The IT4IT™ reference architecture by

The IT4IT™ reference architecture by

Language: nld
Format: azw3
Publisher: Van Haren Publishing
Published: 2016-01-25T16:00:00+00:00


Figure 46: Project Functional Component Level 2 Model

6.4.2 Requirement Functional Component

Purpose

• Manage Requirements through the lifecycle of a service.

• Service-level requirements are captured as Requirements.

• Collect, refine, scope, and track progress of Requirements even before and after an IT Initiative has concluded.

• Maintain traceability of each Requirement to the original source (demand, IT or business standard or policy, and/or requestor) and to appropriate source and/or test cases throughout the service lifecycle.

• Derive product or program backlogs which will ultimately serve as queues for enhancing IT services.

Key Data Objects

• Requirement (data object): Record which details the needs or conditions to meet for a new or altered service.

Key Attributes

The Requirement data object shall have the following key data attributes:

• RequirementID: Unique identifier of a given Requirement.

• RequirementType: Identifies the category of a Requirement (i.e., epic, theme, feature, user story, non-functional, functional, etc.).

• RequirementSummary: Represents the short description/title/summary of a given Requirement.

• LogicalServiceBlueprintID: Unique identifier of the related Logical Service Blueprint.

• PolicyID: Unique identifier of the related Policy.

• PortfolioBacklogID: Unique identifier of the related Portfolio Backlog Item.

• ServiceReleaseID: Unique identifier of the related Service Release.

• SourceID: Unique identifier of the related Source.

• TestCaseID: Identifier of the related Test Cases.

Key Data Object Relationships

The Requirement data object shall maintain the following relationships:

• Logical Service Blueprint to Requirement (1:n): The Logical Service Blueprint is the Service Design which fulfills one or more Requirements.

• Service Release to Requirement (1:n): The Service Release delivers a service which fulfills one or more Requirements.

• Requirement to Test Case (1:n): A Requirement is traced to one or more Test Cases to ensure stated needs or conditions have been successfully delivered or met.

• Portfolio Backlog Item to Requirement (1:n): A Portfolio Backlog Item is mapped to one or more Requirements which will need to be delivered to successfully fulfill the demand.

• Policy to Requirement (n:m): Requirements may be sourced from policies or may reference policies in order to remain in compliance to previously agreed policies for an organization.

Main Functions

The Requirement functional component:

• Shall be the system of record (authoritative source) for all Requirements.

• Shall manage the lifecycle of the Requirement.

• Shall manage the state of a Requirement.

• Shall allow recursive relationships between Requirements.

• Shall allow hierarchical relationships between Requirements.

• Shall associate a requirement to a service.

If a Portfolio Demand functional component exists, the Requirement functional component:

• Shall associate one or more Requirements to a Portfolio Backlog Item that these Requirements originate from.

If a Service Design functional component exists, the Requirement functional component:

• Can manage the data flow to provide Requirement information to the Service Design functional component.

• Shall associate one or more Requirements to a single Logical Service Model.

If a Release Composition functional component exists, the Requirement functional component:

• Shall associate one or more Requirements to a Service Release that will fulfill these Requirements.

If a Test functional component exists, the Requirement functional component:

• Shall allow a Requirement to be traced to one or more Test Cases designed to test this Requirement.

If a Policy functional component exists, the Requirement functional component:

• Shall allow



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