India has taken a major step towards bringing blockchain technology into traditional financial markets with the country’s first tokenised corporate bond issue.
State-owned power-sector financier REC Ltd has raised ₹500 crore through a tokenised bond, testing how blockchain-based infrastructure can change the way debt securities are issued, recorded and settled. The issue carried a 7.30% coupon and was completed under the regulatory framework for the pilot.
But what exactly is a tokenised bond? Does it mean investors are buying a cryptocurrency? And what actually changes when a traditional bond moves to blockchain?
The answer is more practical than it may sound.
What Is a Tokenised Bond?
A tokenised bond is a conventional debt security whose ownership and transaction records are represented digitally using blockchain or distributed ledger technology (DLT).
The important point is that the bond itself does not become a cryptocurrency.
It still works like a traditional bond:
- An issuer raises money from investors.
- Investors receive interest according to the bond terms.
- The issuer has an obligation to repay the principal.
- The bond has a defined maturity.
- Investors have rights associated with the underlying security.
What changes is the technology used to represent, transfer and settle ownership of that bond.
In simple terms:
Traditional bond: Bond + conventional securities infrastructure
Tokenised bond: Bond + blockchain/DLT-based securities infrastructure
So, tokenisation changes the plumbing of the financial system, not necessarily the underlying financial product.
India’s First Tokenised Bond: What Happened?
REC became the first issuer in India to complete a tokenised corporate bond transaction.
The company raised ₹500 crore, with the issue carrying a 7.30% coupon and a tenor of around one year and eight months. The issue attracted bids worth approximately ₹796 crore, indicating demand above the amount ultimately raised.
The transaction is significant because it tests whether blockchain-based infrastructure can make India’s debt market faster and more efficient while retaining the regulatory framework surrounding securities.
Read More: Top 20 Platforms for Bond Investment in India (2026)
What Changes When Debt Moves to Blockchain?
This is the central question behind India’s tokenised bond experiment.
A conventional bond transaction involves multiple systems and processes for:
- Recording ownership
- Transferring securities
- Processing payments
- Confirming transactions
- Settling trades
- Reconciling records
Tokenisation can bring several of these processes closer together through a shared digital ledger.
Instead of separate records having to be repeatedly matched, the relevant ownership and transaction information can be maintained on distributed-ledger infrastructure.
This can potentially reduce settlement time and operational complexity.
How Does a Tokenised Bond Work?
The easiest way to understand it is through a simplified transaction.
Suppose an investor wants to purchase ₹10 lakh worth of a tokenised bond.
Step 1: The Bond Is Issued
The issuer creates the bond with defined terms such as:
- Face value
- Coupon
- Maturity
- Interest payment terms
- Other contractual conditions
The bond is then represented digitally through the tokenised securities infrastructure.
Step 2: The Investor Gets Access to the Digital Securities Infrastructure
Instead of relying only on the conventional securities-recording process, the investor’s ownership is represented through the relevant digital ledger infrastructure.
For India’s pilot, a new securities wallet infrastructure, often referred to as DEMAT 2.0, is being used to record tokenised bond holdings.
Step 3: Payment Takes Place Digitally
The payment leg can use India’s wholesale central bank digital currency (CBDC).
This creates an important connection between two digital systems:
Digital security + digital money
Step 4: Atomic Settlement
One of the biggest advantages being tested is atomic delivery-versus-payment (DvP).
This means the transfer of the bond and the transfer of money are linked.
In simplified terms:
Money moves → Bond moves
If the required conditions are not met, the transaction does not complete in the same way as an independent securities and payment leg would.
This can reduce settlement and counterparty risk.
What Is Atomic Settlement?
Atomic settlement is one of the most important concepts behind tokenised financial assets.
In a conventional transaction, the securities leg and payment leg can involve different systems.
With a tokenised structure, technology can connect the two legs.
For example:
Buyer pays digital rupees + Seller transfers tokenised bond → Transaction settles
The objective is to make both transfers occur as part of one linked transaction.
This is sometimes described as delivery-versus-payment, or DvP.
Is a Tokenised Bond a Cryptocurrency?
No.
This distinction is extremely important.
A tokenised bond is a financial security backed by the contractual obligations of its issuer.
