
Explore the structured data elements in MX messages, including hybrid address and structured remittance information, and learn the CBPR+ MT to MX migration guidelines, deadlines, and practical examples.
Explore structured data elements in MX messages, including hybrid postal address, structured remittance information, LEI, and purpose codes, and learn how ISO 20022 enables enhanced data for regulatory reporting.
Explore how CBPR+ structured data elements organize postal addresses in MX messages, contrasting structured versus unstructured formats and the rise of the hybrid postal address.
Explore the structured remittance information in pain.001 and pacs.008, its role in payment reconciliation and enhanced invoice details, and CBPR+ rules for bilateral or multilateral use under BoE CHAPS mandates.
Learn how to structure remittance information using referred document information and amount, including type, number, date, due payable and remitted amounts, with invoice examples.
Examine the extended capabilities of structured remittance information, including line details, referred document amounts, deductions and adjustments, discount and tax details, and garnishment options for multi-invoice payments.
Learn how cbpr+ structured remittance information uses two basic elements, referred document information and referred document amount, for pacs.008 payments, with line details and Bank of England's November 2025 mandate.
Analyze a cross-border payment from Australia to the UAE, highlighting how cbpr+ data elements show credit-side reporting, UAE’s PPL code, and the purpose of payment for non-resident real estate.
Explain purpose code in ISO 20022 payments using the ExternalPurpose1Code list to convey the non-regulatory commercial reason end to end in pain.001 and pacs.008, with code preferred over proprietary.
illustrates using the purpose of payment code HLTI to designate health insurance payments in pain.001 and pacs.008 messages, with no regulatory reporting required in Great Britain or Singapore.
Identify the ultimate debtor, ultimate creditor, and initiating party in MX messages, noting they are separate legal entities and payments are initiated from the debtor’s or creditor’s accounts.
Identify ultimate parties to increase transparency in payments and fight financial crime; MX messages carry detailed ultimate party data, and agents must ensure this information is forwarded unaltered.
Learn correct use of ultimate party elements in iso20022 payments and avoid duplicates, department names, or product-name misplacements. Use remittance information for on behalf of transactions to support MT-MX coexistence.
**Part 3 of 3 courses**
UPDATE Nov 2025: Post Nov 2025 handling of messages and latest timelines of CBPR+ phase 1 and phase 2 messages
Structured data elements are the biggest upcoming requirements in the ISO 20022 CBPR+ SWIFT MX message migration.
Many of the payment systems are in the process of implementing structured data and some have already made these mandatory with deadlines announced.
This course will guide you through the intricacies of structured data in a simple, easy-to-follow and effective way.
You will get -
CBPR+ Scope and Upcoming Changes
Latest Deadlines of Messages
Detailed understanding of -
Hybrid Postal Address
Structured Remittance Information
Regulatory Reporting
Purpose Code
Category Purpose Code
Legal Entity Identifier (LEI)
On-Behalf-of Elements
Related Resources for more in-depth study
Who is this course for?
Business Analysts and Consultants of Payments Domain
Aspirants of Payments Domain
What this course covers?
CBPR+ Scope and Upcoming Changes
CBPR+: Current adoption status
CBPR+: Upcoming changes
Latest Scope and deadlines of messages migrating to ISO 20022 - UPDATED Till Nov 2025
The key structured/ enhanced data elements
Implementation of Hybrid postal address
Postal address: Previous mandate by SWIFT
Challenges of having fully structured address as the only option
Postal Address - Urgent Regulatory Requirements
Hybrid Postal address: Structure and Rules
Hybrid Postal address: Implementation Timeline
Hybrid Postal address: Fields and Messages affected
Types of mapping schemes and relevant scenarios
Mapping Scheme 1 - Hybrid address MX to MT
Mapping Scheme 2- MX Hybrid to MX unstructured
Recap - Hybrid Postal address
Structured remittance Information
Why is it important?
Basic use of Structured Remittance information
Additional use of Structured Remittance Information
Recap - Structured Remittance Information
Regulatory Reporting
What is Regulatory Reporting and When is it used?
Structure of Regulatory Reporting
How to populate Regulatory Reporting?
Example 1 – Use of Regulatory Reporting on Debit side
Example 2 – Use of Regulatory Reporting on Credit side
Example 3 – Use of Multiple Regulatory Reportings together in both sides
Purpose of Payment
What is the Purpose code and how to populate it?
Example: Use of Purpose of Payment
Example: Use of Regulatory Reporting and Purpose together in same Payment
Category Purpose
What is Category Purpose and how to populate it?
Example: Use of Category Purpose
Recap: RgltryRptg, Purp and CtgyPurp - Similarities and Differences
Case Study: The coming future - How a fully structured pacs.008 will look like
LEI and its use in ISO 20022 messages
What is LEI?
LEI - Structure, Database and Importance in MX messages
Under the Lens - Usage of Ultimate Parties in MX Messages
Who are the ultimate parties and how to correctly identify one?
Practical scenarios involving ultimate parties
Implications of incorrect declaration of ultimate party
Take Corrective Actions - Know common Incorrect usages of ultimate parties
Under the Lens - Incorrect usages of MX messages identified so far
Quizzes
Additional Resources