Spirent CloudStress vs Telerik Test Studio comparison

Spirent CloudStress is a web application that enables you to achieve predictability, resiliency and fault isolation in virtualized infrastructure. At its core, CloudStress is a synthetic workload generator that helps validate Enterprise VMs, VNFs and NFV / Cloud infrastructures by dynamically generating configurable simulated VM, VNFs or container to model various application loads.

Telerik Test Studio is an innovative and easy-to-use automated web, WPF and load testing solution. Test Studio tests support essential technologies like ASP.NET AJAX, Silverlight, PHP and MVC. Test Studio functional testing is a comprehensive yet cost-effective automated testing suite. Users can complete tasks quickly and easily with the product's point-and-click interface, which is augmented by Telerik-exclusive features like a visual storyboard and 3D element selection. Test Studio also offers script-less test automation for Silverlight applications. Test Studio load tests allow users to capture quickly capture, multiply and replay complex web traffic. Record HTTP traffic from desktop browsers, mobile devices and web services, and replay traffic with hundreds or thousands of virtual users spread across multiple machines. Fine-tune your load scenario with data binding, user authentication, and dynamic targets. Test Studio Mobile is an intuitive and easy to use test automation solution for Mobile application testing. Create tests once and test across multiple devices and OS's. The point and click functionality allows users to capture quickly and replay complex mobile testing functionality. There is no need to write a single line of code. Test against any number of real devices as you wish or through an emulator by connecting through Wifi. Test Studio for APIs helps customers verify the integrity and reliability of their APIs in an easy way and incorporate their API testing effort in their continuous testing and delivery process. Test Studio for APIs is used to determine whether APIs return the correct response for a broad range of commonly accepted requests, react properly to edge cases such as failures and unexpected inputs, as well as deliver the responses in an acceptable amount of time.