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Chapter 6: Functional Specifications

This chapter contains the detailed functional specifications.

This chapter contains the functional specifications:

  • Data Dictionary
  • Base Message
  • Cross-reference: Base Message & Messages

6.1 Data Dictionary

An overview of all entities and their purpose. This section will link to detailed pages or files for each entity.

Entity.entitytype
commonTechnical.default
party.sender
party.contact
party.receiver
commonFunctional.default
party.pensionProvider
pension.scheme
financialInformation.reportingPeriod
financialTransaction.payment
party.creditor
financialTransaction.cashflow
financialTransaction.expectedPayment
pension.cohort
pension.cohortPool
investment.pool
investment.portfolio
investment.investmentDetails
financialTransaction.trade
error.default
document.default
investment.corporateAction
chunking.default

6.2 Entity Types

This section describes the various entities and the attributes within those entities.

Below is an explanation of the entities. This information is derived from AFD 2.0, which can be consulted via this link.

Note: The entity type is mandatory.

Entity.entitytype Description
commonTechnical.default This entity contains technical details about sending and storing messages. It forms the basis for the technical aspects within the messaging system.
party.sender The "party.sender" entity refers to the sender of the message.
party.contact The "party.contact" entity represents a contact person within a legal entity.
party.receiver This entity represents the recipient of the message.
commonFunctional.default This entity contains domain-specific information about the content of the message.
party.pensionProvider This entity represents a pension provider (pension fund, insurer, or PPI).
pension.scheme This entity contains data at the level of the pension scheme or plan.
financialInformation.reportingPeriod This entity relates to reporting periods, time intervals, and other generic dates.
financialTransaction.payment This entity/entity type combination contains data about a payment.
party.creditor This entity represents the creditor; the recipient of the payments.
financialTransaction.cashflow This entity deals with financial transactions related to pensions, specifically focusing on cash flows.
financialTransaction.expectedPayment This entity contains information about projected future cash flows/payments.
pension.cohort This entity contains information about specific target groups (cohorts) within the pension scheme.
pension.cohortPool The pooled combination of investment pools for a cohort. Investments in a cohort pool are made for a group of participants with a similar investment allocation.
investment.pool This entity (investment pool) represents collections of underlying investments (liquid, illiquid, funds, mandates).
investment.portfolio This entity relates to investment portfolios, which represent the total managed assets (or a sub-portfolio).
investment.investmentDetails This entity describes individual investments of a pension provider.
investment.corporateAction This entity contains data about corporate action events on investment products, such as cash dividend, stock dividend, rebate, unit and capital shifts and product changes. The message is intended for communicating such events from the asset management chain to the PUO.
financialTransaction.trade This entity relates to trading activities within the pension scheme.
error.default In case of errors, this entity is used to generate error messages.
document.default This entity is intended for adding any attachments to messages.
chunking.default This entity contains metadata for splitting and merging large messages into sub-messages (chunking). If present, it indicates that the message is part of a larger logical message.

6.3 Attributes in Entities.Entity Types

The tables in this section detail the attributes per entity/entity type combination. Each entry includes the attribute's name, definition, data type, max length, and a link to any code list.

Note: Attribute descriptions in the feedback message may differ from those in the 14 content messages.

Data type descriptions are available in the SIVI All-Finance Standard manual.

Interpretation rules:

  • string: Max length is specified unless a code list applies (then 'length' is empty).
  • decimal: Defaults to 2 decimal places. Deviations are specified in the data type column.

Attribute names have been aligned with AFD 2.0 conventions and differ from the consultation document. See Appendix 8.4 for the translation table.

Use of refKey

In the tables below, nearly every entity has the attribute refKey. This attribute serves as the unique identifier of an entity. The purpose is that an entity can be reliably recognized and referenced within or between messages and files — much like an ISIN identifies an investment instrument without saying anything about the investment policy that applies to it.

refKey may be technically or functionally recognizable, but no classification, investment policy, or business logic should be derived from it. The substantive classification belongs in the designated fields (e.g. reserveType).

See GitHub issue #111.

commonTechnical.default

The commonTechnical entity covers all information about sending or storing the message. This is typically technical information.

Attribute Name Definition Data Type Length Code List
messageId Unique message identification string 70
creationDateTime Creation date and time timestamp
testMessage Test message indicator boolean

Uniqueness of messageId

The messageId is always unique across all messages, regardless of message type or period. Using messageId for grouping or bundling messages is not allowed. Any relationship between messages is derived from substantive characteristics, such as the period to which the message pertains.

