The advancement of technologies such as artificial intelligence, computer learning, sensors, and analytics has created a buzz about the potential of smart factories across the manufacturing world.

At this point, most manufacturers have at least started their journey toward a smart factory transformation. They are making investments in critical advanced technologies—cloud, edge computing, and 5G ...

Imagine an industrial manufacturing environment in which inventory, materials, vendors and equipment constantly communicate to optimize operating efficiency. This environment is reality through the ...

The basics of industrial automation, smart factory, and Industry 4.0. The importance of power and connectivity in smart factories. The outcome of applying the lessons learned. Automation does not a ...

Growing adoption of breakthrough technologies is changing industry operations across the globe. Smart factories, with obvious financial benefits, are becoming the way for companies to effectively ...

AI is fundamentally changing smart factory automation – here’s how manufacturers, especially Europe’s SMEs, can prepare for the transformation Smart factory automation is projected to double by 2029, ...

The growing demand for smart factories from different key verticals such as electrical industry, electronics, auto and transportation, food and beverage, textile, oil and gas, and chemical to boost ...

To secure a smart future, manufacturers are leveraging the Internet of Things to reshape product development and production. Selecting the right infrastructure is crucial for success. The first half ...

"Smart Manufacturing in India stands for 'sustainable manufacturing,' using advanced and responsible technologies. The auto ecosystem in the country is poised for growth, and the industry must seize ...

Looking back through the year, smart production can be regarded as a global development trend. Covid-19 outbreak has hit the global manufacturing supply chain. Although the labor shortage has led to ...