Since the launch of Tesla's cars with autonomous driving features, the automotive industry has invested a great deal of resources into R&D for autonomous vehicles. Today, many cars are equipped with at least some autonomous features. However, what does the future...
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The Role of Cybersecurity in Aerospace Manufacturing
Industrial companies have often lagged behind when it comes to cybersecurity. Older industrial operations primarily relied on manual or analog control that didn't expose operations to cyber risks. However, for a modern aerospace manufacturing business to be...
The Role of Data Acquisition in Enhancing Automotive Manufacturing
Although big data is often associated with tech companies, industrial businesses can benefit greatly from data acquisition and processing. Industry 4.0 standards require large amounts of data to optimize processes and improve operational margins. When data is properly...
Top Technology Trends in Aerospace and Defense for 2024
In the ever-evolving landscape of the aerospace and defense industry, staying ahead of technological advancements is crucial for organizations to remain competitive. By embracing emerging technologies, aerospace and defense companies can transform their operations and...
The Power of Technology: Enhancing Efficiency and Cost-effectiveness in Water-related Asset Maintenance with Remotely Controlled Aquatic Drones
Introduction to water-related asset maintenance Water-related asset maintenance is a crucial aspect of infrastructure management. It involves the inspection, repair, and maintenance of various structures such as pipelines, sea walls, jetties, docks, and other...
Integrating Technology Into Your Asset Integrity Management System
Digital Manufacturing, Maintenance and Reliability
Asset integrity management is a critical area for energy companies and industrial businesses. Well-maintained equipment lasts longer, yielding a greater return on investment over the long time. Furthermore, protecting your operational infrastructure from damage can...
New Horizons in Developing Sustainable Automotive Manufacturing
All Content, Automotive, Digital Manufacturing
Sustainability is at the forefront of the global economy, and as the impacts of climate change continue to be felt worldwide, countries have set new agendas that prioritize sustainable practices in both the public and private sectors. Lucrative government contracts...
Predictive Maintenance Solutions in Aerospace Manufacturing
Aerospace and Defense, All Content, Digital Manufacturing
The aerospace manufacturing industry in Saudi Arabia is set to soar, thanks to an increased focus on domestic manufacturing. However, as investment in the sector increases, so too does competition. One way that you can make your company more productive, efficient, and...
How Will the Automotive Industry Adapt to Electrification?
Electric vehicles (EVs) are the future of personal transportation. Countries worldwide have committed to reducing greenhouse gas emissions, and EVs have the potential to make a significant impact in that regard. With many countries providing subsidies for EVs, the...
Product Lifecycle Management and Sustainable Manufacturing
All Content, Digital Manufacturing
As major markets show increased concern for environmentally friendly practices, companies worldwide are being forced to consider ways to make their products more ethical and sustainable. Product Lifecycle Management, or PLM, has become an important topic within...
HiL Test Systems: Detecting Failure Earlier in the Development Process
All Content, Automotive, Digital Manufacturing, Research
The faster your fabricated components can be tested to ensure they operate appropriately, the faster you can proceed to production. Time saved on development not only saves your company money, but it also accelerates your product development pipeline, allowing your business to take on more designs. Hardware-in-the-loop (HiL) test systems allow you to automate many testing tasks and perform them faster with simulated testing and precise test bed control.
Smart Grid Testbeds: A More Resilient Power Grid
Global commitments to combat climate change differ, but there’s one point where nations are in agreement: we need a smarter energy grid. As new energy generation paradigms take hold in many countries, the energy grid must move towards a smart grid. Smart grids can be controlled by software and provide much more data to enable that control. In order to take advantage of this growing market, you need the best smart grid testbed system.