Prompt:
I am thinking of a paradigm that prevents a global monopoly.. thinking of a relay marathon where all participants are given a relay and can stop running anytime giving it to anyone willing to take it forward.. how can open source and temporarily for profits make this a reality for finternet as a platform of digital payments?
Response:
Yes. I think your relay-marathon analogy is actually a useful governance paradigm for the Finternet—and it leads to a different question from simply “How do we make Finternet open source?”
The question becomes:
How do we design a financial infrastructure in which no participant can permanently own the race?
The BIS Finternet proposal itself explicitly argues for multiple interoperable ledgers rather than one dominant ledger, and describes a “network of networks” with interoperability, modularity and evolvability. (Bank for International Settlements) India’s DPI experience similarly relies on public infrastructure plus private-sector innovation and interoperability. (Bank for International Settlements)
Your relay idea could add an important economic/governance layer that isn't captured merely by saying “open and interoperable.”
1. Think of the Finternet as a relay race
Imagine that a Finternet payment service is a baton.
There are several participants:
Protocol → Ledger → Payment provider → Wallet → Merchant → User
But nobody owns the baton forever.
A participant can say:
“I don't want to operate this component anymore.”
It must then be possible for another qualified participant to take over without the ecosystem collapsing.
That gives us a principle:
Transferability of participation
Not just:
“Anyone can join.”
But:
“Anyone capable of satisfying the rules can take over an existing role.”
That's much stronger.
2. Open source alone doesn't prevent monopoly
This is the important distinction.
Suppose we release the entire Finternet payment stack as open source.
Company A forks it.
Company A becomes enormously successful.
Eventually:
merchants depend on A
users depend on A
developers depend on A
liquidity accumulates around A
APIs become A-specific
data becomes A's moat
switching becomes painful
The source code remains open.
But the ecosystem has become economically closed.
This is essentially the problem with many “open” ecosystems.
So I would separate three forms of openness:
| Layer | Question |
|---|---|
| Code openness | Can I inspect and fork the software? |
| Protocol openness | Can I participate using the same protocol? |
| Economic openness | Can I replace an incumbent without losing the ecosystem? |
Your relay concept is particularly interesting because it attacks the third one.
3. “Temporary for-profit” becomes interesting here
I wouldn't try to eliminate profit.
I'd make profit a temporary reward for carrying the baton.
For example:
A company builds a very good Finternet payment router.
For five years it can make money from:
transaction processing
premium services
performance fees
enterprise integration
liquidity services
analytics where legally permissible
But it doesn't receive permanent ownership of the underlying infrastructure.
The fundamental protocol remains open.
And crucially, the right to operate the service is separable from ownership of the protocol and user assets/data.
That creates something like:
Profit from operating infrastructure ≠ ownership of infrastructure.
That's a very powerful distinction.
4. The baton needs to contain the state
This is where the analogy becomes technically meaningful.
Imagine Company A operates a payment node.
It shouldn't possess an irreplaceable database containing:
“Everything necessary to continue the financial relationship.”
Instead, the system should define a portable state:
USER
│
├── identity / credentials
├── permissions
├── assets
├── transaction history
└── preferences
│
▼
FINTERNET PROTOCOL
│
┌──────┼──────┐
▼ ▼ ▼
Node A Node B Node CIf A disappears:
A stops
│
▼
State remains valid
│
▼
B takes over
│
▼
User continuesThe user's financial life shouldn't have to be re-created merely because a company disappeared.
That is the essence of the relay.
5. I would introduce a new design principle
You could formulate this academically as:
Continuity without incumbency
A Finternet service should remain operationally transferable between independent participants without requiring users to abandon their assets, identities, permissions, transaction history or interoperability.
That is stronger than interoperability.
Interoperability says:
A talks to B.
Your principle says:
If A disappears, B can replace A.
That is resilience against monopoly.
6. And this gives you a potentially interesting research problem
You could model a Finternet ecosystem as a graph.
Nodes:
banks
payment providers
wallets
ledger operators
identity providers
liquidity providers
compliance providers
developers
Edges:
payment
identity
settlement
authentication
messaging
liquidity
data exchange
Now define replaceability.
For a critical service :
A healthy Finternet would try to maintain:
for every critical component.
A monopoly emerges when:
even if the software itself is open source.
That's potentially a much more interesting research direction than simply saying “Finternet should use blockchain/open source.”
