Naveen Poonian, CEO of iBASEt shares 3 predictions for the manufacturing industry for 2022. Expanded Competition for "Digital First" and Cloud Adoption leads to Improved Analytics, better decision making and improved remote-first operations.
Rural manufacturing's comparative decline is multifaceted, but the solution may not be. One of the most impactful distinctions between today's most and least competitive manufacturers is access to reliable, high-speed internet.
Manufacturing is one of the largest industries in the world, with demand growing every day. The IoT provides countless opportunities for optimization, cost reduction, and improved performance.
To pursue a sustainable future, manufacturers need to find options to increase energy efficiency. Industrial robotics is an ideal way to help improve sustainability and minimize the environmental impact of manufacturing activities.
Location-Based Automation- Why a Digital Twin of Moving Things is the Missing Piece for Successful Industrial Automation
This article outlines why the promising concept of the digital twin has often fallen short of its goal of end-to-end automation and connectivity.
The demand for data from both OT teams and cloud and enterprise systems has grown exponentially, but the manufacturing industry is still tied closely to the Purdue Model.
Manufacturers are facing a troubling scenario: the need to maintain production levels in the midst of the largest workforce shakeup in our lifetime. The Industrial Internet of Things (IIoT) provides a highly effective, flexible and cost-efficient solution.
Swedish philosopher Nick Bostrom once said, "machine intelligence is the last invention that humanity will ever need to make". AI decision making, with real time communication and data analytics, has the ability to transform the way manufacturers understand machines.
With rapid advancement in automated and connected technologies, managing both new and old equipment simultaneously can be a challenging balancing act.
Siemens used IoT sensors and data analytics to create a digital twin of the factory. By analyzing and adjusting various parts of this model, the facility could see where inefficiencies were and which changes would have the greatest impact.
The Intel announcement is a recognition of the value of U.S.-based manufacturing, and the business will support a very long supply chain of semiconductor assembly tool designs and manufacturing in the U.S.
The benefits of industry 4.0 in manufacturing are clear, but unlocking them requires organizations to overcome capacity constraints. The keys are in these change management strategies.
Asset Performance Management software must evolve into knowledge hubs that not only deal with monitoring, but also gathering data from other dependent systems to provide much deeper insights and greater control.
Cables with the proper shielding, i.e. foil plus braided shield or semi-conductive fleece with foil and a braid shield, prevent the VFD system from radiating electrical noise that can interfere with the surrounding networking, wireless communication, and industrial devices.
Those manufacturers that digitize their operations will gain significant advantages, and those that don't will have a more difficult time catching up.
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Powered by 10-core 10th-gen Intel® Xeon® or Core™ CPU, the DS-1300 is a rugged, high performance, highly expandable embedded computer. It supports up to two PCI/PCIe expansion slots (combined max 110 W), various commercially expansion cards available in image capture cards, motion control cards, or GPU cards. The DS-1300 series is suitable for deployment in industrial automation, factory automation, machine vision, AIoT and applications requiring high computing power in harsh environments.