The only exception is chunking (§7.6): chunks of the same logical message share the same messageId.

See GitHub issue #108.

party.sender

Sender of the message.

Attribute Name Definition Data Type Length Code List
refKey Unique reference key assigned to an entity. string 70
rsinNumber Governmental identification number for legal entities (RSIN). string 9
organizationName Organization name of the sender. string 60
applicationSenderName Name of the application that created the message.* string 60

* applicationSenderName is available in AFD 2.0 under both party.sender and commonTechnical. This is not apparent from the AFD 2.0 Online documentation (as of April 2024). For VB-PUO, the attribute has been placed under party.sender.

party.contact

A natural person who can be contacted within a legal entity for further information.

Attribute Name Definition Data Type Length Code List
emailWork Work email address string 60
workPhoneNumber Work phone number string 60

party.receiver

Receiver of the message.

Attribute Name Definition Data Type Length Code List
refKey Unique reference key assigned to an entity. string 70
rsinNumber Governmental identification number for legal entities (RSIN). string 9
organizationName Name of the recipient organization(s). string 60

commonFunctional.default

The commonFunctional entity covers all information about the content of the message. This is typically domain-specific information.

Attribute Name Definition Data Type Length Code List
function Message function code. string ADNFUN
statusType Status of the original message processing (Accepted or Rejected). string ADNSTS
afdDefinitionName Type of message, name of the message. string 80
afdDefinitionVersion Version of the afdDefinition of the message. See section 7.5.1 for details. string 80
originalMessageId The original messageId of the message being replaced or being responded to. string 70
originalMessageType Message type of the original request to which this message is a response. E.g. 0001a, 0001b, etc. string 0001a; 0001b; 0001c; 00002; 00541; 00542; 00551; 00552a; 00552b; 00553; 00554; 00555a; 00555b; 00556

party.pensionProvider

Information on the Pension Provider level (Pension Fund, Insurer, PPI, APF).

Attribute Name Definition Data Type Length Code List
puvCode ID of the pension provider (PUV-code). string AFDIDP
rsinNumber Governmental identification number for legal entities (RSIN). integer 9
organizationName Name of the pension provider. string 60

For APFs (general pension funds) with multiple circles ("kringen"), there are two common scenarios for the use of PUV codes. See the explanation in the base message in §6.4.1.

pension.scheme

Data on the pension scheme level.

Attribute Name Definition Data Type Length Code List
refKey ID of the pension scheme. string 70
pensionSchemeName Name of the pension scheme. string 60
StartAmount Total pension assets as of the start date. decimal
tradingPortfolioId Portfolio ID of the custodian. string 10

financialInformation.reportingPeriod

Reporting period information.

Attribute Name Definition Data Type Length Code List
startDate Start date of the data period or reference date. date
endDate End date of the data period. date
tradeDate Desired trade date. date
investmentOrderSettlementDate Date by which the investment order cycle must be settled. date
mutationValuationDate Date for processing mutations per age group. date
projectionDate Date of the pension benefit projection. date
instructionDate Date of the instruction sent by the PUO. date
unitValueEstimationDate Date on which the preliminary unit value (investment pool) was determined. date
participationValuationDate Pricing date of the participation value (cohort pool). date
positionDate Date on which the positions in the investment administration were established. date
valueDate Currency date. date

Date conventions for startDate and projectionDate

To prevent inconsistent use of dates between chain parties, the standard applies the following convention:

Field Message Convention Example
startDate Message 1 (Capital) Last day of the preceding month 31-01-2025
projectionDate Message 3 (Pension projection) Last day of the preceding month 31-01-2025
firstExpectedPaymentDate Message 3 (Pension projection) First day of the current month 01-02-2025

This approach provides clarity and predictability in the chain. See GitHub issue #94.

financialTransaction.payment

Information about payments.

Attribute Name Definition Data Type Length Code List
refKey ID of the expected payment. string 70
amount Amount in currency / projected benefit. decimal
currencyType Currency code. string ISOVAL
collectionAccountIban IBAN of the debit account. string 34
description Description of the transaction (payment). string 60
expectedPensionPaymentDate Pension payment date. date
hedgedExpectedPensionPaymentAmount Cash flow to be hedged. decimal

Field length collectionAccountIban corrected from 10 to 34 (international IBAN maximum length per ISO 13616). See GitHub issue #135.

party.creditor

The party that has a claim.

