Step-by-step computation for Macro-step 1: Difference between revisions

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=== Detailed Step by step approach ===
=== Detailed Step by step approach ===


==== Step 1.1. - Generation of the Ownership Interests and Control matrices ====
==== Step 1.1. - Sanity checks on Ownership and Controlling interests ====


==== Step 1.2. - Sanity checks on Ownership interests ====
===== Purpose =====
The purpose of the Santity checks is identify and report all the data structure issues in the shareholding structure of the group, before computing the indirect ownership interests. It serves as an important reminder that the group's perimeter is at the basis of the Pillar 2 computation and that no accurate result can be achieved without ensuring its quality.
 
===== General Logic =====
This Step 1.1. will consist in a sequence of computations, checks and controls aiming at ensuring that depending on the level of input, the data provided is coherent and usable.
 
===== Data Input =====
The Data input for Step 1.1. consists in :
 
* The list of Entities for which legal characteristics are provided (within or outside the future GloBE Perimeter);
* The list of pre-calculated shareholding interests both ownership and controlling interests if links are available for each shareholding relationships as percentages;
* The list of shares, characteristics of these shares with regards to financial and control rights, for each Entity in the perimeter as well as outside;
* The list of [[Fall-back elections]] for the MNE group : assumptions for undocumented shares, ownership or controlling interests (re-normalization; auto-filling with either UPE or generic out-of-group entity or UPE)
 
The detailed matrix is available in the relevant section of the [[Pillar 2 Data Structure]].
 
===== Data Output =====
The Data output for Step 1.1. consists in :
 
* The list of subsidiary entities absent from the list of Entities for which legal characteristics have been defined;
* The list of parent entities absent from the list of Entities for which legal characteristics have been defined;
* The list entities with Legal characteristics completely absent from the shareholding structure;
* The list of subsidiaries with incoherent shareholding structures : incoherent single values (negative, not numerical; higher than 100 for percentages...); incoherent aggregates values (totals not equal to 100%; computational errors...)
* The list of auto-cleaned elements of the structure using the fall-back mechanisms
 
The detailed matrix is available in the relevant section of the [[Pillar 2 Data Structure]].
 
===== Detailed computations =====
 
====== Micro-Step 1.1.1. Unknown subsidiaries ======
This step is pretty simple as it basically corresponds to a VLOOKUP between the matrix of shareholdings and the list of entities with characteristics to verify that any entity present as the target of a shareholding relationship from at least one parent entity is also present in the list of legal entities.
 
====== Micro-Step 1.1.2. Unknown parents ======
This step is pretty simple as it basically corresponds to a VLOOKUP between the matrix of shareholdings and the list of entities with characteristics to verify that any parent entity present as the owner of a shareholding relationship to any subsidiary entity is also present in the list of legal entities.
 
====== Micro-Step 1.1.3. Entity absent from the shareholding structure ======
This step is pretty simple as it basically corresponds to 2 VLOOKUPs between the matrix of shareholdings and the list of entities with characteristics to verify that any entity present in the list of entities is also present as the owner or the target of at least one shareholding link.
 
==== Step 1.2. - Generation of the Ownership Interests and Control matrices ====


==== Step 1.3. - Indirect ownership computation ====
==== Step 1.3. - Indirect ownership computation ====

Revision as of 06:50, 12 December 2023

Purpose

The purpose of the Scope and Perimeter analysis is to construct the GloBE perimeter by identifiying all the Constituent Entities and fixing their legal characteristic, thus allowing further treatment. It also allows to define the different sub-groups and sub-perimeters (JVs, MOMNEs, Investment entities...) in each jurisdiction that will be the basis of the next computational steps.

General Logic

In order to perform the Perimeter analysis a serie of computations on the shareholding graph needs to be perform. This will allow to finalize the direct and indirect ownership interests as well as the controlling interest necessary to draw the limits of the different sub-perimeters. Moreover a series of graph transversal will be necessary to qualify certain entities as member of Joint Ventures, Excluded Entities and or Investment entities.

Data Input

The Data input for Macro-step 1 consists in :

  • The list of all potential entities and their characteristics;
  • The list of all direct shareholdings and their characteristics or the ownership and controlling interest links

The detailed matrix is available in the relevant section of the Pillar 2 Data Structure.

