The launch of the ‘Demat 2.0 pilot by SEBI, in early September, for tokenised corporate bonds has put post-trade infrastructure back into the spotlight, opening a fresh discussion about how technology can change the way securities are held and processed after a transaction has been agreed. SEBI described the initiative as a pilot for tokenised corporate bonds and has separately published FAQs around the programme, making the development part of a wider regulatory effort to explore how emerging technology can be incorporated into the securities-market infrastructure. The significance extends beyond tokenisation itself because it raises a basic financial question that clients encounter far more often than they realise: How much value is lost in the interval between executing a transaction and achieving certainty that the transaction has actually settled?
Settlement is one of the most invisible components of modern finance. When everything works, the customer places an order, the transaction is executed and the resulting securities or funds appear where expected. Behind that apparently simple sequence are processes involving confirmation, clearing, transfer, record-keeping, reconciliation, funding and the establishment of the final position. Most customers do not think about these processes until something takes longer than expected.
The economic significance of that delay can be substantial even where no direct financial loss occurs. Money that has not settled may not be available for the next investment.
Securities that have not been transferred may not be available for another transaction. Treasury teams may need to retain additional liquidity, operations teams may have to investigate exceptions and customers may have to wait before they can confidently make the next financial decision.
This is why settlement speed and settlement certainty should be considered together. A transaction that completes quickly but generates uncertainty about its status can create more operational friction than a slower transaction whose progress is completely transparent. The customer needs to know not only how long settlement is expected to take but whether the transaction has reached the stage at which the resulting funds or securities can actually be relied upon.
SEBI’s Demat 2.0 pilot is particularly relevant because tokenisation has the potential to change how different stages of the securities lifecycle interact. The regulator’s launch of the pilot for tokenised corporate bonds indicates an effort to explore new technology within a regulated securities framework rather than treating tokenisation as an entirely separate financial ecosystem. The commercial significance will finally depend upon whether such innovations can reduce friction while maintaining the legal, operational,
security and investor-protection requirements that underpin the market.
“The value of faster finance is not simply that a transaction completes sooner. It is that the client can make the next financial decision with greater certainty,” FSCL said.
“Settlement delays can tie up liquidity, complicate reconciliation and create uncertainty around ownership or availability of funds, making post-trade infrastructure an important part of the client experience.”
That final point is particularly important because settlement sits between one financial decision and the next. Consider an investor selling one asset to fund another purchase. If the proceeds remain unavailable longer than expected, the second transaction may be delayed. Consider a business using securities as part of its liquidity management. A delay in settlement can affect the timing of another obligation.
Consider a financial institution processing thousands of transactions simultaneously. A small percentage of exceptions can create a substantial reconciliation workload.
Settlement friction therefore has a multiplier effect. One delayed transaction may require a single follow-up.
Thousands of delayed or unmatched transactions can require an entire operational process. The cost then moves from the transaction itself to staff time, customer support, reconciliation, liquidity management and risk oversight.
This also explains why customers may perceive post-trade infrastructure differently from the institutions operating it.
The institution sees a transaction moving through several controlled stages. The customer sees money that is either available or unavailable, securities that are either visible or missing and an instruction that is either confirmed or uncertain. The technology may be sophisticated, but the customer experience remains brutally simple.
The emergence of tokenised securities could eventually make some of these processes more integrated. Programmable systems can potentially link transaction conditions, ownership records and settlement events more closely, reducing some forms of manual intervention. Such possibilities, however, have to be assessed against the practical realities of market infrastructure. A faster process is valuable only when the resulting record is reliable, the ownership position is clear and participants can establish finality with confidence.
There is also a client-retention dimension. Settlement delays rarely produce immediate account closures. Instead, repeated friction can influence where customers direct their next transaction. An investor may discover that another platform provides faster visibility of settled positions. A corporate client may prefer a provider that offers more transparent reconciliation. An institution may gradually route
more activity through an intermediary whose post-trade processes create less operational work.
This is where seemingly invisible infrastructure becomes commercially significant. Customers may never say that they left because of a settlement architecture problem. They may describe the reason as better service, greater convenience, faster access to funds or easier reconciliation. Behind that decision can sit a series of small post-trade frustrations accumulated over time.
The shift towards more advanced settlement infrastructure therefore needs to be understood as part of the wider competition for financial trust. Faster systems can reduce friction, but transparent systems can reduce uncertainty, and reliable systems can reduce the need for customers to think about the machinery operating behind their transactions.
The hidden cost of slow settlement is ultimately the cost of making the customer wait before making the next decision.
In financial markets, where one transaction often funds, supports or triggers another, every additional interval between execution and certainty can become another point of friction. The future of post-trade finance will consequently be judged not only by how quickly an asset moves, but by how confidently the customer can plan around it.