Enterprise Architecture Frameworks and Practices

Enterprise Architecture Frameworks and Practices

Enterprise Architecture Frameworks and Practices

Enterprise Architecture (EA) is the process of aligning an organization's business goals and objectives with its information technology (IT) infrastructure. EA frameworks and practices provide a set of tools and methodologies to guide the development, implementation, and management of EA.

Multiple Choice

Which principle emphasizes the use of loosely coupled components that can be easily integrated and replaced?

• Modularity

• Agility

• Security

• User-Centricity

Here are some of the popular EA frameworks and practices:

1. The Open Group Architecture Framework (TOGAF)

2. Zachman Framework

3. Federal Enterprise Architecture (FEA)

4. Gartner's Enterprise Architecture Framework

5. The Open Group Architecture Content Framework (ACF)

6. Business Architecture Guild

The Open Group Architecture Framework (TOGAF)

Multiple Choice

Which principle emphasizes the implementation of robust security measures to protect systems, data, and customer information?

• Modularity
• Agility
• Security
• User-Centricity

The Open Group Architecture Framework (TOGAF)

TOGAF is a widely used EA framework that provides a comprehensive approach to designing, planning, implementing, and managing an organization's architecture.

Sample artifacts that may be included in a typical TOGAF implementation

Architecture Vision

Architecture Vision is a high-level, aspirational description of the desired state of an organization's architecture. It is an important tool for aligning business and technology strategies and defining the principles, goals, and objectives that will guide architecture development.

Multiple Choice

Which principle emphasizes leveraging cloud-based technologies to increase scalability, flexibility, and cost-effectiveness?

• Consolidate our technology infrastructure
• Adopt cloud-native architecture
• Implement modern development practices
• Enhance data analytics capabilities

Example of an Architecture Vision for a fictional company:

Our Architecture Vision is to create a modern, flexible, and scalable technology infrastructure that supports our business strategy and enables us to deliver innovative products and services to our customers.

Our architecture will be designed with the following principles in mind:

• Modularity: our technology systems will be composed of loosely coupled components that can be easily integrated and replaced as needed.

• Agility: we will be able to quickly respond to changing market conditions and customer needs by adopting agile development methodologies and leveraging cloud-based technologies.

Multiple Choice

Which principle emphasizes leveraging advanced data analytics technologies to gain insights into customer behavior, market trends, and business performance?

• Consolidate our technology infrastructure
• Adopt cloud-native architecture
• Implement modern development practices
• Enhance data analytics capabilities

Our architecture will be designed with the following principles in mind:

• Security: we will implement robust security measures to protect our systems, data, and customers' information from cyber threats.

• User-Centricity: we will put our customers at the center of our design process, ensuring that our technology solutions are intuitive, easy to use, and provide a seamless experience across channels.

To achieve this vision, we will focus on the following goals and objectives:

• Consolidate our technology infrastructure: we will streamline our legacy systems and consolidate our technology stack to reduce complexity and increase efficiency.

• Adopt cloud-native architecture: we will leverage cloud-based technologies to increase scalability, flexibility, and cost-effectiveness.

To achieve this vision, we will focus on the following goals and objectives:

• Implement modern development practices: we will adopt agile methodologies, DevOps practices, and automation tools to improve speed, quality, and collaboration.

• Enhance data analytics capabilities: we will leverage advanced data analytics technologies to gain insights into customer behavior, market trends, and business performance, and use this information to make informed decisions.

Multiple Choice

Which of the following is included in the company's business processes?

• Human resources management.
• Financial management.
• Customer acquisition.
• Legal services.

Business Architecture

Business architecture is the practice of modeling an organization's structure, processes, information, and capabilities to achieve its strategic objectives.

Designing the business architecture for a retail company that sells clothes and accessories online

• Business goals: The company's primary goal is to increase its revenue by expanding its customer base and improving customer satisfaction.

• Business processes: The company's business processes would include customer acquisition, product development, order processing, payment processing, and fulfillment.

Designing the business architecture for a retail company that sells clothes and accessories online

• Business capabilities: The company's capabilities would include customer service, logistics and supply chain management, marketing and advertising, and product design and development.

• Information architecture: The company's information architecture would include its data model, data sources, and data management processes. This would ensure that the company can collect and analyze data on its customers, products, and sales to improve its operations and marketing strategies.