Attribute Name Definition Data Type Length Code List
refKey Unique reference key assigned to an entity. string 70
collectionAccountIban IBAN of the credit account per scheme. string 34
collectionAccountInNameOf Name of the counterparty per scheme. string 60
collectionAccountBic Business Identifier Code (BIC) per scheme. string 10
collectionAccountBicCorrespondent BIC correspondent per scheme. string 10

Field length collectionAccountIban corrected from 10 to 34. See GitHub issue #135.

financialTransaction.cashflow

The sum of contributions and withdrawals on all cohorts.*

Attribute Name Definition Data Type Length Code List
contributionAmount Sum of contributions. decimal
contributionDate Date of receipt of the contribution. date
withdrawalAmount Sum of withdrawals. decimal
withdrawalDate Date by which funds for withdrawal are available. date
netAmount Net sum of contributions and withdrawals. decimal
netDate Date on which the net cash flow is actually paid. date

*Note: The amount and date fields in financialTransaction.cashflow are optional. At least one pair must be used.

Field usage in financialTransaction.cashflow

In the SPR context, financialTransaction.cashflow is used directly under pension.scheme; the amount and date fields are optional. Parties coordinate which amount/date combinations they use; in the JSON schema all fields are optional. When using the entity, at least one combination must be filled.

In the FPR context, the financialTransaction.cashflow entity is used under investment.portfolio, and netAmount and netDate are required.

pension.cohort

Information on cohort (pension target audience) level.

Attribute Name Definition Data Type Length Code List
refKey ID of the cohort. string 70
description Description of the cohort. string 60
participationStatus Status of the participants in a cohort. string ADNDNS
startAge Start age in months. integer
endAge End age in months. integer
reserveIndicator Indicates if the cohort represents a reserve. boolean
reserveType Type of reserve. string AFDRES
reserveDescription Description for "Other" reserve type. string 60
startAmount Pension assets of the cohort at the start date. decimal
netAmount Net sum of contributions and withdrawals per cohort. decimal
netDate Settlement date on which the net cash flow for the cohort is actually paid by or received from the asset manager. date
contributionAmount Inflow to be invested by the fiduciary manager. decimal
withdrawalAmount Outflow to be invested by the fiduciary manager. decimal
protectionReturnPercentage Achieved protection return as a percentage. Decimal (1E-12)
excessReturnPercentage Achieved excess return as a percentage. Decimal (1E-12)
protectionReturnAmount Achieved protection return in currency. decimal
excessReturnAmount Achieved excess return in currency. decimal

Age cohorts: standard setup

The standard setup uses yearly age cohorts. This means that two consecutive startAge values differ by 12 months in principle: startAge is a multiple of 12 (0, 12, 24, ...) and endAge = startAge + 11. Smaller steps (e.g. monthly) are not excluded, but the yearly division serves as the reference model. See GitHub issue #111.

Reserves and provisions: role of fields

For cohorts representing a reserve or provision (reserveIndicator = true), the following role assignment applies:

  • reserveType (code list AFDRES) is the substantive classification and the exclusive key for the investment policy. Reserves or provisions with a different investment policy require a different reserveType value. The code list has been extended in release 2027 with codes 9 through 15. Where investment policy is shared, consolidation is possible; an explicit code is only needed for separate investment policies. This applies to both SPR and FPR. See GitHub issue #134.
  • reserveDescription is purely descriptive. The description may clarify or elaborate, but does not determine classification, routing, or investment policy.
  • refKey uniquely identifies the cohort (see the general explanation of refKey above). Multiple cohorts with the same reserveType are permitted, provided they fall under the same investment policy.

See GitHub issue #111.

pension.cohortPool

The pooled combination of investments (investment pools) for a cohort.

Attribute Name Definition Data Type Length Code List
refKey ID of the cohort pool. string 70
cohortRef Reference to the cohort this pool belongs to. string 70
description Description. string 60
currencyType Currency of the cohort data. string ISOVAL
inflowPremiumAmount Premium contribution per cohort pool. decimal
inflowRebalanceAmount Cash amount of rebalance transactions per cohort pool. decimal
numberOfNewParticipations New participations to be issued in the cohort pool. decimal
numberOfParticipations Number of outstanding units (participations). decimal
numberOfRebalanceParticipations Rebalance participations per cohort pool. decimal
participationsSummedValueAmount Value per cohort pool (sum of participation value). decimal

investment.pool

Investment pool / investment portfolio.