Data Output

The Data output for Macro-step 1 consists in :

  • The final characterization of each Constituent Entity and out of group entity with regard to GloBE rules, ready for input in the GIR;
  • The final ownership and controlling interest matrices for use in Macro-step 3.'s re-allocations and various elections, as well as the Charging Mechanisms of Macro-step 5
  • The final list of JVs and Minority-Owned sub-groups in each Jurisdictions as well as groups of Investment entities

The detailed matrix is available in the relevant section of the Pillar 2 Data Structure.

Detailed Step by step approach

Step 1.1. - Sanity checks on Ownership and Controlling interests

Purpose

The purpose of the Santity checks is identify and report all the data structure issues in the shareholding structure of the group, before computing the indirect ownership interests. It serves as an important reminder that the group's perimeter is at the basis of the Pillar 2 computation and that no accurate result can be achieved without ensuring its quality.

General Logic

This Step 1.1. will consist in a sequence of computations, checks and controls aiming at ensuring that depending on the level of input, the data provided is coherent and usable.

Data Input

The Data input for Step 1.1. consists in :

  • The list of Entities for which legal characteristics are provided (within or outside the future GloBE Perimeter);
  • The list of pre-calculated shareholding interests both ownership and controlling interests if links are available for each shareholding relationships as percentages;
  • The list of shares, characteristics of these shares with regards to financial and control rights, for each Entity in the perimeter as well as outside;
  • The list of Fall-back elections for the MNE group : assumptions for undocumented shares, ownership or controlling interests (re-normalization; auto-filling with either UPE or generic out-of-group entity or UPE)

The detailed matrix is available in the relevant section of the Pillar 2 Data Structure.

Data Output

The Data output for Step 1.1. consists in :

  • The list of subsidiary entities absent from the list of Entities for which legal characteristics have been defined;
  • The list of parent entities absent from the list of Entities for which legal characteristics have been defined;
  • The list entities with Legal characteristics completely absent from the shareholding structure;
  • The list of subsidiaries with incoherent shareholding structures : incoherent single values (negative, not numerical; higher than 100 for percentages...); incoherent aggregates values (totals not equal to 100%; computational errors...)
  • The list of auto-cleaned elements of the structure using the fall-back mechanisms

The detailed matrix is available in the relevant section of the Pillar 2 Data Structure.

Detailed computations
Micro-Step 1.1.1. Unknown subsidiaries

This step is pretty simple as it basically corresponds to a VLOOKUP between the matrix of shareholdings and the list of entities with characteristics to verify that any entity present as the target of a shareholding relationship from at least one parent entity is also present in the list of legal entities.

Micro-Step 1.1.2. Unknown parents

This step is pretty simple as it basically corresponds to a VLOOKUP between the matrix of shareholdings and the list of entities with characteristics to verify that any parent entity present as the owner of a shareholding relationship to any subsidiary entity is also present in the list of legal entities.

Micro-Step 1.1.3. Entity absent from the shareholding structure

This step is pretty simple as it basically corresponds to 2 VLOOKUPs between the matrix of shareholdings and the list of entities with characteristics to verify that any entity present in the list of entities is also present as the owner or the target of at least one shareholding link.

Step 1.2. - Generation of the Ownership Interests and Control matrices

Step 1.3. - Indirect ownership computation

Step 1.4. - Controlling interest matrix computation

Step 1.5. - Definition of the MNE Group

Case 1 : Using Controlling interests and consolidation method

UPE identification : entity with

  • consolidation "full"
  • no parent entity with
    • controlling interest in it
    • and consolidation method
      • full/proportional/equity
      • or not consolidated for reasons in article 1.2.2.b) "size or materiality grounds"/, or "is held for sale"

Entity is part of the MNE Group if :

  • UPE has Controlling interest in the entity
  • and consolidation method
    • full/proportional/equity
    • or not consolidated for reasons in article 1.2.2.b) "size or materiality grounds"/, or "is held for sale"
Case 2 : Using UPE and a group boolean indicator

Step 1.6. - Coherence check of consolidation methods

Step 1.6. - Excluded entity identification

Step 1.7. - Joint-Venture identification

Step 1.8. - MOCE and MOMNE identification

Step 1.9. - Specific CE treatments

Investment entity identification