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Mapping is the process that turns a set of business capabilities into a structure that communicates the right amount of detail to different stakeholder groups.
Definition of Mapping:
Mapping: In the context of business architecture, mapping refers to the process of visually representing the relationships between business capabilities and other elements such as processes, value streams, and organizational units. This helps in communicating the structure and interactions within the business.
Purpose:
Communication: Mapping provides a clear and structured way to communicate the details of business capabilities to different stakeholder groups. It ensures that each group receives the appropriate level of detail needed for their role and decision-making. Alignment: Helps in aligning business capabilities with strategic goals, processes, and organizational structure, ensuring that the architecture supports the overall business strategy.

The diagram provided illustrates a Capability Map. Here’s why:
Focus on “what” the organization does: The diagram depicts various functions and activities that the organization performs, such as “Program/Human Resource Matching,” “Employee Supply and Demand Mgmt,” “Benefits Management,” etc. These represent the capabilities of the organization, or what it is able to do.
Hierarchical structure: The capabilities are organized hierarchically, with broader functions like “HR Mgmt.” encompassing more specific capabilities like “Position Advertising” and “Skills Assessment.” This shows how different capabilities relate to each other and contribute to higher-level functions.
No specific process flow: Unlike a process map or value stream map, this diagram doesn’t show a sequence of steps or flow of activities. It focuses on the capabilities themselves, not how they are executed

Value Stream Mapping (VSM) is a powerful tool used to assess an organization’s effectiveness at creating, capturing, and delivering value for different stakeholders. It involves mapping out the entire process of value creation from end to end, identifying each step involved, and analyzing how value is added at each stage. VSM helps in identifying bottlenecks, inefficiencies, and opportunities for improvement, ultimately aiming to optimize the value delivery process to better meet stakeholder needs.

A Business Model describes how an organization creates value for customers, delivers that value efficiently, and captures benefits such as revenue or strategic advantage. It explains the organization’s overall approach to value creation.

In TOGAF, business models are used as a basis for Enterprise Architects to understand how the organization creates, delivers, and captures value, which helps inform architecture thinking and principles.

The segments labeled A, D and I in the Business Model Canvas are Key Partners, Customer Relationships, and Revenue Streams respectively1. The Business ModelCanvas is a tool that can be used to describe how an organization creates, delivers, and captures value for its stakeholders1. The Business Model Canvas consists of nine segments that cover four main areas: customers (segments B,C,D), offer (segment E), infrastructure (segments A,F,G), and financial viability (segments H,I)1. The segments are defined as follows:
* Key Partners (segment A): The network of suppliers and partners that make the business model work1. Key partners can provide resources, activities, or support that enable the organization to offer its value proposition1.
* Customer Relationships (segment D): The type of relationship that the organization establishes with its customer segments1. Customer relationships can be driven by customer acquisition, retention, or loyalty objectives1. Customer relationships can also influence the customer experience and satisfaction1.
* Revenue Streams (segment I): The sources of income that the organization generates from each customer segment1. Revenue streams can be derived from different pricing mechanisms, such as asset sale, subscription, fee, commission, or advertising1. Revenue streams can also reflect the value that customers are willing to pay for the organization’s offer1.

The TOGAF standard covers the development of four architecture domains: Business, Data, Technology, and Application. The Application Architecture domain defines the applications required to process the data and support the business functions.

The table describes the steps involved in Phase B (Business Architecture), Phase C (Information Systems Architectures), and Phase D (Technology Architecture) of the TOGAF ADM. These phases are responsible for developing the target architectures for each domain and identifying the gaps between the baseline and target architectures. The table shows the outputs and outcomes of each phase, as well as the essential knowledge required for each phase.

The graphic illustrates a method for developing alternative target architectures in Phase E of the TOGAF ADM1. The method involves identifying and evaluating candidate architectures based on criteria such as business value, cost, risk, and feasibility1. The method helps to identify the most suitable architecture solution for the enterprise.
https://pubs.opengroup.org/togaf-standard/adm-techniques/chap10.html
The graphic illustrates a method that supports the TOGAF ADM by identifying and evaluating alternative target architectures. The process begins with a vision, influenced by principles and requirements, leading to the consideration of alternatives. Each alternative is assessed based on different criteria, leading to the selection of the most suitable target architecture. This is consistent with the TOGAF approach of developing a set of potential architectures and then selecting the one that best meets the enterprise’s needs.

One of the purposes of mapping capabilities to value stream stages is to classify, group, and align capabilities into categories for a deeper understanding of how they support value creation and delivery2. By mapping capabilities to value stream stages, the architect can identify which capabilities are required for each stage of the value stream, how they relate to each other, and how they contribute to the overall value proposition. This can help to assess the maturity, effectiveness, performance, and value or cost contribution of each capability.

