![]() ![]() You can also ensure that key business transactions are working as expected, and discover and fix performance issues before your end users experience them. Through synthetic testing, you can continuously monitor whether your services are responding to requests and meeting any conditions that you define, such as response time. Proactively identify performance problems Quality assurance engineers, developers, site reliability engineers, and WebOps engineers rely on synthetic testing to: ![]() To differentiate between these types of problems, you would need to view tests results alongside application and infrastructure performance data. Additionally, synthetic tests alone cannot distinguish between latency that is caused by architectural issues, such as service-level bottlenecks, and hardware issues, such as low CPU at the device level. ![]() You can address this discrepancy by pairing synthetic testing with real user monitoring, which will bridge the gap between real and simulated activity and ensure full coverage. For example, your applications may generate unexpected errors if a real user’s behavior is not covered by test conditions. Synthetic testing establishes a baseline for application performance at different times of the day and in different locations, but there are some issues it won’t capture on its own. Typically, synthetic tests don’t carry high overhead, so they can run continuously, regardless of how much traffic an application is handling. Teams can run synthetic tests in production or in test environments to ensure new features are working properly before they are deployed. Synthetic tests can monitor various user journeys and application endpointsĮngineers can deploy synthetic tests manually, or they can adopt a synthetic monitoring platform to automatically run the tests at predefined intervals. Synthetic tests can be used to monitor website transactions and application endpoints at various network layers, and the results of these tests can provide valuable information on uptime, response time, and regional performance issues. Synthetic tests mimic real user traffic by sending simulated requests to your applications and services from different browsers, devices, and locations around the world. In this guide, we’ll discuss how synthetic tests work, explore some of the most important use cases, and identify essential features to look for when choosing a synthetic testing platform. Companies can leverage synthetic testing to proactively monitor the availability of their services, the response time of their applications, and the functionality of customer transactions. Synthetic testing, also known as synthetic monitoring or proactive monitoring, is a way to identify performance issues with key user journeys and application endpoints before they degrade user experience. ![]()
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