When Hurricane Helene damaged western North Carolina in September, filling medical facilities with people who couldn’t be cared for at home, Jim Polk, a tech executive at Exela Pharmaceutical Sciences in Lenoir, N.C., got a call from the Atrium Health hospital group in flooded Asheville. Could his company make intravenous saline bags for the expected crush of patients?
“That could take six months,” Polk thought, going over in his mind the familiar steps of meeting government and hospital requirements, hiring, lining up machinery and suppliers, writing and sharing reports, and weeks of factory trial and error to get production right.
But Exela had upgraded its manufacturing technology — and not just on the floor of its 600-person plant in Lenoir. Exela had also installed new software to connect factory production data to materials-sourcing, labor-supply, government-compliance, market demand, shipping, pricing and other functions, using artificial intelligence applications to automatically pinpoint and fix problems.
This use of self-improving AI software to rapidly boost efficiency was dubbed a “Fourth Industrial Revolution” in a widely read 2011 book by Swiss engineer Klaus Schwab. He projected AI-enhanced manufacturing would transform factories as thoroughly as earlier steam power, mass production, and computer-control technologies. The Helene crisis gave Exela a chance to test these “ Industry 4.0” software applications on a new product line.