The technique shown in the example is called relationship mapping. It is a technique that can be used to show how a business architecture addresses stakeholder concerns across different parts of an organization2. It can highlight gaps or overlaps in the coverage of stakeholder concerns by a business architecture. In this case, the technique is used to relate business capabilities to organization units so as to highlight duplication and redundancy.

The relationship between business models and business architecture in TOGAF can be described as follows:
Business Models:
Definition: Business models describe how an organization creates, delivers, and captures value.
They provide a high-level overview of the business, including elements such as value propositions, customer segments, channels, and revenue streams.
Purpose: Business models are used to understand and analyze the core elements of the business and how they interact to create value.
Business Architecture:
Definition: Business architecture provides a detailed view of the business, including its structure, capabilities, processes, and information. It articulates how the business operates and supports the business model.
Purpose: Business architecture translates the high-level view of the business model into detailed architectural views and artifacts. It ensures that the architecture aligns with the business strategy and supports the execution of the business model.
Relationship:
Articulation of Perspectives: Business architecture articulates the different perspectives and impacts of the business model by providing detailed views of the business components that support the model. This includes defining the necessary capabilities, processes, and organizational structures. Alignment and Execution: Business architecture ensures that the architecture aligns with the business model and supports its execution. It translates the strategic intent of the business model into actionable and implementable architectural components.

Phase A focuses on developing the Architecture Vision and engaging stakeholders. Discussions primarily address desired business outcomes, objectives, and value instead of detailed technical implementation or infrastructure concerns.

Phase B focuses on developing the Business Architecture by defining baseline and target business architectures, analyzing gaps, and identifying opportunities to support the organization’s strategic objectives and transformation initiatives.

Business model innovation involves making significant changes to how an organization creates, delivers, and captures value. These changes can be disruptive and have far-reaching implications for the entire enterprise. A structured approach to business model innovation is essential to:
Maintain alignment with enterprise architecture: A structured approach ensures that new business models are compatible with the existing technology, data, and application architecture. This prevents costly rework, integration issues, and disruptions to existing operations.
Minimize risk and disruption: By carefully considering the impact of changes on different parts of the organization, a structured approach helps to mitigate risks and avoid unintended consequences.
Facilitate effective decision-making: A structured approach provides a framework for evaluating different business model options and making informed decisions based on clear criteria and analysis.
Enable smooth transition: A structured approach helps to manage the transition to the new business model, ensuring a smooth implementation and minimizing disruptions to customers and employees.

In TOGAF’s value stream stage definition, each stage has specific elements that describe its boundaries and behavior. The starting point is the element that describes the particular state change (trigger) that initiates or triggers that value stream stage — essentially defining what event or condition causes the stage to begin.

In the context of the TOGAF ADM (Architecture Development Method), the phase labeled as item 1, which conducts implementation planning for the architecture defined in previous phases, corresponds to Phase E: Opportunities and Solutions. Here’s a detailed explanation:
Phase E: Opportunities and Solutions:
Objective: This phase focuses on identifying delivery vehicles (projects, programs, or portfolios) that can deliver the target architecture identified in previous phases. It bridges the gap between the architecture vision and the detailed implementation.
Implementation Planning: In this phase, the architect develops the detailed Implementation and Migration Plan. This includes identifying work packages, sequencing activities, and preparing for the transition to the target architecture.
Key Activities:
Identify Opportunities and Solutions: This involves identifying potential solutions that address the gaps identified during the architecture definition phases (Phases B, C, and D).
Work Package Definition: Work packages are defined, which include specific projects or initiatives required to implement the architecture.
Transition Planning: Detailed plans for transitioning from the baseline to the target architecture are developed, ensuring that all necessary steps and resources are accounted for.
TOGAF Reference:
Phase E Deliverables: Key deliverables of this phase include the Implementation and Migration Plan, project charters, and work package descriptions.
Alignment with Business Strategy: This phase ensures that the implementation plans are aligned with the business strategy and objectives, providing a clear path for executing the architecture vision.
Benefits:
Structured Implementation: Conducting implementation planning ensures that the architecture is implemented in a structured and controlled manner, reducing risks and enhancing the likelihood of success.
Resource Allocation: It helps in efficient allocation of resources by identifying the specific projects and initiatives needed to achieve the target architecture.
In summary, Phase E of the TOGAF ADM focuses on conducting implementation planning for the architecture defined in previous phases, ensuring a structured and controlled approach to executing the architecture vision and achieving the desired business outcomes.

A Business Capability Map is structured by categorizing and grouping capabilities into high-level clusters that align with business objectives. This approach aligns with TOGAF principles for clarity and simplification in business capability representation, enabling a coherent view of business abilities.

One of the reasons that supports the need to govern Enterprise Architecture is that best practice governance enables the organization to control value realization. Value realization is the process of ensuring that the expected benefits from implementing an Enterprise Architecture are achieved and sustained over time. Best practice governance provides a framework and mechanisms for monitoring and evaluating the performance and outcomes of Enterprise Architecture initiatives, as well as ensuring alignment with strategic objectives and stakeholder expectations.