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This document specifies the algorithmic representation of financial contracts by defining:
Fundamental Notations and Conventions: Contract attributes, state variables, event scheduling, and basic mathematical operators.
Utility Functions: Functions for schedule generation, business day adjustments, and year fraction calculations.
Structural Concepts: Contract composition, risk factor observation, and child contract observation.
This document aims to facilitate consistent digital representation of financial contracts, enabling unambiguous interpretation and computation for valuation, risk management, settlement, and broader, more consistent analytics for both individual financial institutions as well as the financial industry as a whole.
Purpose
The purpose of this new work item proposal is to develop an international standard for the Algorithmic Contract Types Unified Standards (ACTUS) framework, which provides a formal, algorithmic representation of financial contracts. This standard will establish a common language and methodology for defining, representing, processing, and analyzing financial contracts across the global financial industry.
Justification
The current financial ecosystem suffers from significant inefficiencies and risks due to the fragmentation of contract definitions, data models, and processing methods across different institutions, jurisdictions, and systems. The ACTUS framework addresses these challenges by providing: Standardized contract taxonomy: A comprehensive classification system for financial contracts based on their cash flow patterns rather than legal definitions, allowing for consistent representation across markets and jurisdictions.
Algorithmic precision: Formal mathematical representation of financial contracts that enables unambiguous interpretation and processing, reducing operational errors and misinterpretations. Regulatory compliance enhancement: A transparent framework that facilitates more effective risk assessment, stress testing, and regulatory reporting, directly supporting initiatives like BCBS 239 for risk data aggregation.
Technology-neutral implementation: Standards that can be implemented across various technology platforms, supporting both legacy systems and modern financial technologies including distributed ledger solutions.
Cost reduction: Significant potential for cost savings through streamlined operations, reduced need for reconciliation, and simplified system integration across the financial ecosystem.
Global interoperability: Enhanced ability for financial institutions to exchange contract data and integrate systems across organizational and national boundaries.
Financial innovation support: A foundational framework that can accelerate the development of new financial products and services by providing clear standards for contract representation.
This proposal aligns with ISO's strategic objectives to develop standards that enhance global trade, improve economic efficiency, and provide clear frameworks for emerging technologies in the financial sector.
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