There may be times when working on software that you question whether it’s sufficient. If your team is working on a smaller project or a startup without extensive experience with comprehensive software testing, these concerns could constitute a barrier. However, hesitation is a sign that you’re doing something well. It conveys your concern about the calibre. Today, we’ll talk about two testing methods (Acceptance and production verification testing) that can help you feel more confident about your work in 2024. Check out the software testing training online to learn more.
Acceptance testing assesses if the program satisfies predetermined standards taken from the project documentation. Its goal is to confirm that the product meets specifications and meets customer expectations. Let’s take a look at several forms of acceptance testing to understand what it actually performs in practice.
- Testing for user acceptance: Does the product function for users as intended?
- Do business needs and goals fit with business acceptability testing?
- Testing for contract acceptance: Does it perform in accordance with the conditions outlined in contracts (such as SLAs)?
- Acceptance testing for regulations: Does it meet the requirements?
- Operational acceptance testing: Does it satisfy operational needs such as maintainability, backup, recovery, performance, and interoperability?
Acceptance testing is much the same as ticking items off your daily plan. Success if you’ve finished everything. You’ll need to return tomorrow if there is anything you missed. To put it another way, acceptance testing evaluates the quality of the work that has been done thus far. As a result, when you use it, you can:
- Verify that the program complies with legal and business standards.
Find flaws that were overlooked during system testing.
- Consider the end-user’s viewpoint.
- Evaluate how well the current software testing services are working.
When To Run Acceptance Testing?
Generally speaking, acceptance testing happens later in the SDLC. It should be used both prior to deployment and following system tests. Its implementation is commonly regarded as the “final checkup.” However, it can also:
- occur for ongoing input during the Agile and DevOps development process.
- occur when adding customizations, upgrades, or trying to comply with regulations.
Because of this, acceptance testing occasionally transitions from being the final refinement to a qualifying tool. You may therefore be wondering, “How is it different from earlier testing phases?” Acceptance testing focuses on the opinions of users rather than genuinely “going over” earlier tests.
System testing, for example, concentrates on a product’s technical features (does it function correctly?). The focus of acceptance testing is on people: does the product function correctly for the user? Regarding the latter, consider all users who are connected to the software as consumers. Recall the many kinds of acceptability testing. Customers may be:
- The team.
Regulatory bodies, etc.
In a nutshell, these tests verify that the product is “the right thing” for all parties concerned.
Production Verification testing
Production verification testing (PVT) confirms that the product satisfies performance and design specifications and operates dependably in a production setting. It certifies that the product is ready for mass manufacturing or introduction onto the market.
At this point, you might be wondering, “Isn’t PVT the same as acceptance testing then?” Don’t worry, we’ll discuss their main distinctions later. But for the time being, consider these two as follows:
- Acceptance tests are concerned with previous work.
- PVT also focuses on the current state of affairs.
Therefore, the goal of production verification testing is to assess how well the product functions in a real-world setting under realistic conditions.
When To Run Production Verification Testing?
PVT is carried out following the earliest stages of product development and design, much like acceptance testing. However, you can also use it in conjunction with:
- Risk mitigation.
- Pilot testing.
- Pilot production.
Depending on how complicated the project is, maybe. However, it usually happens right before the software goes into full-scale production. It enables you to:
- Verify that the live build is operating as required.
- Find any problems that may have arisen during the release.
- Verify every important component.
Acceptance Testing vs Production Verification Testing
In order to shed some light on the differences between PVT and acceptability testing, let’s take a quick look at where they overlap.
- Both concentrate on guaranteeing a product’s quality and preparedness.
- They entail confirming that the program satisfies predetermined standards and requirements.
- Before mass manufacturing, the two are used as last checks to make sure everything is in line with expectations.
- A component of the development stage is acceptance testing. The initial formal production run, or PVT, typically takes a few hours.
- An environment that mimics production is used for acceptance testing. PVT operates in a real-time setting.
- Before deployment, acceptance testing takes place at the conclusion of the software development lifecycle. Prior to mass manufacturing or commercial release, PVT occurs within the product development lifecycle.
- Through acceptance testing, the product’s compliance with the intended acceptance criteria is confirmed. PVT ensures that the finished build operates properly in its intended setting.
- Usability, user-specific functionality, and alignment with business objectives are the main concerns of acceptance testing. PVT examines the design, dependability, and manufacturing procedures of the product.
- End-user testing may be used in acceptance testing in order to gather real input. To generate test accounts and data, PVT requires the QA and development teams.
In summary, PVT focuses on assessing how everything functions in real-time, while acceptance testing concentrates on checking all the boxes.
Check out the Quality assurance training online to learn more.