Ever since we have been introduced to technology as users, the need for high-performing apps has been on a surge. More importantly, the situation has built a huge peer pressure for businesses across industries intensifying the whole idea of seamless performance and rich customer experience. It is because customers these days expect applications that can offer hassle-free usage, irrespective of the load.
With all that hype for tech products and software that can run operations flawlessly, businesses need apps that are made to overcome issues like poor network conditions, extensive user loads, and low bandwidths. The whole idea is very relatable as any user struggling with an application that does not allow its users to meet their purpose will naturally push them towards competitors. Therefore, to ensure a pleasing and consistent user experience, it is extremely important that businesses must consider performance testing services for optimum results.
In this blog, we will try to highlight all the detail surrounding performance testing while diving through the benefits, some diverse industry stats, and of course, the various types of performance testing practices to follow.
Performance Testing: The Definition
Performance testing is a part of the software testing and quality assurance process that is meant to validate the responsiveness, reliability, scalability, and speed factor of the product under test. The usual performance testing procedures aim to check that the given software or application works well for varying bandwidths, loads, and networks. Besides, the performance testing services help you identify any issues related to latency, load balancing, runtime error, speed optimization, and throughout, etc.
Determining The Need For Performance Testing: The Statistics
As per the windows report shared in late April this year, there are around 2,800,000 on Google Play Store while Apple App Store has around 2,300,000 apps, and Microsoft Store comes in third with 669,000 apps. Though the figures are huge showing the number of identical products available in the market to serve a similar purpose, the truth is only a few hundreds or thousands of them manage to stand out.
When it comes to websites, either eCommerce or any other service, any website that loads within 3 seconds of click seems to please the users more while anything that loads within 7 seconds seems to be satisfactory, but anything above that increases the chances of a user abandoning the website.
More importantly, any efforts that are made to enhance the performance of the product, either software, application, or website, is likely to add to SEO traffic, improved conversion rate, and of course, reduce wait time. This means partnering with a performance testing company is an extremely critical factor that testers and developers need to follow when they need to create highly significant solutions.
Need to explore performance testing best practices for your application.
Read here: Best Ways For Application Performance Testing
Business Benefits of Performance Testing
1. Better Response Time
The primary reason why performance testing is essential for any software entering the production environment or market is improved response time. Response time is usually defined as the time taken by a software or application to offer an output. In other words, performance testing is meant to overcome any lags that might disturb the user experience and outputs.
2. Improved Load Time
Slow-loading applications, software, and websites are all extremely annoying for the users. Performance testing helps to cut off the extended load time on the products while overcoming any load-related bugs or faulty codes.
3. Added Scalability
Scalability refers to the ease with which application or software handles varying loads. Furthermore, the performance testing services aimed at scalability helps to enhance the load-taking capacity of the apps for varying test environments, system configurations, and user operations.
4. Rapid Error Detection
Performance testing could help testers and developers to go for early and rapid error detection, which means any bugs hampering the output of the product under test could be easily resolved quickly.
5. Quicker Testing
Performance testing is more an agile testing practice that does not need testers to wait for complete model development before initiating tests. Rather, the performance testing service allows testers to run tests for every portion of the overall code and build speeding up the release cycles. Also, performance testing paired with agile testing complements the shift-left approach adopted by most businesses these days, allowing faster development and accurate results.
6. Richer Customer Experience
Integrating performance testing services into the development process helps developers and testers to collaborate better on creating user-oriented products. Also, the process enables rapid delivery of products that can offer a richer customer experience leaving both the development brand and users satisfied.
7. No Bottlenecks
Last but not least, performance testing helps you to avoid any barriers that might affect the overall experience of the product while negating responsiveness. Performance testing services are meant to work on areas that can affect the system and notify the developers early in the production stage to avoid any pitfalls.
The Growing Need For High-performing Apps Across Industries
When every industry these days needs to keep with the fast pace operations, taking a slow-moving and poorly-built technology to the users could make any business fall behind. Here we have quick insights from some industries that demand high-performance applications to keep up with the pace, and performance testing is the only way out.
The scope and potential of the eCommerce industry are both growing extensively. As per Statista, the eCommerce software application market is likely to generate a revenue of 6.53 billion USD in 2021, dominating the entire retail sector. From exploring thousands of products to easy shopping, the use of application and software technology has added a lot to the basic idea of eCommerce through websites. However, the only factor that defines the success of any eCommerce brand is an outperforming application that runs well during peak days of sales like Christmas, Halloween, Black Friday, etc.
The next big industry that we have on our list of most demand for high-performing applications and software to simplify the entire process of healthcare services. From scheduling appointments to quick sharing of reports, health data maintenance, and pharmacy apps, the mHealth apps market size is valued at 40.05 billion USD in 2020, with an expectancy to reach 47.7 billion by 2021. All in all, the need for better healthcare outcomes has pushed the industry to lean on seamless applications that can handle all workloads and usage requirements.
EdTech is another industry that has managed to have great use of application and software technology to streamline education and skill learning. From interactive virtual sessions with experts to writing exams and graduating, the EdTech industry has redefined the way people used to learn with the help of application and software technology. As suggested by Statista, the global EdTech Software Market is likely to stand at 10.4 billion USD by the end of 2021and with an average growth of 200 million every year, it is expected to reach 11.3 billion USD by 2024. This creates a greater need for application technology that is robust and could sustain any kind of network and load conditions offering a rich user experience.
The Essential Performance Testing Techniques To Follow
- Load Testing: Load testing services are one of the most important components of performance testing, which is meant to test the application for varying user loads.
- Stress Testing: Stress testing is the technique of testing software for user load beyond the peak value. This helps to check the break or crash point of the software while allows testers to work on its stability, robustness, and crash resistance.
- Endurance Testing: Endurance testing is meant to check the system’s performance for prolonged load or usage, verifying the performance and stability of the solution.
- Spike Testing: Spike testing is a part of stress testing that is meant to check system performance for sudden variation in the users or sudden software fluctuations.
- Volume Testing: Volume testing is done with the purpose of checking the data load and its impact on the performance and output.
- Scalability Testing: Scalability Testing is meant to identify the actual number of users that the system can handle with existing hardware.
- Baseline Testing: For every change made to the software, performance testing is done to check on baseline metrics. These metrics are then compared with the past results to ensure consistency with the quality.
- Benchmark Testing: Benchmark testing is meant to compare the performance metrics for the software under test for different industry standards. This is done on purpose to drive quality on present and all the future releases of the software.
Explore The Various Types of Performance Testing In Detail.
Read here: Types of Performance Testing
Concluding it all...
The growing need for technology has made the entire idea of application architecture extremely intricate, which pushes the need for more optimally performing, high-quality solutions. More importantly, the apps and software that have the potential to perform extraordinarily in the competitive environment have the chance to create desired reputation and customer service.
All in all, this means leveraging performance testing services is extremely necessary when you need to develop solutions with high-quality and seamless UX.
All the best!
BugRaptors is an experienced and highly professional performance testing service provider in India known for achieving predicted application behavior and meets all the performance KPIs defined for a product.
If you are looking for some aid on performance and load testing services for your technology from different domains, we can help you have the best results with response time, peak load, uptime, break-point, and all other quality assurance benchmarks that can decide the outcomes of your end product.
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