Attribute Name Definition Data Type Length Code List
refKey ID of the investment pool per scheme. string 70
description Description. string 60
unitsSummedValueAmount Value per investment pool (unit value). decimal
preliminaryUnitValueAmount Net asset value (NAV) per unit of the investment pool, as determined by the investment administrator. decimal (1E-06)
numberOfUnits Number of units issued for the investment pool. decimal (1E-06)
currencyType Currency of the pool. string ISOVAL
buySellId Buy/Sell indicator. string sell; buy
tradeValueAmount Trade value per investment pool per scheme (summed across cohorts). decimal

marketValueAmount has been removed from the standard as of release 2027; the net asset value is expressed exclusively via preliminaryUnitValueAmount. The field name preliminary is historically grown and will be cleaned up in a future release. See GitHub issue #128.

investment.portfolio

Investment portfolio.

Attribute Name Definition Data Type Length Code List
refKey ID of the Investment Portfolio. string 70
description Description. string 60
startAmount Total Market Value at the start of the period. decimal
netAmount Net sum of contributions and withdrawals. decimal
endAmount Total Market Value at the end of the period. decimal
returnPercentage Achieved return as a percentage. Decimal (1E-12)
returnAmount Achieved return in currency. decimal
startExposureAmount Allocation of pension assets to this portfolio. decimal
startExposurePercentage Relative share of startExposureAmount. decimal

investment.investmentDetails

An investment in either liquid or illiquid funds or pools thereof.

Attribute Name Definition Data Type Length Code List
refKey Identifier (e.g., ISIN or internal code). string 70
description Name of the investment/fund/instrument. string 60
currencyType Currency of the instrument. string ISOVAL
numberOfUnits Number of purchased units per instrument. decimal
numberOfHoldings Number of holdings per instrument. decimal
localPrice Price per instrument in original currency. decimal
localValueAmount Total market value in original currency. decimal
Result Unrealized result per instrument. decimal
accruedInterest Accrued interest per instrument. decimal
poolPercentage Weight in the portfolio per instrument. decimal
currencyExchangeRate FX rate per instrument. decimal

financialTransaction.trade

Trading/ordering; Buying and selling.

Attribute Name Definition Data Type Length Code List
tradeDate Actual trade date. date
refKey Unique reference key assigned to an entity. string 70
adjustmentIndicator Adjusted trade instruction. boolean 1
buySellId Buy/Sell/Switch direction indicator. string sell; buy; switchfrom; switchto
tradeAmount Amount of the purchase in the investment's currency. decimal
tradeQuantity Number of units to be traded. decimal
tradePrice Purchase price/rate. decimal
switchType Type of switch; one-day or sequential. string sequential, one-day
financialInformationRef On a switch, reference to the target identifier. string
Counterparty Transfer Agent; the party executing the trade. string 70
Broker Broker executing investment orders. string 70
interestAmount Amount of applicable interest. decimal
commissionAmount Fee for executing the transaction. decimal
clearingBroker Broker responsible for settlement. string 70
clearingBrokerCashAccount Cash account (IBAN) at the clearing broker. string 18

error.default

Error message.

Attribute Name Definition Data Type Length Code List
refKey Unique reference key assigned to an entity. string 70
errorCode Error code type. string ADNFTM
errorCodeExplanation Explanation of the error message. string 1000

See also the information about error.default in the SIVI All-Finance Standard.

document.default

Information about an attachment/document.

Attribute Name Definition Data Type Length Optional
refKey Unique reference key assigned to an entity. string 70
fileName Name of the file for the attachment. string 60
fileExtension Extension of the file (e.g., pdf, csv, txt). string 10 pdf;csv;txt

investment.corporateAction

Corporate action events on investment products.

Attribute Name Definition Data Type Length Code List
refKey Key of the corporate action. string 70
description Description of the corporate action. string 60
corporateActionType Type of corporate action. string AFDCAE (cashDividend; productChange; rebate; stockDividend)
instructionDate Instruction date of the corporate action. date
tradeDate Transaction date of the corporate action. date
paymentDate Payment date of the corporate action. date
cashDividendTotalAmount Total cash amount of the corporate action. decimal
cashDividendPerUnitAmount Cash amount per unit. decimal
currencyType Currency of the cash amount. string 3 ISOVAL
stockDividendPerUnitNumber Number of stock dividend per unit. decimal
stockDividendTotalNumber Total number of stock dividend. decimal
newProductName Name of the new product. string 60
newProductIdentifier Identifier of the new product. string 60

chunking.default

Metadata for splitting and merging large messages into sub-messages (chunking).

