Firms Complete Successful Blockchain Equity Swap Smart Contract | Practical Law

Firms Complete Successful Blockchain Equity Swap Smart Contract | Practical Law

A consortium of firms successfully completed a test of over-the-counter (OTC) equity swap smart contracts and the use of blockchain technology for managing affirmations and post-trade lifecycle processing for OTC equity swaps.

Firms Complete Successful Blockchain Equity Swap Smart Contract

Practical Law Legal Update w-004-3726 (Approx. 3 pages)

Firms Complete Successful Blockchain Equity Swap Smart Contract

by Practical Law Finance
Published on 03 Nov 2016USA (National/Federal)
A consortium of firms successfully completed a test of over-the-counter (OTC) equity swap smart contracts and the use of blockchain technology for managing affirmations and post-trade lifecycle processing for OTC equity swaps.
On October 18, 2016, nine firms announced the successful completion of a test of over-the-counter (OTC) equity swap smart contracts and the use of blockchain technology for managing affirmations and post-trade lifecycle processing for OTC equity swaps.
The test, which lasted over several months, showed efficiency improvements and cost savings for mark-to-market calculations of positions and exposures under the transactions, as well as margin payments and corporate action processing when conducted within a permissioned, distributed, peer-to-peer blockchain network.
The firms that participated in the tests, conducted by blockchain technology firm Axoni, included Barclays, Citi, Credit Suisse, J.P. Morgan, IHS Markit, Thomson Reuters, Capco and an undisclosed Tier-1 bank. (Practical Law is a Thomson Reuters company.)
Over the course of the project, Axoni established a blockchain trade processing network using hosted and locally installed deployments of certain distributed ledger software. The group conducted 133 diverse test cases which tested both:
  • The automated lifecycle management and synchronization of single stock, index, and portfolio swaps.
  • Critical components regarding the deployment and management of the distributed ledger network.
The tests generated smart contracts from simulated legal transaction confirmations and resulted in synchronized records of each transaction. Economic terms as well as computational logic to manage event processing and payment calculations based on market events were embedded into the smart contracts.
The group also conducted over 50 tests of the underlying blockchain infrastructure, assessing its ability to:
  • Add and remove permissions and access for participants.
  • Update the blockchain protocol in a simulated live environment.
  • Process hundreds of messages per second across the distributed network.
  • Prove the blockchain technology's resiliency to various network events.
In addition to having a 100% success rate operationally, the experiments demonstrated that blockchain can provide an unprecedented level of transparency to regulators in real time while also maintaining data privacy between trading counterparties.