As VP of Offering Management for IBM Watson IoT, I am often asked what Watson can do for manufacturing. As it happens, I had the chance to speak to Ralph Rio, of ARC Advisory Group about exactly this a few weeks ago at the ARC Industry Forum. The answer lies in artificial intelligence (AI). AI-powered solutions enable manufacturers to aggregate data from multiple sources and apply AI for better outcomes. This means healthier assets and equipment, more efficient operations, and reduced costs.
To understand the benefits of AI-powered manufacturing, we start with data and how manufacturers are using it to understand and optimize their assets and operations. The problem here is that many aren’t using it. There’s simply too much plant data to make sense of. As much of it is siloed, its potential remains unrealised. With IBM’s AI-powered solutions, however, we can leverage machine learning and artificial intelligence to integrate vast quantities of plant data – and use the resulting holistic data picture to improve throughput, quality, cost and fulfilment.
Machine learning and artificial intelligence: making sense of the data
Machine learning and artificial intelligence represent a revolution for understanding and acting on plant floor data. With these capabilities at our disposal, we can train models much faster than ever before and better integrate data from disparate sources. For example, while it typically takes three to four weeks to train an operator in quality inspection to achieve 80% accuracy, with AI, this figure shrinks to just hours to achieve 95% accuracy. That’s a considerable time reduction and much higher level of accuracy than was previously possible.
Artificial intelligence and machine learning algorithms like the one in the example above are a game-changer for manufacturers. They allow us to sift through the available data at faster and faster rates, to yield insights that enable us to manage and optimize assets and operations. This means better predictive maintenance, better approaches to quality inspection and increased production efficiency. And the more data there is, the better the insights we can glean from it, and the better informed our decision making can be.
The winners in manufacturing will be the companies with the most data at their disposal, and the right tools to leverage it. Our asset management and optimizations solutions can help you do just that.
The journey forward
In the next installment of this blog, I’ll talk about how to get started with AI-powered manufacturing. In the meantime, take a look at the video for a deeper look at our AI-powered manufacturing solutions. For more information about our portfolio, visit our website.
Over the past few months, IBM has hosted several Engineering Academy Comes to You events in locations throughout the world. I’m happy to tell you that these local presentations have become extremely popular and well attended learning opportunities. That’s because they provide valuable product information and one-on-one interactions between IoT professionals and their peers. If you’re not keeping up with the changes in engineering, you’re assuredly falling behind. That’s why I urge you to register now for one of these upcoming events. ...read more
IBM IoT Exchange 2020 is an intensive two-day conference that attracts the best and the brightest in key industries, including automotive, utilities, industrial, defense, government, and the Fortune 500. That’s why speaking at IoT Exchange is a win-win for everyone. ...read more
IoT Exchange 2020 has been deliberately planned to address your current challenges. And there are a lot of them. Equipment, buildings, and vehicles you’re responsible for have morphed to become complex, connected software-driven assets. They require a new kind of operating model. They demand a new kind of asset intelligence. This conference is designed to give you the intelligence and inspiration you need. ...read more