How Industrial AI is transforming markets?
Industrial AI is transforming markets. I recently had a conversation with Adam McElhinney at @Uptake to learn more about the IoT revolution, machine learning, and artificial intelligence. We have an upcoming TechDebate May 1 in Chicago debating ways to build the best development teams. Register now at www.techdebates.org. We’re always on the look-out for debaters – if you have something to say, let us know.
How Industrial AI (Artificial Intelligence) Is Transforming Markets
Artificial Intelligence (AI) is transforming the landscape of many industries and the industrial markets are no exception. At the end of March, Sphere Software sponsored a TechDebate in Chicago to discuss AI’s impact on labor markets. Adam McElhinney, chief of machine learning and AI strategy at Uptake Technologies, brought his years of experience and insights to the discussion.
After the TechDebate, I had the opportunity to talk further with Adam about the topic.
Let’s have part of our conversation within the context of Uptake’s business. Uptake serves industrial markets; what are the typical differences in operations twenty years ago compared to today?
ADAM: Uptake is an industrial AI company, and our forte is helping customers manage big machines that cost a lot of money when they fail or when they are not being utilized to their full potential. For example, we help railway companies manage their locomotives. If a locomotive fails on the tracks, it costs a lot of money.
Repair costs are high. But the bigger cost is the impact on operations because other locomotives can’t just drive around the failed unit. Everything is on hold until the unit is up, running, and out of the way. There is a good chance that this lapse in operation will rack up additional labor costs, or maybe the railway will be charged a penalty for a late shipment. The common thread of Uptake’s business is providing asset performance management(APM) for companies that operate equipment whose failure can have significant costs. big, expensive machinery.
Our technology also helps operate wind turbines for Berkshire Hathaway Energy. Its wind farm operators log in to our software to see wind turbine performance, the location of technicians, the turbine maintenance schedule, how much revenue each turbine is generating, and many other insights. But the secret sauce of our business is how we inject AI to make insights more powerful.
Twenty years ago, you mostly saw companies and users running machines to failure, then fixing them. Industrial enterprises then started doing preventative maintenance largely based on their expertise, intuition, or guidelines from the manufacturer.
Then industry started adopting what I call optimized preventative maintenance, where companies run optimizations and financial calculations to find the balance between performing maintenance tasks before they are truly needed, which adds unnecessary expense, and performing the maintenance too late, which leads to equipment failure.
Now we’re at the point where we can look at the underlying health of a machine using sensor data and make dynamic, real-time optimizations on the health of that machine.
Are some industry segments more open to applying AI than others?
ADAM: Some companies are much more open than others to applying AI, but we also see industry-wide differences. Companies that tend to have higher margins, thus large costs when there is downtime, and operations as one of their core differentiators, tend to be more open to AI implementation than other companies are.
For example, the oil and gas industry is rapidly adopting AI. It’s been highly sophisticated, using advanced software and mathematical modeling in exploration for decades. We’re now seeing the industry start to leverage AI for production and distribution as well as for refining management. Energy segments outside of oil and gas, like renewable and thermal energy, have also been open to adopting AI.
When you look across the industrial market, it’s hard to think of a company or sector that isn’t harmed by equipment failure, even when operating under tighter margins. Why are some sectors not as open to applying AI?
ADAM: AI implantation requires foundational data. I continue to be shocked by the number of industries and companies that still use paper-based records. Obviously, without large sets of digital data, there is nothing to fuel the AI.
Some companies don’t see operations as a differentiator; therefore, maximizing operations may not be a top priority for their time and monetary investments. I believe maximizing operational efficiencies is critical for most every sector and every company, and organizations will come to this conclusion when it is best for the health of their business.
Are there clear differentiations between companies that are adopting AI and machine learning, versus those that aren’t?
ADAM: Absolutely. At Uptake we work to quantify the exact value being delivered to our customers. Our machine learning algorithms operate on a closed loop that helps them get smarter over time; for instance, we can show our executive sponsor the number of value-creating events triggered by our software.
A natural conclusion many initially reach is that Uptake’s role is to reduce maintenance costs. Sometimes we do help reduce maintenance costs, but we deliver value by helping a customer operate more profitably. The proper decision might be to increase the maintenance budget to decrease downtime, increasing revenue and profits. Ultimately, companies dedicated to optimizing their operations generally have a significant competitive advantage.
How are jobs and career opportunities changing as a result of AI, and what does the future look like?
ADAM: We’re seeing AI used to augment existing jobs, not to replace jobs. Our customers are using Uptake’s AI to empower their employees to do their jobs more efficiently and more effectively—spending less time on routine tasks and more time on challenging problems. AI keeps upping the bar of what we’re asking humans to do, which I think is ultimately a good thing.
The World Economic Forum’s “Future of Jobs Report 2018” released some fascinating findings on the projected impact of AI in the labor market. The report focused on a five-year outlook and concluded that there will be some significant changes within the labor market. There will be a net increase in jobs created, but the jobs will shift to more productivity-enhancing roles. One set of estimates indicates that 75 million jobs may be displaced by a shift in the division of labor between humans and machines, while 133 million new roles may emerge that are more adapted to this new division of labor among humans, machines, and algorithms.
How can we create a system where we are training and retraining people to keep their skills current?
ADAM: There’s a role for the traditional educational model, but we need an updated construct that we haven’t yet developed. But I think we are starting to get there. For instance, there are several options like Coursea, Udemy, and online certification programs from universities. These are positive developments and are necessary.
To learn more about rapidly evolving IoT, AI, machine learning and other technology advancements, watch for upcoming TechDebates being held around the world. Our company, Sphere Software, is a sponsor and organizer of TechDebates