Located in a major technology hub about one hour from Stuttgart and Frankfurt, GRL’s new state-of-the-art lab supports the growing needs of the automotive, medical and industrial automation industries in Europe to validate and troubleshoot high-speed connectivity and charging interfaces.
“Germany is the centre of innovation for Connected Car technologies for automotive networking, infotainment, charging and power management, ” said Holger Kunz, President of Worldwide Services for Granite River Labs. “Additionally, medical equipment and industrial automation applications are rapidly adopting new connectivity and communications technologies to create the next generation of products and solutions. Rohde & Schwarz is an ideal partner that will enable GRL to leverage deep technical expertise and support the entire European product development ecosystem in adopting new technologies.”
“GRL’s European facility will enable us to accelerate the development of our chips that support the evolution of electronic devices to meet consumer demand, ” said Amin Shokrollahi, CEO and Founder of Kandou. “We value our partnership with GRL whose expertise is helping us realize our goal as a leader in high-speed and energy-efficient chip-to-chip link solutions that revolutionize wired connectivity.”
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Nik Dimitrakopoulos, Market Segment Manager Automotive at Rohde & Schwarz said, “We are extremely pleased to partner with GRL, one of the leading test and engineering services companies worldwide, and empower them to offer first-class compliance tests for existing and future high-speed digital communications. We are proud to contribute to this valuable testing resource serving the automotive and industrial community in Europe.”
Industry-leading test solutions from the global supplier Rohde & Schwarz will be an integral component of GRL’s new compliance test and certification capabilities.
With the recently launched R&S RTP164 oscilloscope, GRL’s enhanced European lab can offer de-bugging & standards-compliant certification of a wide range of established and future high-speed digital technologies, including 1000BASE-T1, MultiGigabit automotive Ethernet, USB 2.0 and SuperSpeed USB, HDMI, MIPI D-PHY, DDR and more.
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The R&S RTP high-performance oscilloscope combines unrivaled signal integrity analysis capabilities with the fastest acquisition rate for debugging in the market. Real-time functions such as the built-in 16 GHz serial pattern trigger with true hardware-based CDR and real-time de-embedding make this oscilloscope stand out in its class.
Automotive Automotive Ethernet automotive networking Charging Connected Car technologies Connectivity deep technical expertise Granite River Labs (GRL) HDMI infotainment Medical MIPI News USB wired connectivity
A book geek, with creative mind, an electronics degree, and zealous for writing.Creativity is the one thing in her opinion which drove her to enter into editing field. Allured towards south Indian cuisine and culture, love to discover new cultures and their customs. Relishes in discovering new music genres.Not long ago, most software tests were performed locally by replicating an ideal environment and running several UI tests. Today, with rapid development models and short release cycles, organizations are replacing conventional manual testing techniques with more effective approaches. Automated UI testing is quickly becoming the new norm.
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This comprehensive guide dives into UI automation, one of the hottest trends in the world of software testing. It is designed to provide you with knowledge across the broader UI test automation spectrum, including what it means, how to perform it, and the various challenges it presents.
As you will realize, this guide provides valuable insights for decision-makers looking to invest in test automation as well as developers who want to increase their knowledge in this field.
Read along or jump ahead to the section that interests you most. If you already know that you need to make the switch to automated UI testing, learn how Scriptless can help your team get started.
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To understand the concept of automated UI testing, you first need to understand what UI testing means. So, let’s start by breaking everything down.
When performing UI tests, we check that every bit of logic, UI feature, or flow of actions works as expected. Here, testers focus on validating every click of a button, data entry, navigation, calculation of values, and other functionalities used for user interaction.
UI automation testing is a technique where these testing processes are performed using an automation tool. Instead of having testers click through the application to verify data and action flows visually, test scripts are written for each test case. A series of steps to follow when the verifying data is then added.
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Today’s marketplace is filled with tons of open-source and commercial UI automation testing tools. Although these tools are designed to support different types of tests and technologies, choosing the right tool to support an application under test becomes a challenge.
