles, including
trust, fairness, accountability and explainability, and 26 recommendations. It
signals that the RBI will enable AI but hold regulated entities, and therefore
their boards, accountable for its use.
Payments taught banks a lesson. UPI let banks keep the deposit while
third-party apps took the customer interface, and zero merchant discount rates
removed most of the payments revenue. The same pattern could repeat in credit
and savings as ULI, the Account Aggregator network and ONDC’s financial
services layer mature.
Policy direction is clear, with one
open seam. The RBI’s
December 2025 Financial Stability Report warned that stablecoins pose
significant risks to monetary sovereignty and urged countries to prioritise
CBDCs. The RBI is pursuing wholesale and programmable uses instead: tokenised
deposits and certificates of deposit, and programmable food subsidies in three
states. Because the government has signalled more openness than the RBI, a
regulated rupee token, issued or backed by banks, remains a possible compromise
by the end of the decade.
4. Four scenarios for 2035
The scenarios cross two uncertainties.
The money layer asks whether transactional balances stay mostly in
regulated bank money (deposits, tokenised deposits, CBDC) or fragment into
stablecoins and other non-bank tokens. The customer interface asks
whether customers still decide inside bank channels or delegate to third
parties: AI agents, or apps running on open networks such as UPI, ULI and ONDC.
AI and tokenised settlement are present in all four worlds. What changes is who
captures their value.

Figure
1. Scenario frame for 2035: money layer by customer interface.
A. Fortified Incumbents
Regulators hold the line on stablecoin
yield and keep agent access to accounts tightly controlled. Banks deploy AI
across operations and launch tokenised deposits through consortia. The
franchise survives, but competition passes most AI savings on to customers, so
returns improve only modestly. Large banks with scale in technology win;
mid-sized banks consolidate.
B. Public Rails, Private
Balance Sheets
The UPI pattern spreads from payments
to credit, savings and investments. AI agents, running over open protocols such
as NPCI’s proposed agent layer, ULI and ONDC, choose products for the customer
in real time. Banks remain the regulated holders of deposits and credit risk
but compete as suppliers behind interfaces they do not own. Volumes grow
sharply, especially in MSME and first-time credit, while margins on deposits
and fee products compress. Banks that are the fastest, cheapest and most
reliable to call through an API take share.
C. Banks as Token Houses
Stablecoins and tokenised assets
spread, but banks keep the customer by becoming the trusted issuers, custodians
and distributors. Banks hold stablecoin reserves, issue their own tokenised
deposits or licensed stablecoins, and sell tokenised funds and real assets
through their own channels. Net interest income falls as balances move into
tokens; fee and custody income partly replace it. First movers in digital-asset
custody and tokenisation win. Hong Kong’s first licences, both to bank-led
issuers, show this path is real.
D. Wallet World
Stablecoins win a yield-like return
through platform rewards or new legislation, and big-tech or stablecoin wallets
with built-in AI agents become the primary financial account. Core deposits
leak, banks shrink toward narrow credit, custody and reserve-holding roles, and
much credit moves to funds and private credit. For emerging markets this world
also brings dollarisation through the phone. In India, the more plausible route
to D may not be dollar stablecoins but large payment apps, which already hold
the UPI interface, adding deposit-like products and credit at scale.
Where major systems sit
today
India may be heading for B: its public
rails are already taking the interface, while the RBI keeps money inside the
regulated system. The United States has moved away from D since September 2026,
with the CLARITY Act stalled and the OCC tightening the yield ban, and is now
drifting between A and C as large banks build tokenised deposit networks. Hong
Kong is the clearest early case of C. The euro area looks closest to A, given
its emphasis on a digital euro and bank-centred payments, though this paper has
not examined it in depth.
