Cloud Performance Testing Strategy: Tips to Get it Right

Cloud computing is now a mainstay of the increasingly digital world that we now live in. This is, of course, great, especially considering the benefits companies stand to gain from this novel technology. It is leveraged by enterprises to not just cut down infrastructure costs, but to achieve efficiency and agility to the entire process.

For any application to run seamlessly in the cloud, an effective and right testing strategy is a must. An application requires thorough testing before it hits the market. It has to be evaluated for speed, stability, and scalability under varying scenarios. And, without addressing pertaining issues related to poor usability, system failure, functional discrepancies, and many others, the application cannot go live.

And, performance testing forms a key aspect of any strategy, where the application gets tested for scalability, accessibility, availability, and security while being hosted on the cloud.

To help you better understand the concept, let us start with a discussion about what needs to be tested in cloud testing: 

• Scalability: The testing strategy must seek to identify the maximum user load the app can effectively handle
• Stability: The testing process must also seek to understand if the app can maintain stability even when subjected to varying loads
• Velocity: The testing should gauge if the app can respond quickly

It is now time to take a look at the different types of cloud performance tests at the disposal of the modern market.

1. Browser testing: This is used to gauge the compatibility between the overall system and the browser.
2. Stress testing: This type of testing seeks to check the app’s stability, responsiveness, etc. when it is subjected to extreme load conditions.
3. Infrastructure testing: It involves individually testing every layer or component of the app to help analyze the app’s ability to perform.
4. Load testing: Such testing is used to verify that the system can operate optimally under various conditions.
5. Latency testing: This type of testing helps measure the time it takes to move data between two points within a cloud network.
6. Soak testing: Soak testing is used to verify the system’s performance when faced with heavy traffic for prolonged durations.
7. Failover testing: Testing teams use this type of testing to confirm the system can leverage additional resources as required, especially in case the app is experiencing heavy traffic.
8. Capacity testing: To verify the app’s ability to perform seamlessly, it is imperative to subject the app to capacity testing which helps measure the maximum load or traffic that the app can handle without taking a toll on its performance.

To build a solid cloud testing strategy, you need to pay close attention to the key characteristics of cloud performance testing. For starters, a solid testing strategy must pay close attention to the reason behind the decision to switch to the cloud, be it the need to access better infrastructure, better cost savings, reduced time investments, etc. 

Besides that, it is also important to closely analyze vital factors such as security, latency, reliability, bandwidth, etc. associated with the cloud computing platform. 

Yet another best practice to keep in mind to build a top-notch cloud testing strategy is consistent monitoring and analysis of test results. Such real-time monitoring will allow the company to achieve better performance levels within a reduced timeframe.

The cut-throat competition in today’s market means to win over customers and ensure their loyalty, businesses today need highly reliable digital tools and solutions to offer to their target audience. One way to do that, of course, is via cloud performance testing which helps companies remain at the top of their games, come what may. Go ahead and start working on your software performance testing strategy ASAP so you can be ready to take on any challenge the market may pose.