Episode Details

For decades, manufacturers have struggled with the same fundamental problem: there simply are not enough people to fill the jobs that need to be done. Matt Bush believes solving that problem requires changing the way manufacturers think about robotics entirely.

Matt joins Greg to share how nearly two decades running manufacturing plants shaped his approach to automation, from deploying some of the earliest collaborative robots on production lines to building robotic systems designed to feel less like engineering projects and more like everyday tools. His goal is simple: make automation easy enough that the people already working on the shop floor can deploy and use it themselves.

That philosophy led to Beacon, a unified software platform that gives manufacturers the same interface across robotic welding, plasma cutting, painting, and other applications, regardless of the underlying robot hardware. By combining standardized systems, cloud connectivity, fleet-wide software updates, and highly responsive support, Matt and his team are working to remove the friction that has historically kept robotics out of smaller and more flexible manufacturing environments.

Greg and Matt explore:

• How nearly two decades running manufacturing plants taught Matt the importance of producing closer to the point of consumption, and why global supply chain fragility has reinforced that lesson
• The story of "Waldo," an early collaborative robot that moved between jobs throughout a Tennessee factory and showed employees how flexible automation could become
• Why employee attitudes toward robots changed once workers realized automation was taking over repetitive, uncomfortable, and undesirable tasks rather than eliminating their jobs
• How labor shortages pushed Matt toward robotics as a service, including no upfront capital, limited commitment, and a model designed to reduce the financial and operational risk of adopting automation
• Why decades of efforts to solve manufacturing labor shortages through education and recruiting have not been enough, and how demographic changes are making automation increasingly unavoidable
• Matt's belief that robots should be viewed as tools, no differently than drills, grinders, computers, or other technologies that allow people to work more effectively
• How the Beacon platform creates one consistent interface across welding, cutting, painting, and multiple robot brands while allowing manufacturers to manage entire fleets from a single system
• What it takes to make industrial robotics feel "iPhone-esque," from shipping systems largely assembled to continuously removing friction from setup, programming, and operation
• How customer demand has shaped the company's expansion from welding into plasma cutting, liquid painting, and powder coating
• The engineering challenges of deploying robots inside potentially explosive paint environments, including intrinsically safe electronics, air-purged robot arms, and specialized operator controls
• Why standardization allows robotic systems to ship in days rather than the weeks or months traditionally associated with custom automation projects
• How cloud-connected robots enable fleet-wide software updates, production analytics, remote support, and fixes that can be deployed across every connected system at once
• How an AI-powered support system now resolves roughly half of customer inquiries before a human needs to step in, while keeping engineers directly involved when more complex support is required
• Why Matt believes robotics companies should be careful about becoming an "everything platform" and instead build deep expertise around a clearly defined set of customer problems
• What Matt looks for when hiring, including attitude, curiosity, adaptability, and the willingness to ask questions rather than simply following instructions
• Why engineers at th