5. What each scenario does
to the income statement
Table 3 shows the direction of change
by 2035 relative to today. All cells are reasoned judgements, not modelled
estimates. Quantifying them for a specific bank is the natural next step for
any board using this paper.
|
Line item |
A. Fortified Incumbents |
B. Public Rails |
C. Token Houses |
D. Wallet World |
|
Net interest margin |
Slightly lower |
Sharply lower on deposits |
Lower |
Sharply lower |
|
Deposit base |
Stable |
Stable in total, more
rate-sensitive |
Partly moves into tokens |
Shrinks |
|
Loan volumes |
Steady growth |
Strong growth through open
origination |
Steady |
Shifts to funds and
private credit |
|
Fee income |
Stable |
Lower per unit, higher
volume |
Higher: custody, issuance,
distribution |
Lower |
|
Operating cost |
Much lower (AI) |
Much lower (AI, shared
rails) |
Lower, with new technology
spend |
Lower, on a smaller base |
|
Cross-border and FX
revenue |
Lower |
Lower |
Lower |
Much lower |
|
Return on equity |
Modestly higher for
leaders |
Polarised: winners up,
laggards down |
Higher for first movers |
Lower for most |
Table
3. Direction of change in key income statement lines by scenario, 2035 versus
today.
Two patterns run across all four
columns. First, cross-border, FX and reconciliation-based revenue falls
everywhere, because tokenised settlement removes the frictions these lines are
paid for. Second, AI cost savings appear everywhere but are kept only where the
bank still controls the customer. In scenarios B and D, the savings largely
flow to customers and platforms.
6. Signposts to watch, 2026
to 2030
Scenarios become useful when a board
knows which signals would show one of them taking hold. Each signpost in Table
4 is observable and tied to a direction on one axis.
|
Signpost |
Points toward |
Status, November 2026 |
|
US legislation or rules
permit yield-like stablecoin rewards |
Money fragments (C, D) |
Moving the other way: OCC
final rule tightens yield ban; CLARITY Act failed in Senate |
|
Stablecoin market passes
$1 trillion |
Money fragments (C, D) |
About $308 billion, August
2026 |
|
Banks become licensed
stablecoin issuers in major centres |
Banks as Token Houses (C) |
Hong Kong: HSBC and a
Standard Chartered joint venture licensed, April 2026 |
|
US bank tokenised deposit
network goes live |
Bank money holds (A, C) |
Planned for 2027 |
|
Agorá moves to real-value
cross-border settlement |
Tokenised bank money (A,
C) |
User testing from January
2026; real-value phase announced May 2026 |
|
NPCI formalises an AI
agent protocol for UPI |
Agents own the interface
(B) |
Under consideration, per
Reuters, September 2026 |
|
Account Aggregator share
of retail and MSME lending passes 20% |
Open origination (B) |
8.4% by value in FY26 |
|
RBI extends tokenised
deposits or a rupee token to retail use |
Tokenised bank money in
India (A, C) |
Wholesale pilots only |
|
Big tech gains a banking
or credit licence in India |
Agents and wallets (B, D) |
No public indication |
|
Indian CASA share falls
below 35% |
Deposit inertia breaking
(B, D) |
About 39%, mid-2026 |
Table
4. Signposts for scenario tracking.
Indian boards should review the India
signposts quarterly and treat the US and Hong Kong ones as early warnings.
Dollar stablecoins can reach Indian savers and exporters through offshore
channels whatever the RBI decides, so US rules on yield shape India’s exposure
too.
7. Beyond the scenarios: the
foundations question
The scenarios ask who will capture
value. A prior question is whether the system that value flows through can be
defended, trusted and powered by the right data. Part 2 of this paper examines
these issues in depth; the essentials for boards are below.
• Defence. AI-assisted attacks reportedly took
nearly Rs 300 crore from smaller NBFCs in about two months in 2026. Quantum
computing threatens the encryption the whole system relies on, and the G7’s
financial cyber experts expect the most critical systems to move to
quantum-safe cryptography around 2030 to 2032. In an interconnected system, a
partner’s breach becomes your problem (Part 2, Section 2).
• Trust. In a 2026 EY survey, 82% of Indian
banking customers trusted their bank with their data, but only 73% believed
fraud is resolved effectively. Once AI agents choose providers, trust that is
visible and machine-readable can become a funding advantage (Part 2, Section
3).