Designing the business architecture for a retail company that sells clothes and accessories online

• Organizational structure: The company's organizational structure would define its roles and responsibilities, reporting lines, and decision-making processes. This would ensure that the company has a clear hierarchy of authority and that decisions are made efficiently.

Data Architecture

Data architecture is the practice of designing a structure for an organization's data assets, including databases, data models, and data storage systems.

Multiple Choice

What are data models?

• Models of physical buildings.

• Models of financial statements.

• Models of employee roles and responsibilities.

• Models that define how data is organized and processed.

Designing the data architecture for a healthcare organization that wants to improve patient outcomes by using data-driven insights

• Data sources: The organization's data sources would include electronic health records, medical devices, and patient surveys. The data would be stored in a centralized repository, such as a data warehouse.

• Data models: The organization would create data models that define how data is organized and processed. For example, they might create a data model that links patient demographic data with their medical history, lab results, and treatment plans.

Designing the data architecture for a healthcare organization that wants to improve patient outcomes by using data-driven insights

• Data storage: The organization would use a variety of data storage technologies, such as relational databases, NoSQL databases, and object storage. The choice of storage technology would depend on the type of data and the organization's performance and scalability requirements.

• Data integration: The organization would integrate data from various sources to create a comprehensive view of each patient's health. They might use data integration tools or develop custom scripts to automate the process.

Multiple Choice

How might the organization integrate data from various sources?

• By manually copying and pasting data between systems.
• By using data integration tools or developing custom scripts to automate the process.
• By outsourcing the data integration process to a third-party provider.
• By ignoring certain data sources and only using the most important ones.

Application Architecture

Application architecture refers to the way that the components of a software application are structured and organized.

Application architecture for an e-commerce website:

• Presentation Layer: The presentation layer is responsible for rendering the user interface of the application. It includes the web pages, forms, and other visual elements that users interact with. In our e-commerce website, the presentation layer would include the product pages, shopping cart, and checkout pages.

Application architecture for an e-commerce website:

• Application Layer: The application layer is responsible for processing user requests and managing the business logic of the application. It includes modules that handle tasks such as order processing, inventory management, and user authentication. In our e-commerce website, the application layer would include modules for adding items to the shopping cart, calculating shipping costs, and processing payments.

Application architecture for an e-commerce website:

• Data Layer: The data layer is responsible for storing and retrieving data from a database or other data source. It includes modules for accessing and manipulating data, as well as for managing database connections and transactions. In our e-commerce website, the data layer would include tables for storing product information, user account data, and order history.

Multiple Choice

What is the integration layer responsible for?

• Providing the underlying hardware and software infrastructure that supports the application.
• Storing and retrieving data from a database or other data source.
• Processing user requests and managing the business logic of the application.
• Integrating the application with other systems and services.

Application architecture for an e-commerce website:

• Integration Layer: The integration layer is responsible for integrating the application with other systems and services, such as payment gateways or shipping providers. It includes modules for handling data exchange and communication between the application and external systems. In our e-commerce website, the integration layer would include modules for communicating with payment processors and shipping companies.

Application architecture for an e-commerce website:

• Infrastructure Layer: The infrastructure layer is responsible for providing the underlying hardware and software infrastructure that supports the application. It includes modules for managing servers, network connections, and other resources. In our e-commerce website, the infrastructure layer would include servers for hosting the application, as well as load balancers, firewalls, and other networking components.

Technology Architecture

Describes the organization's technology infrastructure, including hardware, software, and network components. It provides a framework for aligning the organization's technology infrastructure with its business goals and objectives.

Multiple Choice

What is Infrastructure Topology?

• A document outlining the standards for hardware, software, and networking components.
• A detailed view of system components and their interactions.
• A plan for introducing new technologies, upgrading existing technologies, and retiring obsolete technologies.
• A description of the overall structure and layout of the technology infrastructure.

Technology Architecture

Technology Architecture is one of the key components of the TOGAF framework, which provides a comprehensive framework for developing and managing enterprise architecture.

Here are some examples of artifacts that may be included in a typical Technology Architecture:

• Technology Standards: This document outlines the standards for hardware, software, and networking components that will be used throughout the organization. It ensures consistency in technology selection, reduces the complexity of managing multiple technologies, and enhances the interoperability of different technology components.

Here are some examples of artifacts that may be included in a typical Technology Architecture:

• Infrastructure Topology: This document describes the overall structure and layout of the technology infrastructure, including the physical and logical components of the infrastructure. It includes details such as network topology, server and storage locations, and data center layouts.

Multiple Choice

What is Technology Investment Plan?

