T+1 DVP settlement for digital bonds & settlement PoC using digital currency

T+1 DVP settlement for digital bonds & settlement PoC using digital currency

Nomura Research Institute, Nomura Securities, BOOSTRY, DeCurret DCP, and Sumitomo Mitsui Banking Corporation collaborated on the issuance of a digital bond using a new settlement scheme, and executed a proof-of-concept for Japan's first securities settlement using digital currency. These steps would expand the market for digital securities and demonstrated the scheme’s feasibility.

Background

Ever since NRI issued the first digital bond (a private placement bond) in Japan in 2020, the Japanese market for digital securities has accelerated, both in terms of diversification of products and the number of financial institutions handling them, with the he total value of public issuances growing to more than 150 billion yen.

On the other hand, settlement risk has been pointed out as one of the obstacles to trading in the domestic market for digital securities, particularly for growing the pool of investors in wholesale digital bonds.

This project sought to demonstrate the utility of a new settlement scheme that combines BOOSTRY’s new system and SMBC’s banking service, applied to a digital bond newly issued by NRI to introduce Delivery Versus Payment as a standard settlement method for trading security tokens, reducing settlement risk with the future aim of expanding the trading of digital bonds. In addition, settlement was performed on a T+1 basis.

Separately from the above issuance of digital bonds, it was decided to conduct a test mint of DCJPY, a type of digital currency developed by DeCurret DCP that represents tokenized deposits, using the testing environment for DCJPY and applying them to the settlement process anticipated for digital bonds to show that a digital currency can be used in the place of fiat currency (yen) for trading in digital bonds.

Digital currencies, which are a focus of attention worldwide as a new means of payment, hold promise as a n effective means to make securities settlement processes more efficient and reliable; this PoC will be a starting point for transforming securities settlement processes as well as a first step toward greater convenience for users.

Issuance of digital bonds utilizing a new settlement scheme

The first digital bond in Japan to offer DVP settlement

With respect to wholesale bonds in Japan, the Japan Securities Depository Center (JASDEC), whose book-entry transfer system has provided an electronic record and rendered physical securities unnecessary, has widely offered DVP settlements as part of its function of reducing settlement risk. But because digital bonds are not handled by JASDEC, DVP has not been available for digital bonds.

For the digital bonds in this project, DVP was made possible using the new smart contract functions on ibet for Fin, a blockchain whose development was led by BOOSTRY and which is operated and maintained by BOOSTRY as the secretariat for the ibet for Fin consortium, together with the banking services of SMBC.

Specifically, DVP was achieved by reconciling information on the trading of digital bonds against the bank remittance information of the parties to the trade, using ordinary bank accounts that are accessed day-to-day. This demonstrated that DVP can be offered as a standard settlement method for trading in security tokens.

T+1 settlement

To settle trades in book-entry transfer bonds (publicly traded) at the time of issue, settlement is set for the fourth business day from the trade date or later, in accordance with JASDEC procedures. On the other hand, JASDEC procedures do not apply to digital bonds, since they are not handled by JASDEC, so the settlement period can be reduced by making post-trade processing more efficient.

In this project, the parties to the settlement of this security considered ways to streamline the process and achieved the fastest settlement ever for publicly traded bonds in Japan: the trade date + 1 business day.

Reducing the settlement period reduces settlement risk following the closing of a trade and offers the added advantage of making the procured funding available to the issuer sooner. In future, it will be possible to complete transaction processing even more quickly by digitalizing all work processes by the relevant parties.

PoC for the use of digital currencies in settling securities trades

Digital currency is a general term for assets with features like money that are recorded, stored, and transferred using distributed ledger technology; digital currencies are a focus of attention worldwide for their potential to automate settlements using the functions of distributed ledgers, reducing effort, labor costs, and human error, and expanding the future possibilities for processing securities trades.

Existing processes for settlement of digital securities are premised on the use of legal tender, but this PoC has confirmed the successful simulation of this process in a test environment with digital currency used in the place of a fiat currency. To implement this test, the parties to the securities settlement gathered in an actual physical space to consider the feasibility of future securities settlements in digital currencies.

Future possibilities and level of anticipation for settlements in digital currencies

Expanding the base of participants in digital securities trading

  • The system set up by BOOSTRY provided the testing environment to simulate DVP for digital bonds, allowing the group to confirm that the system could be used not only for conventional settlements in fiat currencies using bank accounts, but also more versatile use such as settlement in DCJPY offered byDeCurret DCP. It was demonstrated that this could be a standard scheme for DVP settlement of digital bonds that could be applied to other use cases.
  • Based on the workflow for DVP settlements confirmed in this PoC, the systems of BOOSTRY and DeCurret DCP might be mutually linked in the future to achieve an efficient DVP settlement scheme for digital bonds.

In the future, it may be possible to make the following kinds of securities settlements more efficient and reliable by employing smart contracts and other features of digital currencies.

  • Straight through processing (STP)5 of securities transactions using digital currency settlements
  • Same-day settlements (trade date + 0 business days) and real-time gross settlements
  • Automated payment of bond coupon, redemption money, etc.

Extension to other types of currencies and accounts; interconnectivity with other digital currencies could increase the utility of this system for parties to securities settlements

Key issues to be resolved before practical use

Issuance and use of digital currencies

  • The complexity of system requirements needed to handle bank deposits as tokens on a distributed ledger system (such as consideration of both the discrete and general features of digital currency platforms meeting the legal policies of individual financial institutions, which are based on the supervisory guidelines of the Financial Services Agency)
  • Establishing the economic justification for the investment needed to connect to a core banking system
  • Preparations by issuing banks and establishment of regulations, etc. in view of the characteristics and legal status of digital currencies
  • Establishing readiness on the user side for the use of digital currencies
  • Diversification of use cases for digital currencies

Securities settlements using digital currencies

  • Standard handling of digital securities within existing systems for securities trading
  • Establishing seamless connectivity between the systems involved in securities settlements
  • Establishing methods for DVP settlement of digital securities or digital currencies traded on separate distributed ledgers
  • Standardization of securities settlement processes using digital currencies and adoption across the industry

Future direction

Focusing on the issues relating to securities settlements using digital currencies, the participants intend to formulate standard work processes and flows based on the content of deliberations in this PoC and to pursue further discussion on standardization relating to connectivity between the systems involved in securities settlements.


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