• Data and models. India is far behind in frontier AI:
its public AI mission has about $1.2 billion over five years, against roughly
$725 billion of capital spending planned by four US technology companies in
2026 alone. Its advantage lies in data from public rails and sector stacks,
which a federated institution could make usable for credit, fraud and risk
models (Part 2, Sections 4 and 5).
• The Global South. Components of India’s digital public
infrastructure are being piloted in 25 countries. Banks that learn to build on
open rails at home can carry those capabilities abroad (Part 2, Section 6).
What it means for boards. Two no-regret moves in Section 8, on
resilience and on trust, follow directly from these issues. Several options,
including contributing to a shared data institution and lending on sector
stacks, depend on whether the ecosystem builds the foundations that Part 2
proposes. Boards have a stake in that outcome and a voice in shaping it.
8. The board agenda
Boards cannot choose their scenario,
but they can avoid being caught unprepared by any of them. The agenda below
separates commitments that pay off in all four worlds from options to hold
until a signpost fires.
No-regret moves
1. Take AI cost-out to the core, now. Credit operations, KYC, compliance,
collections and servicing. In every scenario the savings are eventually
competed away, and the bank that has not made them loses outright. Measure
progress in cost-to-income terms, not in the number of pilots.
2. Build tokenised-deposit and
programmable-payment readiness. In India, this means active participation in the RBI’s deposit
tokenisation and wholesale CBDC pilots, and core banking that can hold and move
tokenised balances. The cost of readiness is small next to the cost of arriving
late, which risks losing custody and settlement roles.
3. Make the bank callable by agents. Machine-readable products and prices,
reliable APIs, agent authentication and clear liability terms. In scenarios B
and D an AI agent chooses the bank, and it will choose one it can read and call
reliably.
4. Take part in open credit networks now,
at controlled scale.
Connect to the Account Aggregator network, ULI and ONDC’s credit layer, with
explicit limits on exposure, pricing and risk. Treat it as a way to learn the
unit economics and build real-time underwriting before competitors lock in the
borrower data. Banks already account for 47.3% of AA-enabled lending by value
in the second half of FY26, so this is no longer an early bet. The risk to
manage is adverse selection: when a loan request reaches many lenders at once,
a bank’s wins can skew toward borrowers others priced higher or declined.
5. Re-price the deposit franchise and
liquidity on behaviour, not inertia. Stress-test net interest margin against a world where
customers’ agents sweep idle balances daily, and recalibrate liquidity buffers
for outflows at agent speed. India’s falling CASA share suggests this is a
present risk, not a 2035 one.
6. Put AI, cyber and quantum resilience
on the board’s own agenda. The FREE-AI framework and the RBI’s 2026 cybersecurity directions place
accountability on regulated entities. Boards need a named owner for AI model
risk, an inventory of AI uses, a view on liability for agent-initiated
transactions, and a funded plan to build a cryptographic inventory and move
critical systems to quantum-safe encryption. Smaller institutions should
actively seek shared services rather than wait for them. Part 2, Section 2 sets
out the shared capabilities they will need.
7. Make trust visible and verifiable. Adopt verified identity across
domains, apps and agents; publish service and fraud-resolution performance; and
make security and consent practices machine-readable so that customers’ AI
agents can recognise them. Treat this as a source of funding advantage, not a
compliance cost. Part 2, Section 3 describes what a financial trust standard
could contain.
Options to hold
• Balance-sheet-as-a-service as the core
model. Reorganising
the bank around supplying credit and deposits behind open networks and fintech
front ends, with volume rather than margin targets and less own distribution.
This cannibalises own channels if the bank turns out to be in Scenario A or C.
Trigger: the bank’s own open-network loans perform at least as well as its
own-channel book over a full credit cycle and add to return on equity.
• Token issuance and custody. Issuing tokenised deposits or a
regulated rupee token, and offering custody for tokenised assets or stablecoin
reserves. Trigger: the RBI opens a retail tokenised-money path, or Agorá-style
settlement goes live in rupee corridors.
• A proprietary customer agent. Building the bank’s own AI agent is
worth it only if banks keep the interface. Trigger: regulators restrict
third-party agent access to accounts.
