Commit 2d0a17fa authored by Sammy Haddad's avatar Sammy Haddad
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Figure references

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**ETSI EN 304 624 V0.1.1 (2026-06)**
**ETSI EN 304 624 V0.1.1 (2026-07)**

![~~CAPTION~~](media/etsi-coverpage-logo.png)

@@ -628,12 +628,11 @@ These functions operates on the following assets list.

## 4.2 Product Architecture

The product is defined by the integration of several key elements, including **Product audit & administration**, **Registration**, **Certificate generation**, **Certificate status**, and/or **Revocation management**. Each element exposes functions that are defined in [Product Functions](#41-product-functions). The diagram below provides a high-level overview of the product architecture and the interactions between its constituent elements.
The product is defined by the integration of several key elements, including **Product audit & administration**, **Registration**, **Certificate generation**, **Certificate status**, and/or **Revocation management**. Each element exposes functions that are defined in [Product Functions](#41-product-functions). The diagram presented in **Figure 4.3-1** provides a high-level overview of the product architecture and the interactions between its constituent elements.

![Figure 4.3-1: Indicative product architecture](media/Figures/UC_Architecture/FunctionalArchitecture.png)
**Figure 4.3-1: Indicative product architecture**


In addition, the product elements may be configured in multiple ways depending on the deployment requirements:

 - **ARC.Monolithic**: All components are integrated and run on a single machine or platform.
@@ -3194,7 +3193,7 @@ The following figures present the impact factors evaluation for the 4 use cases
## B.4 Evaluate Risks
This clause presents the evaluation of the risk factors for each of the use cases. The following tables evaluate the risks for each use case related to threats defined in clause 4. For each threat the list of associated risk factors values are assessed and for each combination of factors a maximum function is applied (the resulting impact or likelihood level is the maximum of all risk factors levels).

The risk are then calculated and their applicability defined using the matrixes presented below.
The risk are then calculated and their applicability defined using the matrixes presented in **Figure B.4-1** to **Figure B.4-4**.

![Figure B.4-1: Risk factor ava](media/Figures/Tables/RiskFactorAvailabitlity.png)

@@ -3212,7 +3211,7 @@ The risk are then calculated and their applicability defined using the matrixes

**Figure B.4-4: Risk factor traceability**

The risk and their applicability to use cases defined in Annex U are presented in Figure B.4-5 and Figure B.4-8.  
The risk and their applicability to use cases defined in Annex U are presented in Figure B.4-5 to Figure B.4-8.  

![Figure B.4-5: Risk evaluation part 1](media/Figures/Tables/RiskAnalysisPart1.png)