It is therefore important to perform enough research before selecting a UI automation tool. Choosing a suitable automation tool that satisfies your technical and business needs will make your testing efforts more productive.
A common development practice when developing applications is making constant changes and improvements to the UI and the app logic. This creates a contact challenge of adapting the test automation to those changes.
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Just like in manual UI testing, the increasingly diverse combinations of devices, operating systems, and other software are a serious challenge when automating UI tests.
There’s a common myth that UI test automation can be handled by anyone because it involves recording test scripts and playing them back. This is utterly wrong.
Most automation tools require a substantial level of technical expertise and strong knowledge of the testing framework. Without the required technical skills, creating accurate test scripts and maintaining becomes a top challenge.
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For successful UI testing, you must use the right tool and employ the correct automation approach. This should always be one of the top concerns for test automation engineers.
Testing teams should think about reducing the effort required to implement and maintain test scripts. It is important for testers to develop an automation solution that detects issues automatically and revalidates the tests without human intervention.
Automated testing is crucial for quality assurance in today’s agile development. However, despite its huge payoff in terms of long-term benefits, the cost of implementing test automation in the initial phases is usually high.
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Creating a test lab with the right devices, browsers, and OS's is your foundation for testing your mobile and web applications. But lab issues alone cause more than fifteen percent of automated tests to fail.
While the above are not the only challenges found in UI test automation, they are the most common. Testing teams should, therefore, find solutions that can overcome these shortcomings to ensure the test automation project is successful.
Automation tools like Scriptless Mobile can help address these challenges by providing a more efficient way of testing. This is because they are built to empower every tester, including those with the least testing knowledge.
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In addition, offers a robust testing platform that offers everything you will need to succeed at UI automation, from thousands of real devices in ’s Smart Lab to integrations with all the major solutions making up your DevOps toolchain.
UI test automation is an efficient and cost-saving way to verify the performance and functionality of your application’s interface. Although setting up automated UI tests and creating the necessary scripts requires a considerable amount of effort, it will streamline your testing cycle in the long run.The 5G-connected microbrewery, located at UTS Tech Lab, utilizes Nokia’s 5G AirScale portfolio and digital twin technology to optimize the brewing process.
Nokia and the University of Technology Sydney (UTS) announced the successful operation of the world’s first 5G connected digital microbrewery. The state-of-the-art facility forms part of UTS’s Industry 4.0 research site and enables thirsty researchers to perfect the art of brewing in the twenty-first century using digital automation. It utilizes a cloud-based digital twin of an actual brewery to optimise the brewing process.
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Testbed developed at the UTS Tech Lab. The Nano-Brewery forms part of an international production network, with an identical physical twin set up in TU Dortmund University in Germany. The 5G connected brewery captures and monitors production data at every step of the brewing process and uses this data, together with data from the physical twin in Dortmund and a digital twin in the cloud, to optimise the process.
5G connectivity is provided by Nokia’s FastMile 5G Gateways connected to a campus-wide Nokia Digital Automation Cloud 5G Standalone private wireless network. The 5G private wireless network is delivered using multiple Nokia AirScale Indoor Radio (ASiR) small cells positioned throughout the UTS Tech Lab campus. The 5G network forms part of the on-site Nokia 5G Futures Lab opened in November 2021 and is already being used to support other Industry 4.0 projects within Tech Lab such as the Australian Government funded Nokia/UTS 5G Connected Cobots project.
Our goal is to promote Industry 4.0 principles to local industry by offering a testbed that gives partners the keys to improve their own manufacturing processes and gain business intelligence. Our international collaboration with TU Dortmund and Nokia allows us to globalise the outcomes of our testbed. Professor Jochen Deuse, Director of UTS Centre for Advanced Manufacturing UTS’s Industry 4.0 facility is an exciting environment for developing and testing new 5G use cases. In the digital microbrewery, we showcase how 5G private wireless network and cloud-based technologies help optimise the brewing process and move ever closer to achieving the perfect pint. Tommi Uitto, President of Mobile
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