Blog Category

Many testing organizations become frustrated with the limitations of a legacy test platform. They are also burdened by the overhead of keeping up with aggressive product lifecycles.  But changing test platforms can be too daunting, leaving legacy solutions in place years beyond their useful lifetimes. This blog addresses the challenges of migration to a new test automation platform and lays out the first step on a path for successful migration, a Proof of Concept (PoC).

The concept of Shifting Left has come into vogue to describe moving a process or process stage to occur earlier in a left-to-right timeline. Shifting Left applies to various types of testing, especially tests aimed at improving usability and cybersecurity.

This blog reviews the implications for Shifting Left across various software development models, and highlights the benefit of combining a leftward shift with test automation.

Recently, KeySight field engineers met with a company that produces mobile-wireless infrastructure equipment. The testing team there had been using a legacy in-house platform for several years, but with each new device, the testing framework required unwieldy customization. They could not keep up with agile software life-cycles.

Testing had become the main bottleneck in their product life-cycles.

5G is ideal for building secure local networks. One very promising use case lies in the Smart Warehouse. where 5G provides connectivity among stocking and tracking systems. At HANOVERMESSE in Germany in August 2022, Keysight featured a demonstration of using OpenTAP test automation together with CoBots (Collaborative Robots) from OpenTAP partner Universal Robots.

Systems architects increasingly embed test capabilities in feature-rich products. This trend is most visible in the automotive ecosystem, where complex subsystems require comprehensive testing during prototyping, manufacturing, integration and post-deployment.

This blogs examines the presence, functionality and benefit derived from embedding OpenTAP in three automotive application domains: electric vehicle charging, automotive networking, and cybersecurity.

This blog is the first in a series documenting the use of OpenTAP in educational settings. The two projects described here - PSLab Integration and Project Wonderwall - proceeded under the auspices of the University of California Santa Cruz School of Engineering, both sponsored by KeySight Technologies.

Increasingly systems architects are including richer test capabilities in their company's shipping products. OEMs are deploying OpenTAP in development and manufacturing; device manufacturers are also embedding the test platform, either downloaded directly from the OpenTAP project or from the supported commercial version, the Keysight PathWave Test Automation Deployment System. This blog highlights the many products that are today deploying OpenTAP to provide embedded test automation.

In the fourth blog in our series of five, we’ll examine how dependencies on software outside OpenTAP and beyond your plugin itself can impact your choice of license. We’ll also pose some important questions for you and your organization regarding the status of the intellectual property in your plugin.

This blog is the first in a series of five that examines licensing and distribution options for plugins for OpenTAP. Plugins are created by the gamut of OpenTAP ecosystem participants – OpenTAP users, integrators and other third-parties, as well as by Keysight – and expand the functionality of the platform and accommodate different hardware configurations. If you’ve created an OpenTAP plugin, it merits thoughtful consideration of licensing and distribution options.