Top test automation techniques include identifying tests suitable for automation, such as repetitive or error-prone tests. It is also important to create a strong and maintainable test automation framework using tools tailored to the project. Test scripts should be isolated and reusable to reduce duplication and maintenance. Automating tests into the development process helps ensure issues are quickly identified and addressed. Monitoring and improving test automation efforts over time is crucial to ensure continued effectiveness.

1. Top Test Automation Techniques
A few prescribed procedures for executing test robotization incorporate the accompanying:
1. Distinguish the most fitting tests for robotization: Begin by recognizing the right experiments
to mechanize. Not all tests are reasonable for mechanization. It's critical to focus on
mechanization for tedious, redundant tests, inclined to human mistakes, or hard to perform
physically.
2. Make a strong test robotization structure that can be effectively kept up with and expanded;
this will assist with guaranteeing that your test mechanization endeavors are manageable
and versatile.
3. Utilize the right apparatuses for the gig. Various test robotization devices are accessible, so
picking the ones that best suit your particular necessities and prerequisites are significant.
The ideal decision will rely upon factors like the application's innovation stack, the test type,
programs/gadgets upheld, and the group's abilities and experience.
4. Make secluded and reusable test scripts. This will assist you with keeping away from
duplication and diminish the upkeep expected for your test robotization endeavors.
5. Coordinate test robotization into your general programming improvement process. This will
assist with guaranteeing that your tests are run routinely and that any issues are
distinguished and tended to expeditiously.
6. Screen and keep up with your test robotization endeavors. Test robotization is definitely not a
set-and-fail-to-remember movement - it requires progressing observation and upkeep to
guarantee that it keeps on offering some benefit.
7. Carry out Persistent testing and break down test results: Robotized tests that are essential
for the constant testing interaction ought to be checked and dissected to guarantee that they
give significant data about the nature of the product. This might include the following
measurements, for example, the number of tests run, the number of tests that pass or come
up short, and how much time it takes to execute. This additionally helps Early and
Successive Testing of the application to get the bugs when they are presented.
8. Work together and speak with other colleagues. Test computerization is best when it's a
collaboration, so it's critical to work together and speak with other improvement colleagues.

2. 9. Persistently further develop your test mechanization endeavors. As your product develops
and transforms, it's essential to routinely survey and update your test computerization
system to guarantee it stays powerful.