• A comprehensive framework for developing and managing enterprise architecture.
• A document outlining the standards for hardware, software, and networking components.
• A plan for introducing new technologies, upgrading existing technologies, and retiring obsolete technologies.
• An outline of the organization's investment plan for technology, including budget allocation and resource planning.

Here are some examples of artifacts that may be included in a typical Technology Architecture:

• System Architecture: This document provides a detailed view of the system components and their interactions. It includes information such as system interfaces, data flows, and functional components. It ensures that the system components align with the overall enterprise architecture, and it facilitates the development of detailed system specifications.

Here are some examples of artifacts that may be included in a typical Technology Architecture:

• Technology Roadmap: This document outlines the plan for introducing new technologies, upgrading existing technologies, and retiring obsolete technologies. It ensures that the technology architecture remains up-to-date and relevant to the organization's changing needs.

Here are some examples of artifacts that may be included in a typical Technology Architecture:

• Technology Risk Assessment: This document identifies potential risks associated with the use of specific technologies, such as security risks, compatibility risks, and scalability risks. It helps the organization to make informed decisions about technology selection and to develop mitigation strategies to address potential risks.

Here are some examples of artifacts that may be included in a typical Technology Architecture:

• Technology Investment Plan: This document outlines the organization's investment plan for technology, including budget allocation and resource planning. It ensures that technology investments align with the organization's strategic goals and objectives and that the organization has the necessary resources to implement and maintain the technology architecture.

Implementation and Migration Plan

An implementation and migration plan is a detailed document that outlines the steps and timeline required to successfully implement a new system or process within an organization, and migrate existing data and users from the old system to the new one.

Sample implementation and migration plan for a hypothetical project:

Project Name: CRM System Implementation and Migration

Objective: To implement a new CRM system to replace the existing system and migrate all data and users to the new system within a timeframe of 3 months.

Sample implementation and migration plan for a hypothetical project:

1. Project Initiation (Week 1-2)

• Develop project charter and obtain approval from stakeholders

• Identify project team and assign roles and responsibilities

• Conduct a kickoff meeting to establish project objectives and expectations

• Develop a high-level project plan and schedule

Sample implementation and migration plan for a hypothetical project:

1. System Evaluation and Selection (Week 2-4)

• Conduct a needs assessment to identify system requirements

• Develop a Request for Proposal (RFP) and send to potential vendors

• Evaluate vendor proposals and select a CRM system

• Negotiate contract and finalize agreement

Sample implementation and migration plan for a hypothetical project:

1. System Configuration and Testing (Week 4-8)

• Configure the new system to meet business requirements

• Develop test scenarios and conduct system testing

• Identify and resolve any issues discovered during testing

• Obtain user acceptance testing and sign-off

Sample implementation and migration plan for a hypothetical project:

1. Data Migration (Week 8-10)

• Develop a data migration plan and strategy

• Extract data from the existing system and cleanse it as needed

• Migrate the data to the new system

• Verify data integrity and accuracy

Sample implementation and migration plan for a hypothetical project:

1. User Training and Communication (Week 10-12)

• Develop a training plan and schedule

• Conduct user training on the new system

• Develop and distribute communication materials to inform users of the system change

• Provide ongoing support to users after the system launch

Sample implementation and migration plan for a hypothetical project:

1. Go-Live and Post-Implementation (Week 12-13)

• Conduct a final readiness assessment

• Launch the new CRM system

• Monitor the system to ensure smooth operation and identify any issues

• Conduct a post-implementation review and develop a plan for ongoing system maintenance and support

Zachman Framework

Zachman Framework

The Zachman Framework is a matrix that provides a structured approach to organizing and understanding an enterprise's architecture. The framework consists of six columns and six rows that intersect to form a grid. Each cell in the grid represents a different perspective on the enterprise, and each perspective provides a unique view of the enterprise's architecture.

Zachman Framework

Zachman Framework

In this example, the six columns represent different aspects of an enterprise's architecture: What (data), How (function), Where (environment), Who (actors), When (cycle), and Why (purpose). The six rows represent different perspectives on the enterprise: Planner, Owner, Designer, Builder, Subcontractor, and User.

Zachman Framework

Each cell in the grid represents a unique combination of a perspective and a perspective on the enterprise. For example, the cell in the Planner column and the What row represents the perspective of a planner looking at the enterprise's data. The cell in the Designer column and the How row represents the perspective of a designer looking at the enterprise's functions.