Attribute Name Definition Data Type Length Code List
currentChunkId Unique reference (id) of the current chunk. string 70
chunkSequenceNumber Sequence number of the current chunk. integer
totalNumberOfChunks Total number of chunks the message is split into. integer
chunkFragmentPaths Array of JMESPath references to the message fragments. array

6.3.1 Consistency checks for the cashflow message (0001b)

Structural rule: SPR route and FPR route are mutually exclusive

Per pension.scheme, exactly one cashflow pattern applies:

  • SPR route — the cashflow is included directly under pension.scheme as financialTransaction.cashflow, with optional breakdown via pension.cohort.
  • FPR route — the cashflow is included per investment portfolio via pension.scheme → investment.portfolio → financialTransaction.cashflow.

Within a single pension.scheme, the following exclusion rules apply:

  • Presence of investment.portfoliofinancialTransaction.cashflow is not filled directly under pension.scheme.
  • Presence of pension.cohortinvestment.portfolio may not be used.

This rule is a formal consistency check: a message that combines both routes or applies neither is invalid.

Sum checks for cohort breakdown (SPR route)

When pension.cohort is used in the SPR route as a breakdown of the cashflow at scheme level, the detail amounts must reconcile with the total. This is a reconciliation check: verifying that the sum of the individual cohort amounts matches the previously reported amount at the cohort-scheme level — i.e., the parts add up to the whole.

  • scheme.netAmount = sum(cohort.netAmount)
  • scheme.contributionAmount = sum(cohort.contributionAmount)
  • scheme.withdrawalAmount = sum(cohort.withdrawalAmount)

These sum checks apply to the SPR route and not automatically to the FPR route. In the FPR model, cashflows are recorded per investment portfolio without a hierarchy from scheme to cohort level; the sum relationship is not definable there. Apply these checks exclusively when totals and underlying breakdowns are simultaneously present.

Open item (AOS)

The formal processing of M002-0001b-001 in SIVI AOS has not yet been finalized. The consistency checks have been functionally established; technical implementation will follow in a separate step.

6.4 Messages

The data exchange described in this document is supported by a set of messages, supplemented by a feedback message. From release 2027, 10 content messages and the Feedback Message are active; 5 messages from the FPR layered order model have been discontinued (see §4.5).

Below (in Figure 12) is an overview of the messages and the roles (sender/receiver) involved.

Message Name PUO FM BA LDI
1. Vermogen (0001a) from to
2. Cashflow (0001b) from to
3. Pensioenprojectie (0001c) from to to
4. Rendementsinformatie (00002) to from
5. Orderopdracht (00541) from to
6. Orderconfirmation (00542) to from
10. Stuurinformatiebeleggingspools (00553) to from
13. Waarde-informatie beleggingspool (00555b) to from
14. Betaalinformatie (00556) from to from
15. Corporate Actions (00557) to from from
Feedback Message

The Feedback Message can be used for both FPR and SPR and is always a response to a received message; one of the other messages.

Messages 7, 8, 9, 11 and 12 have been discontinued from release 2027. See GitHub issues #99, #119, #121.

Legend for the roles:

  • PUO: Pension Administration Organizations — this also covers Self-Administering Funds (ZAF)
  • FM: Fiduciary Managers
  • BA: Investment Administrators / Asset Service Provider
  • LDI: Liability-Driven Investment Managers

Discontinued roles:

  • ACB: Administrators of Cohort and Investment Pools — discontinued as a separate actor. In practice this role is fulfilled by the BA, or sometimes by the PUO. Because the ACB role no longer appeared as a separate party as of July 2026, the column has been removed from the matrix. Should the ACB role act as an explicit party again in the future, the message schema still allows for it. See GitHub issue #131.
  • BR: Brokers / Transfer Agents — no longer appears in the release 2027 matrix; messages 5 and 6 now go via the BA.

Note: Each receiving party receives its information directly from the sending party.

Note: Each receiving party/role gets its information directly from the sending party. In addition to the parties/roles mentioned in Figure 12, messages can also be sent to other parties, such as Liability-Driven Investment managers (LDIs). The transmission to unmentioned parties/roles is also direct. Received information is not forwarded to other parties.

The table below lists the message types and their meaning. In parentheses is the reference to the working group's final report: "Final Report Research Standard VB PUO (September 2023.pdf)".

