In our “Methodology for Regulatory Comparisons” document, ISDA proposed concepts to guide the comparisons of derivatives regulations that will be carried out by regulators assessing the possibility of substituted compliance. Our methodology relies on regulators, with input from the markets, developing common principles that will apply in various subject matter areas within derivatives regulation. These principles should be cast to support comparability of regulation without requiring identical regulation. To illustrate our proposed methodology, we offer the following examples of common principles. These examples have been developed and organized in relation to several of the original G-20 derivatives goals. (To be clear, these are merely examples and do not purport to illustrate comprehensive treatment of their subject matter areas.)
Documents (1) for Common Principles – Examples (Substituted Compliance)
Latest
ISDA Launches Pre-adherence Period for Notices Hub
ISDA has begun a pre-adherence process for the ISDA Notices Hub, enabling firms to sign up to a free protocol that will allow them to use the new platform when it launches on July 15. Under the ISDA Master Agreement,...
ISDA SIMM EU Regulatory Approval Requirements
ISDA published ISDA SIMM version 2.7+2412 on May 22 – the first recalibration under the new semiannual cycle. The release triggered a new requirement for EU counterparties to apply for regulatory authorization to use the model – a submission that...
Creating Value - IQ June 2025
Ever since its establishment 40 years ago, ISDA has worked to enhance the safety and efficiency of derivatives markets. That has motivated everything we do – from the development of standard documentation and the rollout of new digital solutions to...
Paper on EC’s Sustainability Omnibus Proposal
On June 9, ISDA published a position paper setting out its views on the European Commission’s (EC) Sustainability Omnibus Package. In the paper, ISDA urges European authorities to: Ensure a proportionate, harmonized and symmetrical approach to the use of derivatives...