Third-Party Components for Power Platform Solution Evaluation: Factors to Exclude

Factors to Exclude

Question

You are a Solution Architect and evaluating the third-party components for Power Platform solution.

Please select the factor that you should not consider in your evaluation.

Answers

Explanations

Click on the arrows to vote for the correct answer

A. B. C. D. E.

Correct Answer: D

Usually, there are several project phases that Solution Architect is involved in.

These phases include Presales, Initiation, Analysis and design, Implementation, Delivery, and Operation.

The Analysis and design phase contains the requirement collection, validation, and clarification, high-level and detailed solution architecture, review of the technical designs, and change management.

A Solution Architect always starts with the assessment of the out-of-the-box Dynamics 365 functionality for solution implementation.

Then, if the requirements require additional functionality, a Solution Architect reviews the use of Power Platform products and components, including the third-party solutions.

When a Solution Architect works on high-level solution architecture, he or she needs to evaluate the need for the third-party components in the solution.

Usually, evaluation includes the following factors: Security integration - what is the security model's compatibility between the component and your solution.

Flexibility for customizations - how flexible is the component for customizations.

Location of the data storage - where does the component store data: in the Dataverse or some other storage location.

Roadmap for component's development - what is the roadmap for the component's enhancements.

Licensing - will the licensing impact the final solution.

Up to date with the Microsoft releases - does a component include the latest updates to Dynamics 365 or Power Platform from Microsoft.

Suppose the third-party solution uses the old versions of the Dynamics or Power Platform and potentially breaks with new Microsoft updates.

In that case, your solution with an integrated third-party component will be compromised.

Option D is correct because the clarity of the requirements is essential for the project but irrelevant for evaluating the third-party component.

All other options are incorrect.

For more information about the evaluation of the third-party components, please visit the below URLs:

As a Solution Architect evaluating third-party components for a Power Platform solution, all factors related to the functionality, compatibility, and suitability of the component should be considered. However, the factor that should not be considered in the evaluation is the location of the data storage, as this is not directly related to the functionality or compatibility of the component.

To provide a more detailed explanation of each of the factors listed:

A. Security integration: This factor is important in evaluating a third-party component for a Power Platform solution. The component should integrate with the Power Platform's security model, which includes authentication and authorization mechanisms, to ensure that data is protected from unauthorized access or modification.

B. Licensing: This factor is also important as the component should be licensed appropriately to ensure that it can be used in the Power Platform solution without violating any licensing agreements.

C. Flexibility for customizations: This factor is also important as the component should be flexible enough to allow customization according to the specific needs of the Power Platform solution.

D. Clarity of the requirements: This factor is important as it helps in understanding the specific needs of the Power Platform solution and ensuring that the selected component meets those requirements.

E. Location of the data storage: While data storage is important in a Power Platform solution, it is not a factor that should be considered when evaluating a third-party component. The data storage location may be important for compliance or regulatory purposes, but it is not a factor that directly affects the functionality or compatibility of the component.