Zachman Framework

By analyzing each cell in the grid, an enterprise can gain a better understanding of its architecture from multiple perspectives. This can help the enterprise identify areas for improvement, streamline processes, and achieve its goals and objectives.

Federal Enterprise Architecture (FEA)

Federal Enterprise Architecture (FEA)

The Federal Enterprise Architecture (FEA) is a framework for organizing and managing IT investments across the federal government of the United States. It consists of five reference models, each of which represents a specific area of the enterprise architecture.

Here is a sample of the five reference models in the FEA:

• Business Reference Model (BRM): The BRM defines the business functions of the federal government and how they relate to each other. It provides a common language and framework for agencies to understand and analyze their business processes.

Here is a sample of the five reference models in the FEA:

• Performance Reference Model (PRM): The PRM defines how agencies measure and report their performance. It includes metrics and standards for evaluating the effectiveness and efficiency of agency programs.

Here is a sample of the five reference models in the FEA:

• Data Reference Model (DRM): The DRM defines how agencies manage and share data. It includes standard data definitions, formats, and metadata to ensure consistency and interoperability across the federal government.

Here is a sample of the five reference models in the FEA:

• Application Reference Model (ARM): The ARM defines the types of applications used in the federal government and how they are integrated with each other. It includes standards for application development, deployment, and maintenance.

Here is a sample of the five reference models in the FEA:

• Technology Reference Model (TRM): The TRM defines the technology infrastructure used in the federal government. It includes standards for hardware, software, networks, security, and other IT resources.

Sample of the four layers in Gartner's Enterprise Architecture Framework:

• Business Layer: The business layer represents the strategic vision and goals of the organization. It defines the business processes, functions, and capabilities required to achieve these goals.

Sample of the four layers in Gartner's Enterprise Architecture Framework:

• Information Layer: The information layer represents the data and information required to support the business processes and functions. It defines the data architecture, data models, data sources, and data governance required to ensure the quality and accuracy of the data.

Sample of the four layers in Gartner's Enterprise Architecture Framework:

• Application Layer: The application layer represents the software applications required to support the business processes and functions. It defines the application architecture, application portfolio, and application integration required to ensure that the applications are aligned with the business needs.

Sample of the four layers in Gartner's Enterprise Architecture Framework:

• Technology Layer: The technology layer represents the hardware and software infrastructure required to support the applications and data. It defines the technology architecture, infrastructure, and platforms required to ensure that the technology is reliable, secure, and scalable.

The Open Group Architecture Content Framework (ACF)

The Open Group Architecture Content Framework (ACF) provides a structure for organizing architectural artifacts in a way that supports effective architecture development and communication. It is composed of several layers, each with its own set of artifacts and activities. Here is a brief overview of the layers and their associated artifacts:

The Open Group Architecture Content Framework (ACF)

• Business Layer: This layer focuses on the business context of the organization and includes artifacts such as business goals, strategies, processes, and organizational structures.

The Open Group Architecture Content Framework (ACF)

• Data Layer: This layer deals with the organization's data architecture and includes artifacts such as data models, data dictionaries, and data flow diagrams.

The Open Group Architecture Content Framework (ACF)

• Technology Layer: This layer deals with the technology infrastructure of the organization and includes artifacts such as technology standards, hardware and software inventories, and network diagrams.

The Open Group Architecture Content Framework (ACF)

The Open Group Architecture Content Framework (ACF)

• The Open Group Architecture Content Framework (ACF) is a set of standards and guidelines for organizing and structuring architectural artifacts in a consistent and standardized way. The framework provides a common language and structure for describing, organizing, and sharing architectural information across an organization.

The Open Group Architecture Content Framework (ACF)

• The ACF is designed to help architects and other stakeholders to create and maintain architectural content that is consistent, reusable, and aligned with business goals and objectives. The framework provides guidance on how to organize architectural artifacts into a set of interrelated views that describe the different aspects of the architecture.

The ACF is divided into four main components:

• The Architecture Development Method (ADM): The ADM is a step-by-step process for developing and managing an enterprise architecture. It includes a set of guidelines and best practices for developing and implementing an enterprise architecture.

The ACF is divided into four main components:

• The Architecture Content Framework (ACF): The ACF provides a set of guidelines and best practices for organizing and structuring architectural artifacts. It defines a standard set of architectural views and viewpoints that can be used to describe the different aspects of the architecture.

