Meet the Five ‘Al’ Siblings and Their Young Cousin
Let me introduce the five “Al” siblings: informational, aspirational, foundational, directional, and decisional. Also, meet their young cousin, survival.
Let me introduce the five “Al” siblings: informational, aspirational, foundational, directional, and decisional. Also, meet their young cousin, survival.
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The first day of the conference was over, and most of us congregated for happy hour, relaxing, networking, and furthering our connections.
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Have you ever felt like you’re speaking into a void in a hybrid meeting? You’re not alone. The shift to hybrid workplaces has introduced a unique set of challenges in communication and collaboration. The goals?
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High-precision manufacturing is critical in industries where even the slightest deviation can lead to significant consequences. It encompasses processes that demand the utmost accuracy, often in sectors like aerospace, medical devices, and electronics.
While people around the country are preparing champagne and getting ready to watch the ball drop on New Year’s Eve, I’m closely monitoring our clocks at the National Institute of Standards and Technology (NIST).
Unlike the traditional engineering process of designing a part, product, or component from the ground up, many times in life we need to start with an existing item and work backward to solve a problem.
Image courtesy of Yaskawa America Inc.
The quest to optimize equipment efficiency, ensure consistent quality, and lower operational costs while empowering a stronger workforce continues to permeate the industrial landscape.
As we launch into Industry 4.0, the need for advanced automation and high-performance connectivity solutions intensifies, requiring protocols like Industrial Ethernet for maximum efficiency and productivity.
Just a few decades ago, today’s personal technology was a science fiction pipe dream.