  • PMT = pensionMessageType in AFD 2.0 (the descriptions of the message types are provided).
  • TAG = The identifier used for the message in the API.
Type Message Type PMT/TAG Description
SPR 1a (4.2.1.1) Capital From PUO to Fiduciary Manager & Investment Administrator.
On a periodic (expected monthly) basis, the fiduciary manager receives the total pension assets at the start of the period for a scheme. This can also be provided per cohort. With this information, the fiduciary manager can check alignment with the fund's policy and rebalance if necessary.
SPR 1b (4.2.1.3) Cashflow From PUO to Fiduciary Manager & Investment Administrator.
Periodically, the fiduciary manager receives the inflow and outflow for a scheme. This can be provided at a total level and per cohort. The cash flow includes premiums, value transfers, benefits, and shifts between cohorts.
SPR 1c (4.2.1.3) PensionProjection From PUO to Fiduciary Manager & Investment Administrator.
Periodically, the fiduciary manager receives the projected benefits per scheme and cohort based on the accrued assets. It also includes the cash flows to be hedged per scheme, calculated as the sum of weighted projected benefits per cohort.
SPR 2 (4.2.2.) ReturnOnInvestment From Investment Administrator to PUO.
The PUO periodically receives information about the achieved investment return, including start and end values and the return percentage per portfolio. This is necessary for the PUO to allocate returns to participants, the solidarity reserve, etc.
FPR 541 (5.4.1.) Trade From PUO to Brokers/Transfer Agents/Order Desks.
This message contains the minimum data set required to send an order or a switch to an order processing party. The PUO submits orders at the investment fund level.
FPR 542 (5.4.2.) Orderconfirmation From Brokers/Transfer Agents/Order Desks to PUO.
The confirmation details of the order are returned from the order processing party to the PUO.
FPR 551 (5.5.1) BalanceAdjustments From PUO to Administrator of Cohort & Investment Pools.
This first monthly information flow concerns netted mutations (purchases, sales, switches) per cohort pool. The administrator uses this to calculate cash flows for the investment pools and instruct the fiduciary manager.
FPR 552a (5.5.2) InvestmentDetails Between Administrator, Fiduciary Manager, and Investment Administrator.
The administrator receives monthly positions from the investment administrator and reconciles them with their own administration.
FPR 552b (5.5.2) InvestmentDetailsPUO From Investment Pool Administrator to PUO.
Additional information needed when the PUO also acts as the cohort pool administrator. This message provides the preliminary unit values of the investment pools to the PUO.
FPR 553 (5.5.3) ControlInformationInvestmentPools From Administrator to Fiduciary Manager.
The administrator calculates participation values and combines them with mutations to estimate the cash effects on the investment pools. These effects are then sent to the fiduciary manager.
FPR 554 (5.5.4) RebalancingDetails From Administrator to Fiduciary Manager.
The administrator rebalances the relevant cohorts based on the unit values at time T and sends all month-end transactions to the fiduciary manager.
FPR 555a (5.5.5) ValueAmountCohortPool From PUO to Fiduciary Manager (when PUO administers cohort pools).
The administrator (or PUO, if applicable) calculates and distributes the participation values of the cohort pools.
FPR 555b (5.5.5) ValueAmountInvestmentPool Between Investment Administrator, Administrator, Fiduciary Manager, and PUO.
The administrator calculates the unit value per unit in the investment pool and the participation value per participation in the cohort pool and distributes them to the PUO and fiduciary.
FPR 556 (5.5.6) PaymentDetailsCreditor From Administrator to Fiduciary Manager.
At the beginning of the month, the administrator sends the payment instruction for withdrawals to the fiduciary manager.
FPR 557 CorporateAction From the asset management chain to PUO.
Communicates corporate action events (cash dividend, rebate, unit/capital shifts, product changes) on investment products to the PUO. Enables the PUO to keep its administration synchronized with the asset management administration.
SPR/FPR Feedback Feedback From the recipient of a content message to the original sender.
Provides feedback on errors or confirms the processability of a message.

Unlike the Dutch manual, this documentation references the MessageStructureView folders on GitHub to illustrate the structure of each message. For example, the structure for Message 11 can be viewed here.

Below is a diagram depicting the structure of Message 11:

Message 11 Structure

These diagrams clearly visualize the relationships between entities. For detailed text-based specifications, please refer to the original Dutch manual.

6.5 Cross-Reference Attributes & Messages

please refer to the original Dutch manual.