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Traditional combustion methods now face a number of environmental challenges, including air pollution, global warming, and the depletion of natural resources. In response to these concerns, research into clean combustion technologies has steadily increased over the last few decades.
Data is at the center of digital transformation. The more data you can acquire, the more possibilities open up to your company. However, there are a variety of ways to collect data. Data acquisition systems (DAQ) collect data and, together with data analytics software, turn them into useful insights that your company can use to improve its processes and gain an advantage over the competition.
Consider some of the different types of DAQ systems, how to implement them, and the benefits they can bring to your business.
The energy grid is a modern marvel. Nevertheless, its analog nature has proven to be inadequate for today’s energy demand. In order for energy companies to stay competitive, grid infrastructure needs a digital transformation. Smart grid technology can help us cut down on energy consumption, minimize waste, and even integrate new technologies more efficiently. Even more importantly, a smarter grid can help us navigate complex problems, like today’s energy crisis.
A digital transformation is a must for companies to stay competitive in today’s complex and turbulent market. Going digital can make companies much more profitable and enable technologies that increase resilience and adaptability. Nevertheless, going digital is a challenge. In order for the transition to go smoothly, it must be planned out very well. To help you plan your transformation, consider a few important questions before embarking on this important project. Digital transformation companies can facilitate the process.
Data is the fuel for the right business decisions. If you want your team to make informed decisions, you need to collect, store, and analyze data. In production test, the key to achieving success is using standardized processes, systems, and data to improve development productivity, test station design quality, and operational efficiency.
From virtual assistants that can answer questions, to autonomous drones that can fly and unpack boxes, AI is transforming the way we work and the tools we use in our everyday jobs. The Tech giants are driving the adoption of advanced technologies in industry verticals thanks to continuous research and innovation.
Augmented reality, or AR for short, is quickly becoming a vital tool in industrial organizations. This futuristic technology has become much more accessible in recent years, to the point where even small and medium-sized businesses are looking to implement it in their operations. Is augmented reality really necessary for industrial companies, or is it a short-term fad that will fade out? We’re going to examine how industrial businesses are using augmentation today.
Every business should make it their top priority to achieve a full digital transformation. You should be able to capture data at every point in your processes, analyze that data to gain insights into your company, and automate as much as possible. Going digital makes your company more agile and able to adapt to changing circumstances. However, there are many obstacles that could stand in your way. Learn to spot and overcome them, and how digital transformation services can help.
In this article, we analyze how to rapidly migrate from a model done with MathWorks tools for modeling and simulation to a radar prototyping testbed built upon COTS components from NI.
Like other branches of industry, aerospace companies are quickly adopting industry 4.0 technology. Innovations in computers and data analytics in the past decade and a half have brought forth a brand new model of industry. Some are even calling it the fourth industrial revolution! These digital transformation trends cannot be ignored if you want to remain competitive. But what does a digital transformation in aerospace involve, and why is it necessary to start now?
Artificial intelligence is changing how experts in engineering, aerospace, and energy interact with their work. And the same technology that students will later use in the field can teach them the skills they need to begin their careers. From streamlining the learning process to keeping learners engaged, AI will revolutionize education for the next generation of innovators.
The more an industrial operation can leverage automation, the more profitable it will be. Industrial enterprises worldwide have recognized the value of industrial automation, and many are racing to automate as many tasks as possible. Likewise, companies have seen a need to add renewable energy to their infrastructure. This raises an interesting question: how can automation and renewable power work together? These two technologies have a synergy that few others can rival.