Skip to main content

Crowdsource testing


Crowdsource testing, also identified as crowd-testing, is the exercise of sending out prototype software and app products to wide-ranging groups of people for testing rather than having testing performed internally by core QA team. It has been used to describe the process of requesting a crowd to perform a task rather than hiring consultants or contractors.

It allows more entities to participate, often at a reduced cost and with enhanced testing quality. Testers may be developers or interested members of the general public, as in beta testing and they get a reward for finding software bugs.

Crowdsourced product testing makes it imaginable for a larger variety of people to try a product in a superior range of conditions than what is possible in-house, often leading to glitches being found that might otherwise only be revealed by consumers.


It's practically impossible to test the vast number of devices, OS and various configurations of software that applications can run on today. What if the software is meant to be run anywhere and you have a key obstacle to traditional test methods? How can the code be tested efficiently in every geographical region? The best substitute would be for people that are native to the country, people that are most likely the end-users, to test and assess the software.

This process had clear advantages, such as reaching a wider range of testers and a potentially higher ROI for the testing process. However, there are definitely disadvantages as well, such as difficulties in confidentiality and communication between all parties involved.

Advantages
  • Wide range of testers provides diversity in their experiences
  • Allows testing with all kinds of different parameters like different browsers, connection speeds, devices and OS to which the in-house testing team may not have access
  • As there is larger group involved, it is more likely to find reproducible bugs than a handful of testers.
  • As there are large number of testers testing a software concurrently, testing can be done speedily, giving more time to market
  • Testers performing this form of testing are unbiased towards the internal concerns of the company
  • It’s very economical: the company only pays for bugs which are found instead of salaried rate which professional testers would receive
As with all things, there are disadvantages:
  • As we have to deal with large group of people here, we have to manage a large scale of workers, which is a waste of our time for management instead of resolution
  • Instant and prompt communication with a group of crowdsource testers can be difficult due to time or language barriers. It will again result in increased need for management oversight
  • Confidentiality is the biggest challenge here and must be managed properly.
  • Rigorous analysis of the feedback is essential as the feedback is both from rookie and experts
  • Well-timed and prompt feedback is an immense challenge in this type of testing
  • Most imp, there’s no agreement in most cases. So testers can run anytime they want and your prototype might be reused in anytime.
 There are companies that prefer to use crowdsourcing in addition to or support of their own in-house testing teams. This provides a much more in-depth testing process, but can sometimes lead professional testers to feel that their skills are being undervalued and outsourced to those who are less qualified.

Few Companies that provide crowdsourcing testing solutions are:





Comments

Popular posts from this blog

ARIA Snapshot in Playwright

  What is an ARIA Snapshot in Playwright? An  ARIA snapshot  in Playwright is a structured representation of a page’s  accessibility tree , which is used by assistive technologies (e.g., screen readers) to interpret the content of a web page. This snapshot helps verify if elements have the correct  roles, names, and properties  required for accessibility. Playwright provides the page.accessibility.snapshot() API to capture this accessibility tree at any given moment during test execution. How Does ARIA Work? ARIA ( Accessible Rich Internet Applications ) is a set of attributes that help improve accessibility by defining roles, states, and properties for elements that are not natively accessible. Example: In this case, the aria-label ensures that screen readers identify the button as “Submit Form.” How to Use ARIA Snapshots in Playwright? Playwright’s  accessibility.snapshot()   method retrieves the  accessible structure  of the page. Ex...

Bruno vs Postman: Which API Client Should You Choose?

  As API testing becomes more central to modern software development, the tools we use to test, automate, and debug APIs can make a big difference. For years, Postman has been the go-to API client for developers and testers alike. But now, Bruno , a relatively new open-source API client, is making waves in the community. Let’s break down how Bruno compares to Postman and why you might consider switching or using both depending on your use case. ✨ What is Bruno? Bruno is an open-source, Git-friendly API client built for developers and testers who prefer simplicity, speed, and local-first development. It stores your API collections as plain text in your repo, making it easy to version, review, and collaborate on API definitions. 🌟 What is Postman? Postman is a full-fledged API platform that offers everything from API testing, documentation, and automation to mock servers and monitoring. It comes with a polished UI, robust integration, and support for collaborati...

🔧 Self-Healing Selenium Automation with Java — A Smarter Way to Handle Broken Locators

  How to build smarter, more resilient automated tests? We’ve all been there — our Selenium test cases start failing because of minor UI changes like updated element IDs, renamed classes, or even reordered elements. It’s frustrating, time-consuming, and often the most dreaded part of maintaining automated tests. But what if your automation could heal itself? 💡 What is Self-Healing Automation? Self-healing automation  refers to the capability of a test automation framework to recover from minor UI changes by automatically trying alternative locators when the primary one fails. It’s like giving your test scripts a survival instinct. 🔨 🛠️ Implementation in Java + Selenium: Step by Step Step 1: Create a Self-Healing Wrapper We start by creating a custom class called SelfHealingDriver. This class wraps the standard WebDriver and handles locator failures gracefully. public   class   SelfHealingDriver { private   WebDriver driver ; public   SelfHealingDri...