The ACF is divided into four main components:

• The Architecture Capability Framework (ACapF): The ACapF provides guidance on how to develop and manage the architecture capability within an organization. It includes a set of best practices for building and sustaining the architecture capability.

The ACF is divided into four main components:

• The Architecture Landscape Framework (ALF): The ALF provides a framework for describing the architecture landscape of an organization. It includes a set of guidelines and best practices for analyzing and documenting the existing architecture landscape.

Multiple Choice

What is Architecture Vision?

• A low-level, operational description of an organization's architecture.

• A high-level, aspirational description of an organization's architecture.

• A detailed description of specific technology solutions.

• A description of the current state of an organization's architecture.

Multiple Choice

Which principle emphasizes the use of loosely coupled components that can be easily integrated and replaced?

• Modularity
• Agility
• Security
• User-Centricity

Multiple Choice

Which principle emphasizes the ability to quickly respond to changing market conditions and customer needs?

• Modularity
• Agility
• Security
• User-Centricity

Multiple Choice

Which principle emphasizes the implementation of robust security measures to protect systems, data, and customer information?

• Modularity
• Agility
• Security
• User-Centricity

Multiple Choice

Which principle emphasizes putting customers at the center of the design process?

• Modularity
• Agility
• Security
• User-Centricity

Multiple Choice

Which principle emphasizes streamlining legacy systems and consolidating the technology stack?

• Consolidate our technology infrastructure
• Adopt cloud-native architecture
• Implement modern development practices
• Enhance data analytics capabilities

Multiple Choice

Which principle emphasizes leveraging cloud-based technologies to increase scalability, flexibility, and cost-effectiveness?

• Consolidate our technology infrastructure
• Adopt cloud-native architecture
• Implement modern development practices
• Enhance data analytics capabilities

Multiple Choice

Which principle emphasizes adopting agile methodologies, DevOps practices, and automation tools to improve speed, quality, and collaboration?

• Consolidate our technology infrastructure
• Adopt cloud-native architecture
• Implement modern development practices
• Enhance data analytics capabilities

Multiple Choice

Which principle emphasizes leveraging advanced data analytics technologies to gain insights into customer behavior, market trends, and business performance?

• Consolidate our technology infrastructure
• Adopt cloud-native architecture
• Implement modern development practices
• Enhance data analytics capabilities

Multiple Choice

What is Business architecture?

• The practice of building skyscrapers for a business.
• The practice of designing a business's logo and branding.
• The practice of modeling an organization's structure, processes, information, and capabilities to achieve its strategic objectives.
• The practice of managing a business's human resources.

Multiple Choice

What is the primary goal of the company mentioned in the text?

• To reduce costs.
• To increase its revenue.
• To improve its products.
• To expand its physical infrastructure.

Multiple Choice

Which of the following is included in the company's business processes?

• Human resources management.
• Financial management.
• Customer acquisition.
• Legal services.

Multiple Choice

Which of the following is included in the company's capabilities?

• Accounting and bookkeeping.
• Customer service.
• Legal services.
• IT infrastructure management.

Multiple Choice

What is included in the company's information architecture?

• Its physical infrastructure.
• Its organizational structure.
• Its data model, data sources, and data management processes.
• Its marketing and advertising strategies.

Multiple Choice

What is Data architecture?

• The practice of designing physical buildings for an organization.
• The practice of organizing a business's financial resources.
• The practice of designing a structure for an organization's data assets, including databases, data models, and data storage systems.
• The practice of managing an organization's human resources.

Multiple Choice

What are the organization's data sources?

• Electronic health records, medical devices, and patient surveys.
• Financial statements, invoices, and receipts.
• Employee records, payroll data, and benefits information.
• Customer reviews, social media posts, and website analytics.

Multiple Choice

What are data models?

• Models of physical buildings.
• Models of financial statements.
• Models of employee roles and responsibilities.
• Models that define how data is organized and processed.

Multiple Choice

What types of data storage technologies might the organization use?

• Text editors, spreadsheets, and email clients.
• Relational databases, NoSQL databases, and object storage.
• Physical file cabinets and paper documents.
• USB flash drives, external hard drives, and CDs.

Multiple Choice

How might the organization integrate data from various sources?

• By manually copying and pasting data between systems.
• By using data integration tools or developing custom scripts to automate the process.
• By outsourcing the data integration process to a third-party provider.
• By ignoring certain data sources and only using the most important ones.

Multiple Choice

What is application architecture?

