5 Challenges in End-To-End Software Testing

 

The telecom industry is continually trying to keep pace with the rapid technology eruptions. With cutting-edge technologies such as the Internet of Things (IoT), 5G network, and cloud computing, customer expectations increase daily. End-to-end software testing for telecom has become imperative in delivering quality products. Unique needs require extensive functionality assessment, automation of repetitive tests, and various testing services. End-users prioritize QA Testing solutions in telecom to take advantage of better services.

End-To-End (E2E) Software Testing for Telecom:

The end-user software testing examines an application workflow from start to finish. The method replicates real user scenarios to validate systems for integration and data integrity. Fundamentally, the test of the application undergoes various operations to determine if it can communicate with the following:

• Hardware
• Network Connectivity
• External Dependencies
• Databases
• Other Applications

After the functional and system testing is complete E2E testing is finished. The following are the needs for E2E testing.

Every application is fixed and integrated with various systems and databases outside its environment. This makes the application workflow somewhat complicated. But the process of E2E testing is not as easy as it appears. Testers often face the following challenges during the testing lifecycle.

Non-Specific Quality Standards:

Software products generally comply with quality requirements while conforming to quality standards. There is no clarity on testing requirements, specifications, guidelines, or characteristics if you have poorly defined quality standards. Additionally, it becomes challenging to satisfy customer needs, meet quality requirements, and follow regulations.

So before commencing the test, one should define quality standards. This helps in raising expectations around the quality of the underdevelopment. The process makes the test efficient, reduces redundancies, minimizes errors, reduces time-to-market, and lowers cost. One must ensure standards are realistic, reliable, and measurable.

Test Environment Duplication:

If a tester does not use a realistic test environment, testers will find issues reflected under specific circumstances. As a result, it reduces the chance of finding real-world or hard-to-find bugs. Using a real environment to test the product across all parameters is crucial. Eventually, it ensures that the product has been tested across all possible configuration combinations. It also certifies that any end-user experience issues are identified and rectified promptly.

Lack of Communication:

It appears that testers prefer isolation while testing an application. They rarely communicate with other team members. This behavior affects communication across the team and results in poor insight, such that risks and issues hinder the project.

Open and continuous communication is a must for considerable QA testing solutions in telecom. A team can incorporate modern collaboration tools to stay in touch and on track with project updates. Great communication leads to efficient and quick testing of applications when all the testers have access to all the information. Proper communication leads to efficient defect identification and implementation of required improvements. Consequently, it forms a winning team and product.

Inconsistent Environment:

An unstable test environment is another crucial challenge facing the industry. When a situation is inconsistent, there is a potential disruption in the overall release process. Poorly managed environments result in conflicts and schedule delays. If the problem prevails, it impacts test environments' quality, availability, and efficiency, affecting time-to-market deadlines and costs. So to overcome such situations, you need to formalize the test environment requirements in the primary stages of the testing lifecycle. Utilizing a formal template helps capture requirements on time and allocates appropriate resources with complementing skill sets. Finally, it builds new environments by procuring the required infrastructure.

Gathering Inadequate Requirements:

Insufficient requirements result in poor software quality under development. Consequently, it affects the lifecycle of the application. When you miss various requirements, it puts pressure on the project schedules and forces testers to skip test cases to save time. So, it is crucial to invest time in gathering requirements. When the requirements are proper, it ensures the teams that the product's features are substantial. It also assures an elevated level of expected functionalities and detection of the correct defects and issues.

E2E testing plays an imperative role in the software development cycle. Testers often find it difficult because of the above-discussed issues. To take advantage of QA testing solutions in telecom for your business, consult Excelacom. Excelacom has the right expertise and tools for testing and test automation. The testing consultancy services aid in an intelligent QA platform and automated, continuous testing and delivery. You can utilize their expertise online.