Updated
Updated · MIT Technology Review · Oct 28
66% of Manufacturers Eye Agentic AI as Living Digital Twins Push Plant Autonomy
Updated
Updated · MIT Technology Review · Oct 28

66% of Manufacturers Eye Agentic AI as Living Digital Twins Push Plant Autonomy

3 articles · Updated · MIT Technology Review · Oct 28

Summary

  • Living digital twins are moving industrial AI beyond simulation into real-time monitoring and closed-loop action, letting plants adjust operations continuously while keeping human operators in supervisory control.
  • 66% of manufacturers already use or plan to use agentic AI, and 40% expect some factory autonomy by 2030, as cheaper sensors, IoT telemetry and connected software make those systems practical.
  • Adoption is still constrained by risk: 65% of executives in Deloitte’s 2025 survey ranked operational disruption among their top concerns, and many companies have yet to build strong governance and accountability safeguards.
  • Early deployments show measurable gains — Nestlé cut dryer energy use 16%, while SCG Chemicals reported 99% plant reliability and a ninefold return on investment within six months.
  • The longer-term goal is an integrated value chain in which AI, robotics and digital twins coordinate across plants, grids and supply chains to improve resilience, safety and sustainability.

Insights

Can a “living digital twin” really run a factory better than humans, or does weak data make industrial AI too risky to trust?
Why are manufacturers rushing toward agentic AI if most plants still struggle with legacy systems, siloed data, and disruption risk?
When does a digital twin stop being smart software and become a regulated, safety-critical decision-maker inside industrial plants?