6 Vital Points to Consider For Testing Cloud Based Apps

6 Vital Points to Consider For Testing Cloud-Based Apps

When planning to test any cloud-based application, we get many other benefits like high scalability, easy availability, and, more importantly, low cost. With the cloud, we can test both mobile and web applications. Because of all this, it’s a good opportunity to learn cloud testing, but when you test a Cloud-Based application, consider these six vital points.

Automated Cloud-Based Software Testing Tools

Cloud computing, at present, is the current advancement of the concept known as distributed computing, which can bolster on-call service associating by means of the advanced level of adaptability and dynamic versatility.

In the cloud computing environment, scalability and flexibility can be achieved with the help of cloud load balancing of application occurrences that function independently on various operating systems and associated Web services.

Cloud computing highly renders the Service-Level Agreements (SLAs) for an assured period of time accessibility. Cloud computing services are utilized by enterprises not simply to cut down infrastructure costs but rather to gain more competence and quickness in the process.

Cloud Based Mobile APP Testing
Cloud-Based Mobile APP Testing

Some Real-World Examples of Cloud Computing

  • Cloud Storage: Several cloud storage providers online appear to develop each day. Each was contending over the measure of storage they could give to clients. They are such as Dropbox and Gmail. Like cloud storage, Dropbox enables users to access files on any device through its application or site with up to 1 terabyte of free storage. On the other hand, Google’s email service provider, Gmail, gives limitless cloud storage.
  • Marketing Cloud Platforms: A marketing cloud is throughout the digital marketing platform for clients to oversee contacts and target leads. Maropost Marketing Cloud consolidates simple marketing automation as well as hyper-targeting of leads. In the meantime, guaranteeing emails show up in the inbox, appreciation for its higher email deliverability capabilities.
  • Cloud Computing In Education: Education is progressively receiving modern technology since students already are. Thus, instructors have presented e-learning software such as SlideRocket to update classrooms. The SlideRocket is a platform understudies can use to make and submit presentations. Another tool teachers use is Ratatype, which assists students in becoming well-trained in typing fast and provides online typing tests to track their growth.

These examples can be seen as the philosophies and the standards of cloud computing.

Understanding Testing

Cloud-based testing is the effective measurement activities in a cloud-based environment and infrastructure utilizing cloud technologies and solutions. It has four key goals-

  • To ensure the excellence of cloud-based applications delivered in a cloud, their business processes, functional services, system scalability, and performance depend on the varied application-based system needs in a cloud.
  • To authenticate software as a service (SaaS) in a cloud environment, software performance, security, scalability, and measurement depend on absolute economic scales and pre-defined SLAs.
  • To verify the granted automatic cloud-based functional services, for instance, auto-provisioned functions.
  • To analyze inter-operation capability and cloud compatibility among SaaS and applications in cloud infrastructure, for instance, verifying the APIs of SaaS and their cloud connectivity to others.

Cloud Testing Tools

A few of the tools utilized as a part of various types of testing executed in a cloud environment

  • Tools for Performance Testing in the Cloud are SOASTA CloudTest, LoadStorm, CloudTestGo, AppPerfect., Jmeter, AppPerfect, and so on.
  • Several security-related tools, such as Nessus, Wireshark, and Nmap, are usually used.

Types of Cloud-Based Test Environment

There are, in total, three types of cloud test environments:

  • A cloud-based enterprise test environment. Under this, application vendors set up web-based applications in a cloud to authenticate their quality in a cloud infrastructure.
  • A private/public cloud test environment. Under this, vendors set up SaaS applications SaaS in an individual (or public) cloud to authenticate their quality.
  • A hybrid cloud test environment. Under this, vendors set up cloud-based applications on a hybrid cloud infrastructure to ensure their quality.

Cloud-based application testing implies the engineering activities executed to guarantee the quality of a cloud-based application crossing distinctive clouds. When applications are produced to be deployed and performed over several other clouds, new testing errands are expected to guarantee their quality. The key testing goal here is to ensure the quality of the complete application beyond clouds. This proposes that the system-level integration, performance evaluation, function validation, and scalability measurement must adapt to various cloud technologies.

Six Key Points to Consider For Testing Cloud-Based Applications

  • Data Security and Privacy: Cloud applications are multi-tenant in the environment, so there is always a risk of data theft. Cloud users should be provided with an assertion concerning the safety of their data by suppliers.
  • Short Notice Period: Cloud provider provides a short notice period of (1–2 weeks) to the current customers about the advancements. This is a huge setback when manually authenticating the transformations to your SaaS application.
  • Validating Interface Compatibility: With progress in cloud service providers, the external interface is likewise advanced now and again, which is a dare for some subscribers who are habitual of the older interface. Cloud (SaaS) subscribers must ensure users can opt for the interface version they need.
  • Data Migration: Data migration starting with one Cloud supplier and then onto the next is an excellent challenge as both providers may have diverse database schemas, and it requires plenty of shots to comprehend the relationships, data fields, and how they are mapped crosswise over SaaS application.
  • Enterprise Application Integration: Enterprise application integration needs data integration approval of outbound and inbound information, from client network to SaaS application and the other way around. Data privacy requires careful approval to guarantee SaaS subscribers regarding security as well as the privacy of data.
  • Imitating Live Upgrade Testing: Cloud testing’s prime challenge is to ensure that live advancement does not affect the existing connected SaaS users.


Henceforth, utilizing the cloud for testing is immeasurably helping organizations procure the required software licenses, tools, and infrastructures at a very low cost without setting it up themselves and later stressing over its extreme use.

Also, before the cloud testing is performed, one should consider the things mentioned earlier and take care of them.

I love open-source technologies and am very passionate about software development. I like to share my knowledge with others, especially on technology that's why I have given all the examples as simple as possible to understand for beginners. All the code posted on my blog is developed, compiled, and tested in my development environment. If you find any mistakes or bugs, Please drop an email to softwaretestingo.com@gmail.com, or You can join me on Linkedin.

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