• Contributing to a shared financial AI
data institution.
Making de-identified data available to secure, federated training environments
in return for access to better credit and fraud models. Trigger: a governance,
security and liability framework that the bank’s board is satisfied with. See
Part 2, Section 4.
• Lending and insurance built on sector
stacks. Agricultural,
health and green-energy products underwritten with Agri Stack, ABDM and India
Energy Stack data through ULI and the Account Aggregator network. Trigger:
consent and data-quality standards that make this data reliable enough for
underwriting. See Part 2, Section 5.
Questions every board should
ask management
• What share of our net interest margin
depends on customer inertia, and what happens to it if that inertia is gone by
2030?
• Which of our revenue lines exist only
because ledgers do not talk to each other?
• If an AI agent were choosing a bank
for our best customer today, would it choose us, and why?
• How fast could our deposits leave if
customers’ agents moved them, and do our liquidity buffers assume that speed?
• If a smaller lender or fintech partner
connected to us were breached tomorrow, how quickly would we know, and what
would it cost us?
• Which of our systems would be exposed
if today’s encryption were broken, and when will they be migrated?
• If our main AI model provider changed
its pricing or access tomorrow, what would stop working, and how quickly could
we switch?
• Who on this board can challenge
management on AI model risk and tokenisation architecture?
9. Questions for discussion
These questions do not have settled
answers. They are offered for boards, management teams and industry forums to
argue over.
• If customers’ AI agents could move
every rupee to the best rate overnight, what would your deposit base look like
a year later?
• Would your bank rather own fewer
customers at a healthy margin, or serve everyone’s interface at a thin one? Has
the board actually made that choice, or is it being made by default?
• Which of the four scenarios is your
current strategy implicitly betting on, and what would make you change that
bet?
• UPI made payments free and moved the
customer to third-party apps. Should Indian banks welcome the same model in
credit and savings, or resist it?
• Should India allow banks to issue
rupee tokens to retail customers before someone else offers Indian savers a
dollar token on their phones?
• When a customer’s AI agent makes a bad
financial decision, who should bear the loss: the customer, the agent’s
provider, the bank or the network?
• Is your bank spending on AI to cut
costs, to win customers or to defend itself? Can it afford to do only one?
10. Limitations and next
steps
• Most AI impact figures are consultancy
projections and executive expectations. Indian bank-level evidence of AI-driven
cost reduction is not yet public.
• The income statement effects in
Section 5 are directional. A next version should model net interest margin at
risk for an illustrative Indian bank under each scenario.
• Several figures come from secondary
reporting of primary documents (RBI, Sahamati, NPCI, BIS, BCG-FICCI-IBA).
• US political developments after the
November 2026 midterms are reported, not yet reflected in legislation, and may
change quickly.
• The euro area and other
emerging-market DPI systems, including Indonesia, are treated briefly. Defence,
trust and data are summarised here and examined in Part 2.
“Innovations like stablecoins are transforming the landscape of money and capital flows. Such developments underscore the scale of transformation underway. They also remind us that no nations can insulate itself from systemic change. Whether we welcome these shifts or not , we must prepare to engage with them.” Ms. Nirmala Sitharaman. Finance Minister, India
About the author
T Koshy is the founding Managing
Director and CEO of India’s Open Network for Digital Commerce (ONDC), and
serves on the Board of Commissioners of the Indonesia Open Network (ION), a
Beckn protocol-based digital public infrastructure initiative modelled on ONDC.
He is a Director on the boards of CRIF
High Mark, Aditya Birla Housing Finance, Perfios Account Aggregation Services
and Last Mile Care.
His career spans NSDL, EY, Projects
with the World Bank and the Asian Development Bank, as well as several national
digital transformation programmes in India. He is a distinguished alumnus of
IIM Bangalore.
Disclosure: the author’s roles at a credit
information company, an Account Aggregator, a housing finance company and an
open commerce network relate directly to several scenarios discussed in this
paper. The views expressed are his own and do not represent those of any
organisation with which he is associated.
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