Ways to Integrate PaaS Effectively

By CIOReview | Thursday, August 18, 2016
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The massive growth of cloud computing has given rise to numerous forms of complicated operations focused on achieving business centric goals. The level of complexity has elevated to a certain extent that enterprises across the globe are constantly trying to reform their existing IT infrastructure. Here, organizing a set of functions on a single platform, which aims towards the accomplishment of a major task, is always the best solution. Platform-as-a-Service (PaaS) is one such innovative technology which serves as a common arena for developing, managing and executing applications. Fabricating a flexible and highly responsive environment, PaaS streamlines the process of launching applications.

A Systematic Approach towards PaaS Deployment

Before taking the initial step of implementing a PaaS solution, enterprises should be aware of the wide array of functionalities and various security measures. It is crucial to determine the manner in which the entire IT infrastructure of an organization can be altered to deliver a fast-paced application processing architecture. Furthermore, it is recommended to evaluate how effectively the technology will save a developer’s valuable time and trigger a simplified flow of operations.

For a successful PaaS deployment, considering the following key points can prove beneficial in the long run:

1. Adopt a Suitable Deployment Model

The initial step involved in the deployment of PaaS is often considered as a hurdle by most enterprises as it deals with the complexity of choosing the right deployment model. The three main forms of deployment models include the public, private and the hybrid models. An ideal cloud model is always focused on integrating with the wide range of PaaS tools and factors such as compatibility, availability, security, privacy and performance. To achieve optimum QoS, opting for a model that suits an organization’s PaaS needs is a wise option. It should also adapt to the various functions of applications, the datasets and services.

2. Understand the Role of Services and Microservices in a PaaS Platform

A PaaS platform stages a simplified development environment for applications with the assistance of several services and Microservices. When it comes to services, developers have the facility to choose from a plethora of services specifically designed smoothen the development process. They are often offered by third party vendors or may also be an integral part of the overall PaaS platform. The services can be accessed and operated effectively using Application Programming Interface (API). Microservices deal with the aspect of dividing an application into a set of fragmented services which are implemented independently. Utilizing specific capabilities and processing specific business operations is always the prime course of action adopted by microservices.

3. Establish a Strong Link between PaaS and the Existing IT Infrastructure

It is very obvious that PaaS applications do not work independently without the intervention and assistance of the on-premises IT infrastructure residing outside the cloud. So, it is very crucial to initiate a stable connection with the existing IT system as considerable amounts of data are available on it for various development purposes. Installing an API management tool is always a smart approach.

4. Evaluate the Efficiency of Development Tools Available on PaaS

To develop a highly functional and innovative application, developers have their eyes constantly glued on a wide array of development tools. They work on the tools to implement a well organized set of functions such as code repositories, code editing, testing and building functions. The tools might be available as a part of PaaS or even as an interface offering third party options.

5. Determine the Robustness of the PaaS Security Features

Staging a PaaS platform that fails to address the essential security measures thwarts the overall effectiveness of the application development cycle. So, considering the various security measures and elements offered by a PaaS is as important as deploying the platform. Data and the set of tools should always be protected with encryption keys during the entire development cycle to tackle endpoint vulnerabilities. Incorporating streamlined authorization techniques on the application code serves as a suitable solution to prevent major complications. Security also includes the task of monitoring the interaction between applications and services on a regular basis.

Additional PaaS Features for Consideration

Apart from the several significant traits of a PaaS platform, some add-on features also boost the productivity of application development. Enterprises need to consider them to get a fair idea about how innovative a PaaS solution can be. Therefore, it is recommended to acquire the following features from vendors:

1. Automation for Enhanced Management

Nowadays, most PaaS solutions come along with the automation capabilities. Automation minimizes the efforts involved in self-managing the functions on a regular basis. But, it is crucial to ensure the level of efficiency in which they control and manage individual operations.

2. Reliable and Dedicated Support

Some PaaS providers may not offer a dedicated support for enterprises; forcing them to implement a self-help problem solving scenario. So, companies should look for a provider that endeavors a constant support, aiming to solve all kinds of complications that may arise on a day-to-day basis.

3. Flexible Migration

The ability to move PaaS applications to other PaaS platforms is always an added bonus for enterprises that have a constant urge for modifying business critical operations. Adopting a platform mastered with migration capabilities is always a flexible solution.

In a highly synchronized manner, PaaS plays a vital role in accelerating the process of application development. The solution has indeed paved an innovative path for success in the recent technological era, encouraging most small and medium sized organizations to reinvent their existing cloud infrastructure.