The ISDA Optimal Future State Collateral Blueprint is a working document that represents the industry’s collective vision of an ideal collateral processing framework. The fundamental purpose is to design and agree a blueprint that the industry can work towards, which meets the changing demands and challenges of the collateral process. This blueprint is governed by a set of design principles and processing best practices, which are intended to serve as an industry target processing, architectural and control operating model. This will maximize accessibility by market participants while maintaining industry vision. Subsequent iterations of this document may be published to include additional factors based on changing business trends, regulatory changes or other unforeseen circumstances that were not considered at the start of the blueprint’s development.
Documents (1) for A Blueprint for the Optimal Future State of Collateral Processing
Latest
Launch of US Treasury Repo Market Indicators
ISDA has launched the ISDA-Actrix US Treasury Repo Market Clearing Indicators in collaboration with Actrix. The indicators illustrate central clearing adoption in the US Treasury repo market. Sponsored cleared repo volumes are used as a proxy to monitor client participation...
ISDA-Actrix US Treasury Clearing Indicators
This report provides indicators that illustrate central clearing adoption in the US Treasury repo market. Sponsored cleared repo volumes are used as a proxy to monitor client participation in central clearing, the key objective of the Securities and Exchange Commission's...
ISDA In Review – May 2026
A compendium of links to new documents, research papers, press releases and comment letters published by ISDA in May 2026.
US Treasury Repo Market Indicators Methodology
This paper is intended for market participants interested in the structure and methodology used to construct the ISDA-Actrix US Treasury Repo Market Clearing Indicators. It provides precise details allowing participants to access the publicly available data and replicate the calculations...