Many of the same innovations that underpin today’s popular consumer technology also contribute to the smart factory revolution. These are the main drivers of the current industrial revolution.
IoT: Machines are now equipped with sensors with IP addresses, so they can connect to the Internet. Supervisors can view information about the entire machine, its subsystems, and even individual components. This helps to improve quality control, increase productivity and maintain predictability. Now, instead of waiting for something to break down, which could cause an entire production line to shut down unexpectedly, supervisors can streamline maintenance schedules so that everything is done as efficiently as possible. can be run from
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Artificial Intelligence: The rise of automation is a hallmark of the Industrial Revolution. Robots and software automation take over tasks that are dirty, boring or dangerous, so people can do other things like strategic planning. Previous generations of robots performed heavy lifting and repetitive tasks. Now, they also collect data, freely roaming the factory floor and inspecting equipment to identify defects.
Cloud Computing: Cloud computing enables almost all driving technologies. Previously, computers used servers that were located on premises. You can now use the Internet to store and access data and software applications on external servers operated by service providers. It gives enterprises access to more computing power with greater flexibility. The National Institute of Standards and Technology (NIST) explains that cloud computing can save manufacturers time and money.
Additive manufacturing: augmented and virtual reality, big data, simulation and system integration – these additive technologies are helping factories move into the future. The list continues to grow as industry leaders continue to adopt innovative new technologies and practices to improve their businesses.
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The real magic happens when technologies are combined and machines and software programs communicate with each other.
According to IBM, “When data from manufacturing operations is combined with operational data from ERP, supply chain, customer service and other business systems, information previously stored in silos provides visibility and insight. Creating new levels of can give.” According to IBM.
