Benefits of Test Automation in Salesforce 

Salesforce is one of the most popular customer relationship management (CRM) software and key digital transformation enablers due to its ability to create custom enterprise solutions. As Salesforce rolls out three seasonal updates and can easily accommodate new business processes, it must be tested regularly in order to ensure its seamless performance.

Unfortunately, in most of the cases Salesforce quality assurance and testing is always overlooked due cost, resource and time issues. For a complex system like Salesforce, manual testing approach leverages too much cost, time and effort. At times, unsolved bugs get matured in the later stages of the development cycle and cause high maintenance cost. On the other hand, automation testing provides both speed and quality for Salesforce testing, and makes a difference for the overall cost of the project as well as for the risk coverage. This is the reason why most of the enterprises using Salesforce are choosing automation testing.

Disadvantages of Manual testing

The adoption of automation testing is surging. Why is this sudden rise happening? Manual testing is inaccurate, time consuming, and often plagued with inadequate coverage. That’s why it is recommended that innovative enterprises should revisit their testing strategies and embrace test automation.

Limitations of manual testing are listed below:

• It’s time consuming. In a scenario, when sales managers are changing business logics on a monthly basis, dev teams are rolling out new enhancements on weekly and monthly basis while Salesforce itself is rolling out three seasonal updates to offer new challenges, QA teams can never meet the deadlines while testing.
• Salesforce is a complex application that is integrated with different apps from cloud marketplaces, such as Salesforce’s AppExchange, and has separate codebases. Manual testing across the entire ecosystem requires too much effort and can also lead to inadequate risk coverage.
• The technical teams are not confident with the test results due to the chances of human errors in manual testing.

Advantages of Salesforce automation testing

Manual testing can be easily replaced by automation testing for Salesforce due to the following reasons:

Increased efficiency: Manual testing slows down the entire delivery cycle, resulting in delayed feedback, overlooking of bug reports etc. Also, manual testing is more prone to human errors due to 100% human intervention. On the other hand, automation testing in Salesforce increases the efficiency of testing by automating some of the repetitive but necessary steps. This reduces the overall time and hence improves the efficiency of the testing process.

Reduced business expenses: Once your automation test scripts are all set to go, these can be reused again and again for regression testing. Thus, resources don’t have to work from scratch every time a release is rolled out. Since test automation is all about continuous testing, early feedback and resolution of bugs proves to be cost effective.

Quicker Bug Detection: Continuous testing enables Salesforce testing early, often and comprehensively using automation tools to deliver early feedback. This enables teams to accelerate release cycles, lower the costs, and reduce risks in a highly competitive environment.

Elevated Return on Investment: Automation testing can help increase the ROI of your business through faster testing and increased risk coverage. Automated testing restricts human intervention in picking up the regression suites and recommends the minimum tests to run for a given change made in the code. It allows QA teams to execute regression suites faster while keeping business risks at bay.

Conclusion

As it has already been discussed in the blog that the adoption of automation testing of Salesforce offers a lot of benefits, enterprises should start embracing it. However, for this, you need a reliable test automation platform. Opkey is one such Salesforce aware test automation platform that comes with features like pre-built accelerators, self-healing, zero-code automation and end-to-end testing.