Hybrid Integration Platform - An Effective Way to Connect Network Infrastructure

Gone are the days in the IT industry when the entire company used to run on a single LAN. Today many enterprises are looking for innovative ways to improve and enhance their businesses based on data-driven technology.

The integration of on-premises systems and cloud applications is crucial for the coherent working of the organization; this is where the Hybrid Integration Platform enables companies to integrate on-premise systems, data sources, and applications to achieve their business targets.

What is a Hybrid Integration Platform?

Many companies are gradually going through a digital transformation, resulting in a more heterogeneous infrastructure. Though established on-premises systems, cloud, and IoT are advantageous, business leaders are striving to bring them under a single production system.

A Hybrid Integration Platform (HIP) unifies cloud applications, data sources, and business operations within a single framework. The Hybrid Integration Platform is focused on the deployment model element for faster market access. This enables rapid data sharing between various applications and reduces development costs.

While companies cannot make a shift to a cloud environment in a short time, the transition consumes a lot of time; however, companies need not wait until everything is on the cloud; instead, they can choose a staged process for secured digital transformation.

Two Key functions of the hybrid integration platform include:

It enables access to a wide range of applications such as packaged, SaaS, and fully customized software and delivers data results that can be easily understood.

It can map and architect data to execute critical business logic.

Constituents of a Hybrid Approach Model

For seamless integration of various technologies, HIP needs a co-ordinative team for performing various assigned tasks. The multiple roles in the HIP team include:

Integration Specialists

The integration specialists are engineers mainly involved in the technical operations of integration.

Citizens Integrator

This unit involves managers and marketing specialists who are significant in project integration and handle only non-technical operations.

Ad Hoc Integrators

Ad Hoc Integrators manage multiple integrating tasks but do not have any specific role in the projects.

Innovative Machines

Intelligent devices are automated through machine learning algorithms to perform integration tasks that require no human intervention. These are called smart machines.

Domain Integration

Integration doesn’t facilitate communication between applications. We must develop a seamless B2B procedure involving data analysis and automation processes.

Endpoints

Endpoints may be physical or virtual units where systems are located. With the transition of data centres from on-premises to the cloud, SaaS software systems on the cloud to mobile applications, and mobile applications to IoT, HIP has expanded its capabilities to integrate various software systems. An experienced product manager must monitor these endpoints and updates them periodically to meet industry expectations.

Deployment Models:

HIP analyzes the deployment model in the final stage. The deployment model may have a hybrid cloud solution model integrating public and private clouds or integrating cloud and on-premises systems. The deployment model gives us an overall overview of your HIP systems.

The above Hybrid Integration Platforms and Solutions utilize all four dimensions to provide the best solutions for integrating applications and data across the on-premises and cloud environments.

Key Capabilities in Hybrid Integration Platform

Integration involves combining traditional and modern tools. The capabilities to evaluate a HIP system are:

API Lifecycle Management

The lifecycle management of the application programming interface is called API lifecycle management. It enables the development, control, and integration of various APIs. API is a popular modern integration style. Companies must be able to manage and share APIs quickly across all environments securely.

Application in Data Integration

Data integration is an essential aspect of the digital transformation of companies. Before moving the company’s data to the cloud, it must resolve issues regarding data security, regulations, and policies. This enables a smooth data copy and synchronization following standard data formats.

Messaging and Event-Driven Architecture

Companies must build an easier communication system to record customer responses to events. Messaging systems and event-driven architecture must enable secure data exchange across different applications.

Rapid Data Transfer

Huge volumes of data exchange take place in the modern world, and managing this is challenging. According to IDC prediction, the yearly data will reach 163 zettabytes by 2025. The growing world of data needs environments that can handle data efficiently and facilitate high-rate data exchange.

Final Thoughts

The Hybrid Integration Platform provides a microservices platform for cloud-native applications. Further, it has expanded its capabilities to easy connectivity to IoT sensors that are able to collect device data in business operations.

The necessity of a Hybrid model for companies that provide services such as IoT solutions, SaaS Platforms, and mobile applications is undisputed, as it enables a cohesive work environment.

If you are into HIP, then learning Data Science and Artificial Intelligence will surely secure your career in the long run. You can enrol in Data Science and AI master program that offers training from industry experts and proper job assistance.