7. The relay needs rules for handing over the baton
This is where governance becomes crucial.
Suppose a payment provider wants to quit.
The protocol could require:
Before exiting
Publish its current interoperable state.
Notify dependent participants.
Allow another certified operator to assume the role.
Transfer cryptographic credentials according to predefined procedures.
Preserve auditability.
Preserve user portability.
Continue service during a transition period.
Then:
OPERATOR A
│
"I am exiting"
│
▼
TRANSITION WINDOW
│
┌─────┴─────┐
▼ ▼
Operator B Operator C
│
▼
takes baton
│
▼
USERS
continue normallyThe company can leave.
The infrastructure doesn't.
8. This also changes how we should think about startups
This is perhaps the most exciting part of your idea.
Today a startup often thinks:
“How do I build something so users cannot leave?”
Your Finternet model could encourage:
“How do I build something so good that users choose me, even though they can leave?”
That's a fundamentally different competitive environment.
A company gets rewarded for:
efficiency
UX
reliability
innovation
lower costs
better services
rather than:
lock-in
proprietary formats
data captivity
network effects deliberately made non-portable.
9. There is already a philosophical precedent in India's DPI
This isn't completely alien to the Indian architecture.
RBI has described India's DPI approach in terms of public digital infrastructure, private innovation, open access, interoperability and competition. (Reserve Bank of India)
And UPI demonstrates an important version of the idea: the underlying payment infrastructure is separated from the customer-facing applications. Current UPI scale illustrates why this separation can support a large ecosystem rather than requiring one consumer application to own the whole experience. (Reuters)
Your proposal could push this one step further:
Don't merely make the interface interoperable. Make the economic role itself replaceable.
10. I would NOT make everything permanently non-profit
That could kill innovation.
Instead, think:
Open core + competitive operators + temporary rents
Something like:
OPEN FINTERNET PROTOCOL
│
┌────────────────┼────────────────┐
│ │ │
Operator A Operator B Operator C
│ │ │
└─────── compete on service ─────┘
│
▼
USERS / ASSETSEach operator can make money.
But:
The protocol cannot be privately captured.
The user relationship cannot become permanently captive.
The state cannot be held hostage by one operator.
Another operator can pick up the baton.
11. There is an even deeper idea here
You could make “exit” a first-class primitive.
Most software systems have:
authentication
authorization
transaction
settlement
recovery
Your architecture would explicitly have:
EXIT / HANDOVER
as a protocol operation.
For example:
REGISTER
AUTHENTICATE
TRANSFER
SETTLE
REVOKE
RECOVER
HANDOVERThe system would be designed from day one around the assumption:
Every operator is temporary.
That's a profound architectural constraint.
It changes how you design APIs, databases, credentials, data formats, governance and business models.
12. And this fits remarkably well with your earlier Finternet/UI research
You've been thinking about AI-generated QML interfaces running on a distributed infrastructure.
There's a nice connection.
Imagine:
FINTERNET
│
Open protocol layer
│
┌───────────┼───────────┐
│ │ │
Cloud A Cloud B Local Node
│ │ │
AI/UI AI/UI AI/UI
│ │ │
└───────────┼───────────┘
│
UserThe UI provider can change.
The cloud can change.
The AI model can change.
The payment provider can change.
The user's financial state survives all of those changes.
That gives you a much larger concept:
Portable computation + portable financial state + replaceable operators
And that is beginning to look less like another payment app and more like a design philosophy for the Finternet.
The phrase I'd keep
If you want to develop this into a PhD/research idea, I would keep the relay metaphor but give it a formal name:
The Relay Principle: Critical digital-financial infrastructure should be designed so that any qualified participant can relinquish or assume an operational role without disrupting user continuity or transferring permanent control over the underlying protocol, assets or identity.
And the economic model:
“Temporary profit, permanent openness.”
That is, in my view, considerably more interesting than simply proposing “an open-source Finternet.”
The BIS itself says the Finternet should not be a single “one ledger to rule them all,” but a set of interoperable ledgers and networks. (Bank for International Settlements) Your relay principle could be a governance/economic mechanism for making that network-of-networks resistant to concentration.
If you develop this further, I would formulate it as a formal “anti-monopoly architecture” for Finternet, with measurable properties such as replaceability, exit cost, state portability, operator concentration and recovery time. That could become a much sharper research contribution than a generic open-source-payment-platform proposal.
