What software testing strategies can startups follow?
A software testing strategy is created to do testing in a planned and methodical manner. It is used to establish the levels, methodologies, techniques, and instruments that will be used during testing. The techniques also decide on test cases, test specifications, and test case choices before assembling them for execution. Creating a test plan that efficiently satisfies a company's criteria is crucial to the success of software development in that organization. As a result, a software testing plan should include detailed information regarding the testing technique as well as the goal and needs of testing. Now we will look into the following types of strategies:
Mobile testing strategies
Web testing strategies
What are Mobile Testing strategies?
The objective of every mobile product is to offer an app experience that is original and novel. However, there are particular, required steps you must take between developing a clear vision for your app and developing a mobile application.
1. Perform cross-platform testing
If your app interacts with other apps, you may need to make some additional changes. Gathering and comprehending project requirements, corporate objectives, numerous language platforms, and user demands is critical to developing an effective cross-platform testing approach.
2. Add functionality to your features
Mobile apps typically interact with a variety of functionalities, both built into the device and integrated into the app itself. These interactions need to be documented and extensively tested. It is not required – and in fact, it is not recommended – to do functional testing on a variety of mobile devices. Instead, do compatibility testing on a single device before moving on to other platforms.
3. Application type
There are three sorts of mobile apps: native, mobile-web, and hybrid.
Mobile-web: The webpage opens in the device's web browser.
Native: The application is tailored to a certain platform.
Hybrid: A combination of native and mobile web apps.
4. Front-end evaluation
Front-end testing examines anything visible on the client-side, often known as the Graphical User Interface (GUI). This sort of testing necessitates a thorough understanding of business objectives on the part of the tester. Front-end testing should also look for the following things:
Performance checks
Regression tests
Changes or upgrades to app files that cause front-end functionality to fail.
5. Back-end testing
Back-end testing examines your mobile app's server-side. In the backend, everything input and/or stored in the front end is tested.
6. API Testing
API testing is performed to determine the performance, reliability, and security of Application Programming Interfaces (API). Software is deployed to send API calls, obtain output and configure the response received. This test is mainly focused on the logic and functionality aspect of the software rather than GUI.
7. Compatibility with several networks
The increasing popularity of smartphones and IoT devices has resulted in a proliferation of diverse brands and platforms. While it is impractical to run every test on every potential device, mobile compatibility testing is critical. This procedure should involve the following tests:
User Interface
Install & Uninstall
Functionality
Data exchange
8. Storage
Today's mobile devices lack sufficient capacity to accommodate a host of games, music streaming services, and high-resolution images that compete for space. Having clarity of storage limitations, data usage for downloads and the need for cloud storage will help design a seamless mobile app experience.
9. Battery Usage
Even though new-age mobile devices come with huge battery capacities, the power consumption is also increasing. As we continue to automate our daily lives with apps and the rise of augmented reality applications (maps, games, etc), the power needs are only going to increase. In such cases, if your software is not optimized for power efficiency, you will face uninstalls.
10. Flow of application
A properly-designed mobile app incorporates visual components as well as information, features, and usefulness. This visual flow assists consumers in navigating your mobile product. It is vital to test the flow of your mobile app architecture to identify design aspects that might prevent users from achieving their objectives.
What are Web Testing strategies?
With all of the looming problems, web app testing is more important than ever. However, testing a web application is not a simple operation, as it is dependent on multiple elements such as browser compatibility, application speed, user experience, assuring sufficient security, and so on. Enterprises must use qualified web application testers who follow best practices for evaluating all parts of the website across platforms, browsers, and devices.
1. Cross-Browser Compatibility Testing
Increased adoption of tablets and mobile phones to access websites is making businesses put website responsiveness on priority. Responsive websites use web technologies such as JavaScript HTML5, and CSS3 to ensure a smooth experience across all browsers and devices. This is achieved using cross-browser compatibility testing.
2. Examine the Application's Performance Under Different Conditions
A website that constantly crashes creates bad word of mouth and hurts website SEO. These generally happen due to minor code faults or increased load. For this, load testing under different conditions is helpful, for which one can also use automation.
3. Selecting the Relevant Usability Testing Parameters
A good website user experience creates a good impression to keep website visitors interested and convert into clients. One should evaluate critical usability parameters across UI design, navigation, speed, accessibility and content readability via usability testing before the website is made live.
4. Use security testing to confirm all security flaws
Neglecting web application security has shaken the foundations of even the most respected corporations by a single vulnerability, resulting in negative press, significant financial ramifications, and a loss of customer’s trust. This can be avoided via web application security testing for which the following techniques could be used:
Using industry standards as a benchmark
Creating plans based on external and internal issues.
Defining coding standards and quality control Developing policies in a cross-functional manner.
5. Use Exploratory Testing
Using exploratory testing, testers develop and run software testing cases simultaneously, thus saving time and leading to the discovery of unknown faults. One can combine exploratory testing with other white-hat and black-hat software testing methodologies to overcome the constraints of web app testing. This integration produces better quality of test results.