Explain The Meaning Of Integration Between Applications

Explain The Meaning Of Integration Between Applications – It is common to use different IT components for different tasks. But as businesses expand, companies can be overwhelmed by a multitude of disparate devices that can’t communicate and work together. That’s when system integration helps.

In this article, we look at the current methods and technologies for integrating the individual components of software and hardware into an ecosystem, touching on the key stages of integration and the role of system integration. What is system integration and when do you need it? System integration is the process of combining software and hardware modules into a unified infrastructure so that all components work together. Often referred to as IT integration or software integration, it provides the following benefits

Explain The Meaning Of Integration Between Applications

Explain The Meaning Of Integration Between Applications

Increase productivity Integrated systems allow you to centrally control daily processes, which increases the efficiency of the entire work process. It does more with less by allowing employees to access all the apps and data they need from a single point of entry.

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More accurate and reliable data information is updated simultaneously in all parts of the system, providing single information for all parts

Make faster decisions Data is no longer scattered in silos. This way, you don’t need to manually download and send to a central repository to run analytics. Instead, by taking an overview of all the data, you can quickly extract actionable business intelligence to make better decisions

Financially, system integration is often less expensive than replacing all separate components with a new integrated system. Not to mention the complex process of implementing a new computer infrastructure

Below we list common types of system integration based on different business needs.Legacy System Integration Goal: Integrate modern applications with existing legacy systems

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Many organizations rely on legacy software to perform their core functions. It cannot be removed and replaced by modern technology as it is critical to the company’s daily operations. Instead, old systems can be modernized by developing communication channels using new information systems and technological solutions.

Example: Integrating a legacy CRM system with a data warehouse or transportation management system (TMS). Enterprise Application Integration (EAI). Goal: Integration of different subsystems in one business environment

As companies grow, they are implementing more and more enterprise applications to streamline front and back office processes. These applications often lack a common foundation and collect vast amounts of data separately.Enterprise Application Integration (EAI) brings all functions into a single business chain and automates real-time data exchange between different applications.

Explain The Meaning Of Integration Between Applications

Example: Creating an ecosystem for the company’s accounting, HR information, inventory management, enterprise resource planning (ERP) and CRM systems. The purpose of third-party systems integration is to extend the functionality of existing systems

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Integrating third-party tools is a great option when your business needs new functionality, but you can’t afford software development or don’t have time to wait for features to be released.

Example: Integrate an existing application with an online payment system (PayPal, WebMoney), social network (Facebook, LinkedIn), online video streaming service (YouTube), etc. Goal: Business-to-Business Integration Goal: Connect two or more systems. Organizations

Business-to-business or B2B integration automates transactions and document exchange between companies, leading to more efficient collaboration and business with suppliers, customers and partners.

Regardless of the situation, the final goal of systems integration is always the same – to build a complete network to connect the disconnected and isolated parts. Take a look at existing technologies and architectural models that make integration magic happen. Methods of connecting systems There are different ways to provide communication between different systems. We will briefly look at the most common “connectors”.

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Application Programming Interfaces (APIs) provide the most common and easiest way to connect two programs. They sit between applications and web services, providing data and functionality in a standard format. Most online service providers – from social networks to travel platforms – create external APIs so that customers can easily interact with their products.

Middleware is a hidden layer of software that connects distributed systems, applications, services, and devices. It solves various problems such as data management, messaging, API management or authentication. Cloud middleware can be accessed through an API. in turn,

Let’s say accounting software can receive webhook notifications about transactions from payment gateways or online banking systems in real-time messaging from one system to another when a specific event occurs.

Explain The Meaning Of Integration Between Applications

EDI stands for Electronic Data Interchange and replaces paper documents with business information in a standard electronic format. EDI usually occurs in two ways: via

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All these links can be combined and used to build complex system integrations. When companies have specific system integration needs and requirements, it is better to choose custom solutions, be it APIs, webhooks or middleware. How to approach system integration System integration is versatile and can be implemented using different architectural models depending on the number and nature of components that need to be connected. Point-to-point model Point-to-point (P2P) integration is an architectural design in which each system directly communicates and exchanges information with other systems and applications. This model can be implemented using APIs, web hooks, or custom code.

In point-to-point communication, data is retrieved from one system, converted or formatted, and then sent to another system. Each application implements all data translation, transformation and matching logic, taking into account the supported protocol and other integrated components.

Advantages and Disadvantages Among the key advantages of point-to-point integration is the IT team’s ability to quickly build a smaller integrated system. On the other hand, the model is difficult to scale, and when the number of applications grows, it becomes very important to manage all the integrations. Let’s say, to connect six modules, you need to make 15 combinations. This leads to the so-called star-spaghetti combination.

When to use it: This approach is suitable for companies that do not have complex business logic and run their business using a few software modules. It is also a good option for businesses looking to integrate with SaaS applications. The Hub and Spaghetti model is an advanced form of integration architecture that solves the point-to-point problem and helps avoid the hub/spaghetti confusion. Communication between all subsystems is managed by a central node (message broker), so they do not communicate directly with each other.

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Interfaces act as message-centric middleware with a central integration engine that translates functions into a canonical language and delivers messages to the correct destination. The spokes (adapters) that connect the hub to the subsystem are individually controlled.

Advantages and Disadvantages: Like P2P, this model has many advantages including high volume. Since each system has only one connection to the central node, the situation is better in terms of security and architectural simplicity. However, the centrality of the center can be a shortcoming of this model. The entire infrastructure is based on a single integration engine, which can be a big bottleneck as the workload increases.

When to use it: The hub and spoke model is widely used in e-commerce, financial transactions and payment processing. It is also the architecture of choice for highly regulated industries with high security risks. Enterprise Service Bus (ESB) Model The ESB architecture creates a separate specialized subsystem—the Enterprise Service Bus—that connects other subsystems as a common user interface.

Explain The Meaning Of Integration Between Applications

An ESB can be defined as a set of middleware services that connect multiple systems and act as a messaging backbone. Unlike a node that has a centralized integration engine, each system in an ESB comes with a separate integration engine and adapter that translates messages into canonical formats and back to supported destination formats. Originally designed to connect the complex back-end systems of large enterprises, ESBs can also work with cloud services.

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Advantages and Disadvantages One of the best features of ESB is that each subsystem is separated by a “message bus” so that it can be replaced or changed without affecting the functionality of the other subsystems. This supports high elasticity and, such projects are reliable and very easy to design.

When to Use The ESB model is the best way to scale large projects like Enterprise Application Integration (EEI) as needed. If a company wants to assemble everything locally, this works well. A one-size-fits-all approach to integration may no longer be sufficient, especially for businesses that use different technologies. Often companies need to integrate the three patterns into a single ecosystem using different middleware and API layers between IT departments. Fortunately, a large number of cloud platforms offer their services to implement complex integrations. Below are two popular deployment options to consider. As integration platforms

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