Table of Contents
Enterprise Architecture (EA) is a practice and discipline that manages the processes that support IT infrastructure. EA offers a strategic framework for understanding the business and its requirements, as well as how to deliver technology solutions that support those requirements. It's a way of thinking about IT in its entirety — from hardware to software, from applications to data — rather than focusing on individual components.
The goal of EA is to create an overarching architecture that allows an organization to make better decisions about IT investments and strategies in order to improve their overall competitiveness.
It plays a major role in determining the technologies that should be used by directing the relationship between the goals and strategies of the business. In general, it has the function of managing many issues such as the goals, operation, structure, systems and technologies of the business. Enterprise Architecture (EA) combines legacy processes and applications to create a seamless business environment. It is very useful for large businesses that are in the process of Digital Transformation.
EA is focused on building, designing and maintaining the portfolio of applications, systems and services that enable business strategy execution within an organization.
EA is often confused with architecture in general, but there is a distinct difference between enterprise architecture and other types of architecture. Enterprise architects are responsible for designing an approach to solve specific business problems within an organization's context. They are not just focused on designing buildings or bridges. When used to describe software development, enterprise architecture refers to an overall plan for how all of the various parts of an organization's software systems should work together.
Enterprise architects use software models such as process models or data models to describe how information flows from one system to another in an organization. They also use technology stacks — collections of hardware and software — to determine which technologies are best suited for different roles within the enterprise architecture model.
The goal of enterprise architecture is to create value by building a blueprint for an organization's infrastructure so it can keep pace with business needs while minimizing costs over time. Enterprise architecture is often seen as a subset of information technology (IT) management because it focuses on managing an organization's IT assets or resources. However, EA encompasses more than just IT management; it also includes non-technical areas such as human resources management and business process improvement.
Enterprise Architecture (EA) provides support in areas such as system development, IT risk management and decision making to eliminate system failures, errors and security breaches. It is also an ideal way to bring more discipline to the business.
A good EA framework helps you align your business goals with IT goals, while making sure that your IT investments are aligned with those goals. It's not just about managing your existing systems — it's also about planning for the future.
Enterprise Architecture must address the entire business as a whole, rather than individual needs, problems or departments. For this reason, various frameworks have been developed for the effective implementation of Enterprise Architecture. Some of the leading Enterprise Architecture Frameworks are as follows:
Enterprise IT architecture is designed, planned, implemented and managed with TOGAF. Within the framework of TOGAF's principles, businesses create a standard approach to Enterprise Architecture with a common language and compliance methods. TOGAF is a very popular Enterprise Architecture framework. More than 80 percent of the world's leading companies adopt TOGAF.
It is named after one of the founders of Enterprise Architecture. The Zachman Framework includes six architectural focal points and six key stakeholders to help standardize and define IT architecture components and deliverables. It continues to exist as another popular EA methodology.
An architectural framework developed in response to the Clinger-Cohen law that imposes certain requirements for IT effectiveness. Although it is designed for the US government, private companies can also opt for it.
In 2005, Gartner identified some applications for EA and integrated these applications with the company's general consulting practices. It is not an individual framework. It is considered a practical methodology focused on business results.
There are frameworks other than the four common Enterprise Architecture methodologies we listed. For example, the Ministry of Defense Architectural Framework, the European Space Agency Architectural Framework, and the SAP Enterprise Architecture Framework. Frameworks in these examples appear in more niche markets and target individual industries or products. For example SAP Enterprise Architecture Framework:
SAP Enterprise Architecture Framework has been developed by adding a number of changes on top of the most preferred TOGAF. These changes are mostly intended to support some features of service-based architectures.
There are some concerns about the use of Enterprise Architecture frameworks today. Some of these are as follows:
Despite the difficulties we have mentioned, when the Enterprise Architecture frameworks are applied correctly and a good job is achieved, it will add very high value to your business. All businesses trying to rationalize their business models and processes with IT investments need to have an Enterprise Architecture framework.
Digital Marketing Intern
Advantages of Effective Warehouse Management
In today's competitive environment, companies are able to make a difference by providing great customers. Companies that offer better customer...
6 Benefits of Electronic Data Interchange Automation (EDI)
Electronic Data Exchange Automation (EDI) is the ability of computer systems to communicate with each other. In this way, it provides many benefits...
gCTS: Git-enabled Change and Transport System
gCTS is a way to store all versions of SAP ABAP development and Customizing objects while managing transport processes which uses Git as an external...
What You Need to Know About Developing Fiori Applications
What is SAP Fiori? SAP Fiori is a user experience solution from SAP that provides a modern, simple user experience for enterprise applications. It is...
How to Use SAP EWM to Automate Warehouse Management Tasks
As SAP will end support for WM by 2025, many businesses are planning to migrate their warehouse operations to SAP Extended Warehouse Management. At...
What is the Industrial Internet of Things (IIoT)?
IIoT, which stands for "Industrial Internet of Things", consists of machines connected to the internet and advanced analytical platforms to process...
Pick, Pack and Pass Process in SAP EWM
What is Pick, Pack and Pass? Pick, Pack and Pass is a feature that allows you to manage product picking, packaging, and transportation through...
Comparison of SAP Integration Suite Service Plans
SAP Integration Suite is an integration platform that offers comprehensive functions for businesses to quickly and securely integrate their existing...
Benefits of SAP Cloud Integration
What is SAP Cloud Integration (formerly SAP CPI)?SAP Cloud Integration (formerly SAP CPI) is a cloud service designed by SAP for developing new...
Your mail has been sent successfully. You will be contacted as soon as possible.
Your message could not be delivered! Please try again later.