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Top 8 Performance Testing Tools

Apache JMeterMicro Focus LoadRunner ProfessionalMicro Focus LoadRunner CloudReadyAPITricentis NeoLoadMicro Focus LoadRunner EnterpriseBlazeMeterPerfecto
  1. leader badge
    The most valuable feature of Apache JMeter is its popularity. It is the best open-source tool with all the features needed.It is cost-effective and simple to use.
  2. Graph monitoring is a valuable feature. It is an advanced tool with multiple options available for the performance system.
  3. Buyer's Guide
    Performance Testing Tools
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    Find out what your peers are saying about Apache, Micro Focus, SmartBear and others in Performance Testing Tools. Updated: May 2022.
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  4. The TruClient feature is the most valuable for us. An application with testing can only be scripted using TruClient, so it's part web-based, but it also has its own protocol combined with HTTP and HTML. So many other tools do not recognize this specific proprietary protocol. Using TruClient, we can still create scripts that cover everything that we need to cover.
  5. The most valuable feature is being able to run each version for test suites.When we are doing API testing we have found it to be very efficient to receive results. Additionally, you are able to do tests directly from the API.
  6. The most useful aspect of Tricentis NeoLoad was for the web.Tool for load testing and performance testing with good API support and good technical support. Tricentis NeoLoad is absolutely stable and scalable.
  7. The product is good, and the concept is good as well.The user interface is fine.
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  9. The feature that stands out the most is their action groups. They act like functions or methods and code, allowing us to reuse portions of our tests. That also means we have a single point for maintenance when updates are required. Instead of updating a hundred different test cases, we update one action group, and the test cases using that action group will update.
  10. The reporting feature is really tough to find in some of the other products that are competitors. Having your CITB type dashboard, where we can see the test results and see recordings of each test that passed or failed, is probably one of the distinguishing aspects of Perfecto.

Advice From The Community

Read answers to top Performance Testing Tools questions. 598,116 professionals have gotten help from our community of experts.
Netanya Carmi - PeerSpot reviewer
Netanya Carmi
Content Manager
PeerSpot (formerly IT Central Station)
May 17 2022


Evgeny Belenky - PeerSpot reviewer
Evgeny BelenkyHi @KashifJamil, @Ravi Suvvari , @David Collier ​and @reviewer1322280, Can you… more »
5 Answers
Rony_Sklar - PeerSpot reviewer
PeerSpot (formerly IT Central Station)

Hi community members,

What are the different types of tests used in performance testing? What are the most important metrics to use for each type of test?

Diego Caicedo Lescano - PeerSpot reviewer
Diego Caicedo LescanoLoad Testing: Defined number of virtual users for loading a system  Stress… more »
4 Answers

Performance Testing Tools Articles

Netanya Carmi - PeerSpot reviewer
Netanya Carmi
Content Manager
PeerSpot (formerly IT Central Station)
Apr 07 2022
PeerSpot’s crowdsourced user review platform helps technology decision-makers around the world to better connect with peers and other independent experts who provide advice without vendor bias. Our users have ranked these solutions according to their valuable features, and discuss which features...
Read More »

Performance Testing Tools Topics

Why is performance testing needed?

Testing product performance is necessary before the product hits the market to ensure that a positive user experience is delivered. With performance testing, it is easier to forecast the rate of adoption, productivity, and success of a software product. While resolving performance issues can be costly, the absence of testing all together may be more expensive as it can lead to larger problems, such as compromising a brand’s reputation or damaging a company’s otherwise effective digital strategy, and much more. If performance testing is not done prior to software being released, the software may run slowly or result in poor usability, and there may even be inconsistencies among different operating systems.

What are the different types of performance testing?

Below are some of the different types of performance tests that exist:

  • Load testing evaluates an application's ability to perform well under an anticipated user workload by simulating the expected number of virtual users who might use the application. The goal is to recognize potential performance bottlenecks before the software goes into production and is made public.
  • Stress testing assesses the behavior of systems that are subject to high levels of activity. This process monitors how well the software handles high traffic and data processing under extreme workloads in order to identify an application's breaking point.
  • Spike testing examines the software's response to sudden large spikes in user load. It analyzes when and why activity spikes and levels are above average by taking into consideration the number of users as well as the complexity of the actions performed.
  • Scalability testing is used to determine the effectiveness of a software application and its ability to “scale up” to support an increased user load.
  • Endurance testing is performed to ensure that the software can withstand the expected load for an extended period of time.
  • Volume testing checks the performance of a software application with varying database volumes. Data is entered into a database, and the overall behavior of the software system is monitored.
  • Unit testing isolates transactions that could disrupt the system. It does so by simulating the transactional activity of a functional test campaign.
  • Soak testing involves monitoring a system’s behavior while increasing the number of concurrent users over an extended period of time. The intention is to see if sustained activity causes performance levels to drop when putting excessive demands on the system’s resources.
Features of Performance Testing Tools

When choosing performance testing tools, here are some features you should look for:

  • Users prefer testing tools that include easy download and setup options.
  • A performance testing tool should make it possible to create test plans, whether it be by simulating a load of concurrent users or enabling flexible and extensive reporting output that reveals results. Test plans are easier to create if the performance testing tool has a recording feature or testing templates.
  • A good performance testing tool will have technology stacks (SAP, JAVA, etc.) and will support multiple protocols (such as HTTP, HTTPS, FTP, SMTP, etc.).
  • Comprehensive results analysis is highly valued by users, as it enables testing to be more efficient.
  • Performance testing tools that feature scripting abilities help record user actions and can predict real-world use conditions by conducting success-failure checks.
  • Scalability is also key. If a performance testing tool can scale, it can simulate loads.
Benefits of Performance Testing

The benefits of performance testing include:

  • Better user experience: Ensure that users can work quickly and smoothly by avoiding slow and lagging software that prevents them from being productive. Satisfied users are more likely to continue using the software, helping to increase revenues.
  • Enhanced software load: Performance testing helps optimize your software by giving you the chance to better handle volume and load capacity. Doing so enables the software to withstand high numbers of users.
  • Improved product efficiency: With the ability to observe a software's behavior and how it manages the pressure of workloads, companies can obtain greater insight on how it can handle scalability. With accurate test results, developers are able to make changes to the software, thereby making it more efficient.
  • Quickly resolve problems: Performance testing allows you to predict problems before launching software, enabling you to redirect your focus to improving its technology rather than fixing issues after it is already on the market.
Performance Testing Process

The performance testing process is made up of the following steps:

  • Identifying your testing environment: Before you begin the testing process, understand the details of your test and production environment and the software, hardware, and network configurations available to you. Knowing this information beforehand will help testers predict possible challenges during performance testing.
  • Determine performance criteria: What are your goals and constraints for throughput, resource allocation, and response times? Performance criteria and goals should be set by testers in case project specifications don’t include a wide enough range of performance benchmarks.
  • Plan and design: Evaluate scenarios and use cases where usage may vary among a variety of users. Make sure to plan performance test data and think about what metrics will need to be gathered.
  • Configure test environment: Prepare any necessary tools and resources that may be required to configure your test environment.
  • Implement test design: Tailor your test designs to create performance tests.
  • Run tests: Initiate the testing process and monitor the test results.
  • Analyze, fine-tune, and retest: Review and share your test results. After analyzing your results, fine-tune them and complete the testing once more to see if there is a decrease in performance levels or any improvements.
Buyer's Guide
Performance Testing Tools
May 2022
Find out what your peers are saying about Apache, Micro Focus, SmartBear and others in Performance Testing Tools. Updated: May 2022.
598,116 professionals have used our research since 2012.