A cryptocurrency such as Bitcoin is a digital asset with a fundamentally different structure.
| Tokenised Bond | Cryptocurrency |
|---|---|
| Represents a debt security | Represents a digital asset |
| Has an issuer | May operate without a central issuer |
| Has defined bond terms | Usually does not represent a debt claim |
| Pays interest if specified | No conventional bond coupon |
| Has maturity terms | Typically no maturity |
| Uses blockchain/DLT infrastructure | Blockchain is generally part of the asset’s core infrastructure |
| Regulated financial security framework | Regulatory treatment depends on the asset and jurisdiction |
Therefore, putting a bond on blockchain does not automatically make it a crypto asset.
Why Is India Testing Tokenised Bonds?
India already has highly developed electronic securities infrastructure.
That raises an obvious question:
If bonds are already digital, why put them on blockchain?
The potential advantage is not simply digitisation.
The objective is to make financial assets more programmable, interoperable and efficiently settled.
A tokenised system could potentially allow:
- Faster settlement
- Automated transaction rules
- Better transparency
- Reduced reconciliation
- Lower operational costs
- Greater efficiency in securities transfers
- Integration between digital securities and digital money
The REC pilot is therefore less about replacing the existing bond market overnight and more about testing what blockchain-based infrastructure can add to it.
What Is DEMAT 2.0?
DEMAT 2.0 refers to the digital securities-wallet infrastructure being developed to support tokenised securities.
Traditional demat accounts record securities electronically.
The tokenised framework takes this concept further by using distributed-ledger technology to represent and manage ownership of eligible securities.
The idea is not to eliminate the concept of securities ownership. Instead, it experiments with a different technological infrastructure for recording that ownership.
What Role Does the Digital Rupee Play?
The digital rupee becomes particularly important because tokenised securities need a reliable digital form of money for settlement.
In India’s pilot structure, the payment side uses the wholesale CBDC issued by the RBI.
This creates a potentially powerful combination:
Tokenised security + wholesale digital rupee + distributed ledger
Instead of transferring a digital security through one system and money through another, the two can potentially be connected through a common settlement process.
What Are the Potential Benefits?
Faster Settlement
One of the biggest potential benefits is speed.
Traditional securities transactions can involve multiple stages of processing and reconciliation.
Tokenised infrastructure can potentially support near-instant or same-day settlement.
REC’s pilot demonstrated same-day pay-in, allotment and listing, highlighting the operational efficiency being tested.
Greater Transparency
A shared ledger can provide authorised participants with a consistent record of transactions.
This can reduce discrepancies between separate databases.
Lower Operational Costs
If reconciliation and manual processing are reduced, the cost of handling securities transactions could potentially decline.
The actual savings, however, will depend on how widely the infrastructure is adopted.
Reduced Settlement Risk
Atomic delivery-versus-payment can reduce the period during which one party has transferred its side of a transaction without receiving the other side.
Programmability
One of the more interesting possibilities is programmable finance.
Rules associated with a security could potentially be embedded into the digital infrastructure, allowing certain processes to happen automatically when predefined conditions are met.
What Are the Risks and Challenges?
Tokenisation does not eliminate financial or investment risk.
Technology Risk
A blockchain-based system introduces new technology dependencies.
Technical failures, cybersecurity incidents or interoperability problems could affect the system.
Regulatory Complexity
Tokenised securities still need clear rules around ownership, custody, taxation, settlement and investor protection.
Liquidity
A tokenised bond is not automatically more liquid simply because it uses blockchain.
There still needs to be:
- Buyers
- Sellers
- Market infrastructure
- Sufficient trading volume
- Regulatory support
Infrastructure Requirements
Participants need compatible digital wallets and systems.
This can initially limit participation.
Investor Access
The REC pilot is not equivalent to a mass-market retail investment product.
The initial framework is designed around participating institutions and investors with the required infrastructure. Earlier reporting also indicated that the pilot would initially have limited participation and a lock-in period before a broader secondary market could develop.
Will Tokenised Bonds Replace Traditional Bonds?
Not immediately.
Tokenisation is better understood as an evolution of financial-market infrastructure rather than an instant replacement for existing bond markets.
Traditional bonds already have:
- Established exchanges
- Depositories
- Custodians
- Settlement systems
- Regulatory frameworks
- Large institutional participation
For tokenisation to become mainstream, it needs to demonstrate that the benefits justify the costs of building and connecting new infrastructure.
The REC pilot is therefore important because it provides a real-world test.
What Does This Mean for Investors?
