
Show Notes
This week’s guest is ZJ van de Weg, CEO of FlowFuse.
ZJ shares his journey from an intern at GitLab to now leading FlowFuse, how open-source technology is transforming industrial operations, and why Node-RED has become the go-to platform for low-code manufacturing connectivity.
He also takes a deep dive into the challenges of scaling open source solutions in enterprise environments, the value of an ‘open-core’ business model, and the future of IT/OT collaboration.
Augmented Ops is a podcast for industrial leaders, citizen developers, shop floor operators, and anyone else that cares about what the future of frontline operations will look like across industries. This show is presented by Tulip, the Frontline Operations Platform. You can find more from us at Tulip.co/podcast or by following the show on LinkedIn. Special Guest: ZJ van de Weg.
More from Augmented Ops
For decades, the United States bet that invention alone would keep it competitive. Twenty years ago, the US led in 60 of 64 key technologies. Today, China leads in 57 of them. The country no longer has an invention problem, it has an industrialization problem.
Three months into the agentic AI shift, manufacturing finds itself at the same inflection point a generation of CEOs faced at the dawn of digital: lean in now, or wait for someone else to prove it works. The cost of waiting just got steeper.
Geopolitical pressure is reshaping how the US buys and builds for defense. Nick Sinai of Insight Partners breaks down the shift from cost-plus to commercial procurement, the rise of venture-backed defense tech, and how to move fast without losing safety.
Manufacturing is entering a new phase of AI adoption, one where intelligent systems don’t just generate insights but take action in context. In this episode of Augmented Ops, host Mason Glidden, Tulip’s Chief Product Officer, is joined by Olga Stroilova, Group Product Lead, and Pete Hartnett, Group Product Manager, to discuss how agentic AI is redefining what’s possible on the factory floor.
What do a floating barge the size of four aircraft carriers, a Shell refinery, and the future of energy resilience have in common? They all depend on knowing, with precision, how much life is left in the steel.