The 5-step QA testing checklist for successful cloud migration

Blog: Indium Software - Big Data

What is driving organizations to migrate their data to the cloud? Broadly speaking, it varies from one organization to another. It is understood that security and data protection, data modernization, cost and performance of IT operations are among the top drivers of cloud migration. Improved scalability and superior performance are also driving organizations’ cloud migration efforts.

The numbers confirm this too: as per a survey of 500+ IT leaders and executives, the number-one driver of cloud migration is security and data protection. Fifty-eight percent of the respondents ranked security as one of their main priorities.

Then we have data modernization, which involves transferring the data from legacy to modern databases. According to the survey, 55 percent of respondents concurred that data modernization is a key factor in their companies shifting to the cloud. Cost savings and performance of IT operations rank third in the survey results. Cost is less of a factor compared to other key benefits of the cloud, which is a key enabler for organizations’ digital transformation efforts.

Breach of Security or not

Our Security Testing Services are a must

QA or Quality assurance and testing services are an indispensable part of any company’s cloud migration journey. For they help organizations avoid issues around cloud scalability, server breakdown, databases, website crashes and more which could potentially tarnish a brand’s reputation while costing time and resources.

In terms of application testing for cloud migration, the focus areas mainly include the following:

Functional validation
Integration testing
Scalability and performance testing
Security testing

Functional validation

This type of testing mainly validates the production readiness for applications moved to the cloud. The validation process typically involves the verification of key facets of migrated applications and whether they are performing according to the service level agreements (SLAs).

For robust cloud migration, organizations must verify SaaS (short for software as a service) and cloud services function and validate the end-to-end application’s function.

When it comes to cloud testing an application, the following test cases must be executed to check:

Whether a valid input generates the expected results
Whether object references and page layout work as expected
Cross-platform compatibility
Service integration with applications
If the automated test suite is compatible with cloud applications

Integration testing

It must be noted that cloud migration is not only about moving the in-house workload to the cloud, but it also includes managing different variables such as authorization, authentication, integration, security, compatibility, testing and security.

Of the variables, integration with third-party tools is significant. Organizations must ensure their applications are well-integrated with third-party applications and communicate seamlessly without glitches.

It is also mandatory to identify dependencies among applications and the service level agreement with each app – because dependencies between systems and applications can make integration testing potentially challenging.

QA and testing teams must consider the following when performing integration testing:

Cloud testing with third-party tools when varying service level agreements are at play
Uncover coordination glitches in the cloud
Application configuration within the cloud environment
Resources for integration testing and validation
Systems and interfaces that are part of integration testing
Integration of multiple applications can complicate migration

Performance testing

This is a significant element of an organization’s cloud migration success while also being a critical part of application development.

When migrating an application to a cloud service, factors such as scalability and response time must be validated. Through automated performance testing process, a software or an application is tested for issues that require attention.

When it comes to performing performance testing, QA engineers and testers must consider the following:

Identify the architecture of an incompatible application
Identify the monitoring needs and setup tools
Keep track to validate response time with regard to service level agreements
Carry out load testing in parallel
Record performance under different loads that meet service level agreements
Check service level agreements, business transactions and end-to-end flow of applications

Security testing

Security is one of the main concerns of cloud migration, with service providers spending millions of dollars to provide optimal protection for their clients’ workloads.

Given the sophistication and sheer volume of cyberattacks, advanced cybersecurity measures must be put in place to ensure confidential organizational data is secure.

Business process security testing, user privacy security testing, application transaction security testing, data privacy and data security testing are the main types of testing a cloud application.

Security testing helps eliminate the security risks of software systems and applications. The primary focus for organizations is user validation to go with validating data security in transit, during use and at rest.

The following factors must be considered at the time of security testing:

How is data stored when idle?
What are the different compliance requirements?
Who has access to the data?
Where, when and why users access data?
What sensitive data is used, stored or transferred?
Identify legacy applications running on obsolete systems
Ensure only authorized users access the cloud network
Ensure appropriate measures are put in place against Distributed Denial of Service (DDoS) attacks
Validate application, frontend and backend processes

Plan for disaster recovery and business continuity

Despite taking all necessary precautions before cloud migration, organizations must brace themselves for possible worst-case scenarios.

The measures may include simple data recovery, taking stock of the various attacks, disaster recovery practice and more.

Organizations must validate their disaster recovery strategies in the event of cloud outages. The following practises will help:

Periodically test, measure and update business continuity practises
Update business continuity plan based on test results
Run simulations and assess team’s readiness
Validate application instances to automatically restore in case of hardware failures

Summary

As per a recent study, 77 percent organizations believe that cloud technology gives them a competitive advantage—which partly explains why an increasing number of them are transitioning to the cloud. Cloud is powering organizations’ digital transformation efforts and enabling them to build innovative, digitally-collaborative and customer-friendly products and solutions at scale. It is also helping organizations respond to opportunities with greater agility.

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