For most retail investors, the immediate impact is likely to be limited.
The first phase is primarily about testing infrastructure and institutional participation.
However, successful tokenisation could eventually influence how investors access and trade debt securities.
In the longer term, it could potentially lead to:
- Faster bond settlement
- More efficient issuance
- Better transaction transparency
- Lower infrastructure costs
- New forms of digital bond distribution
- Greater integration between securities and digital currencies
Whether these benefits reach retail investors will depend on future regulatory decisions and market adoption.
Tokenised Bonds vs Traditional Bonds
| Feature | Traditional Bond | Tokenised Bond |
|---|---|---|
| Underlying instrument | Debt security | Debt security |
| Ownership record | Conventional securities infrastructure | DLT/tokenised infrastructure |
| Payment | Conventional payment rails | Can integrate with digital currency |
| Settlement | Existing settlement infrastructure | Potentially atomic/near-instant |
| Blockchain | Not required | Used in the tokenised infrastructure |
| Interest | As specified by bond | As specified by bond |
| Maturity | As specified by bond | As specified by bond |
| Crypto asset? | No | No |
Why India’s First Tokenised Bond Matters
The importance of India’s first tokenised bond goes beyond the ₹500 crore transaction itself.
The bigger experiment is whether blockchain can become part of India’s regulated financial-market infrastructure.
India has already built digital systems for payments and securities. The next step is testing whether those systems can interact with distributed ledgers and central bank digital currency to make financial transactions more programmable and efficient.
If the model works at scale, tokenisation could eventually extend beyond corporate bonds.
Potential future applications could include:
- Government securities
- Money-market instruments
- Private credit
- Asset-backed securities
- Fund units
- Other tokenised real-world assets
However, these are potential applications rather than guarantees of future implementation.
The Bigger Picture: From Digital Assets to Digital Financial Markets
Blockchain’s role in finance is often associated with cryptocurrencies.
But tokenised bonds demonstrate another use case.
The technology can be used without turning the underlying asset into a cryptocurrency.
The real transformation is in the infrastructure:
Paper assets → Electronic assets → Tokenised assets
The next phase of financial markets may therefore involve securities that remain fully regulated but use blockchain-based infrastructure for ownership, transfer and settlement.
India’s REC transaction is an early experiment in that direction.
Key Takeaways
India’s first tokenised corporate bond is significant not because it turns bonds into crypto, but because it tests a new way of operating the debt market.
The key points are:
- REC raised ₹500 crore through India’s first tokenised corporate bond.
- The bond carries a 7.30% coupon.
- Blockchain/DLT is used to represent and settle the security.
- Wholesale CBDC can be used for the payment leg.
- Atomic delivery-versus-payment can connect the movement of money and securities.
- Tokenisation can potentially reduce settlement time and reconciliation.
- It does not eliminate credit, market or liquidity risk.
- The initial pilot is primarily an infrastructure and market experiment.
- Wider adoption will depend on regulation, technology, liquidity and investor participation.
The bigger question is no longer whether bonds can be put on blockchain. India has now begun testing that in practice.
The next question is whether tokenised financial markets can operate more efficiently than the systems they are designed to complement or eventually replace.
FAQs
1. What is a tokenised bond?
A tokenised bond is a conventional debt security whose ownership and transaction records are represented through blockchain or distributed-ledger technology.
2. Is a tokenised bond the same as cryptocurrency?
No. A tokenised bond remains a regulated debt security. Blockchain is used as the underlying infrastructure for representing and settling the security.
3. What is India’s first tokenised bond?
REC completed India’s first tokenised corporate bond issue, raising ₹500 crore with a 7.30% coupon.
4. How does a tokenised bond work?
The bond is represented digitally on distributed-ledger infrastructure, while payment can be made using digital currency. The securities and payment legs can be linked through atomic delivery-versus-payment settlement.
5. What is DEMAT 2.0?
DEMAT 2.0 refers to the digital securities-wallet infrastructure being developed to record tokenised securities using distributed-ledger technology.
6. Does tokenisation make bonds risk-free?
No. Tokenisation may improve settlement and operational efficiency, but investors remain exposed to the credit risk of the issuer, market risk, liquidity risk and other risks associated with the bond.
7. Can retail investors buy India’s tokenised bonds?
The initial REC pilot is not a general retail product. Access depends on the participating investors and the infrastructure and regulatory framework applicable to the issue.