• The way that a software application is marketed to users.
• The way that a software application is designed and developed.
• The way that a software application is tested and deployed.
• The way that the components of a software application are structured and organized.

Multiple Choice

What is the presentation layer responsible for?

• Processing user requests and managing the business logic of the application.
• Storing and retrieving data from a database or other data source.
• Integrating the application with other systems and services.
• Rendering the user interface of the application.

Multiple Choice

What is the data layer responsible for?

• Integrating the application with other systems and services.
• Processing user requests and managing the business logic of the application.
• Storing and retrieving data from a database or other data source.
• Providing the underlying hardware and software infrastructure that supports the application.

Multiple Choice

What is the integration layer responsible for?

• Providing the underlying hardware and software infrastructure that supports the application.
• Storing and retrieving data from a database or other data source.
• Processing user requests and managing the business logic of the application.
• Integrating the application with other systems and services.

Multiple Choice

What is the infrastructure layer responsible for?

• Processing user requests and managing the business logic of the application.
• Storing and retrieving data from a database or other data source.
• Integrating the application with other systems and services.
• Providing the underlying hardware and software infrastructure that supports the application.

Multiple Choice

What is Technology Architecture?

• A comprehensive framework for developing and managing enterprise architecture.
• A document outlining the standards for hardware, software, and networking components.
• A plan for introducing new technologies, upgrading existing technologies, and retiring obsolete technologies.
• An assessment of potential risks associated with the use of specific technologies.

Multiple Choice

What is Infrastructure Topology?

• A document outlining the standards for hardware, software, and networking components.
• A detailed view of system components and their interactions.
• A plan for introducing new technologies, upgrading existing technologies, and retiring obsolete technologies.
• A description of the overall structure and layout of the technology infrastructure.

Multiple Choice

What is Technology Roadmap?

• A document outlining the standards for hardware, software, and networking components.
• A detailed view of system components and their interactions.
• A plan for introducing new technologies, upgrading existing technologies, and retiring obsolete technologies.
• An assessment of potential risks associated with the use of specific technologies.

Multiple Choice

What is Technology Risk Assessment?

• A comprehensive framework for developing and managing enterprise architecture.
• A document outlining the standards for hardware, software, and networking components.
• A plan for introducing new technologies, upgrading existing technologies, and retiring obsolete technologies.
• An assessment of potential risks associated with the use of specific technologies.

Multiple Choice

What is Technology Investment Plan?

• A comprehensive framework for developing and managing enterprise architecture.
• A document outlining the standards for hardware, software, and networking components.
• A plan for introducing new technologies, upgrading existing technologies, and retiring obsolete technologies.
• An outline of the organization's investment plan for technology, including budget allocation and resource planning.

Multiple Choice

What is the Open Group Architecture Content Framework (ACF)?

• Set of standards and guidelines for organizing and structuring architectural artifacts in a consistent and standardized way.
• Step-by-step process for developing and managing an enterprise architecture.
• Set of guidelines and best practices for developing and implementing an enterprise architecture.
• Guidance on how to develop and manage the architecture capability within an organization.

Multiple Choice

What is the Architecture Development Method (ADM)?

• Set of standards and guidelines for organizing and structuring architectural artifacts in a consistent and standardized way.

• Step-by-step process for developing and managing an enterprise architecture.

• Set of guidelines and best practices for developing and implementing an enterprise architecture.

• Guidance on how to develop and manage the architecture capability within an organization.

Multiple Choice

What is the Architecture Content Framework (ACF)?

• Set of standards and guidelines for organizing and structuring architectural artifacts in a consistent and standardized way.

• Step-by-step process for developing and managing an enterprise architecture.

• Set of guidelines and best practices for developing and implementing an enterprise architecture.

• Guidance on how to develop and manage the architecture capability within an organization.

Multiple Choice

What is the Architecture Capability Framework (ACapF)?

• Set of standards and guidelines for organizing and structuring architectural artifacts in a consistent and standardized way.

• Step-by-step process for developing and managing an enterprise architecture.

• Set of guidelines and best practices for developing and implementing an enterprise architecture.

• Guidance on how to develop and manage the architecture capability within an organization.

Multiple Choice

What is the Architecture Landscape Framework (ALF)?

• Set of standards and guidelines for organizing and structuring architectural artifacts in a consistent and standardized way.

• Step-by-step process for developing and managing an enterprise architecture.

• Set of guidelines and best practices for developing and implementing an enterprise architecture.

• Framework for describing the architecture landscape of an organization.