NYSE moves toward blockchain onchain settlement for tokenized securities and near real-time trading
The New York Stock Exchange (NYSE) is developing a blockchain-powered settlement infrastructure for tokenized securities, including capabilities aimed at faster settlement and 24/7 trading. Reporting on the initiative says the approach involves integration with Intercontinental Exchange and includes stablecoin use in the settlement process [1] [2].
NYSE President Lynn Martin said the exchange is advancing an onchain settlement platform for tokenized securities after participating in a tokenization pilot run by the Depository Trust & Clearing Corporation (DTC) in July. Additional coverage frames the effort as a way to explore onchain technology as potential infrastructure linking traditional finance with DeFi [3] [4].
The NYSE’s onchain settlement work centers on tokenized securities and aims to support real-time or near-real-time settlement, alongside ongoing participation in industry tokenization pilots [1] [3].
Anonymous feedback used to improve internal story ranking. No public totals are shown.
Share
Share this article
Share this article on social platforms.
Support ClusterWire
If you find ClusterWire useful, tips help cover hosting and infrastructure costs.
We record anonymous interactions with tip buttons to understand feature usage. We do not include IP addresses, user-agent strings, or wallet addresses in these tip analytics. Blockchain transactions are public and may reveal the sending address.
Sources
Review the sources used to produce this brief. Citations open the referenced material in a new tab.
- 1NYSE Launches Blockchain Initiative for Instant Stock Settlement With StablecoinsBlockonomi• Aug 10, 2026
- 2NYSE builds onchain settlement platform for tokenized securitiesCrypto Briefing• Aug 10, 2026
- 3NYSE Developing Onchain Settlement Platform for Tokenized SecuritiesWu Blockchain• Aug 10, 2026
- 4NYSE advances onchain settlement for tokenized securitiescrypto.news• Aug 10, 2026
Topics
Related Topics
Topics identified from the sources associated with this article.