What this domain covers
Manufacturing is being reshaped by robotics, machine vision, AI, additive manufacturing, digital twins and increasingly autonomous production systems. The arrival of more capable robots extends automation into tasks and environments that were previously difficult to mechanize.
What belongs here
- Industrial and humanoid robotics
- Cobots and autonomous machines
- Additive and 3D manufacturing
- Digital twins
- Smart factories and machine vision
- Mass customization
- Industrial IoT and predictive maintenance
Why it matters
This is where digital intelligence becomes physical capability. The result is not simply more automation, but faster product cycles, more flexible production and new ways of organizing factories and supply chains.
In Jim’s words
From “Robotics, Manufacturing and the Future : What Comes Next?” (November 2021)
Hey, what’s the future of manufacturing, robotics and automation? I was interviewed by Jim Beretta in his popular Robot Industry Podcast - give it a listen! I seem to be doing a few of these in the manufacturing space. The folks at Applied Software, a leading purveyor of manufacturing software, also invited me in to be the launch person for their new Forging Manufacturing podcast. We had so much to talk about that they turned it into two episodes! You can access it here .
From “Decoding Tomorrow: 30 Megatrends - #29 The Arrival of the Humanoid Robot - “A decade of progress in a year; the humanoid robot era is here, and it’s accelerating with astonishing speed and breathtaking developments.”” (August 2025)
To start, the recent, dramatic acceleration in humanoid robot development is not the result of a single breakthrough, but rather the simultaneous maturation of interdependent technologies. For the first time, rapid advancements in artificial intelligence (the ” brain ”) have converged with significant progress in physical hardware (the ” body” ). This convergence is supercharged by a revolutionary approach to training: the use of sophisticated virtual environments, or “digital gyms ,” where robots can learn complex skills at an unprecedented scale and speed. And so while the AI brain has undergone a revolution, the physical body has undergone a critical evolution. A key enabling technology has been the industry-wide shift from hydraulic to electric actuation. The original Boston Dynamics Atlas robot, which you might have seen online, was hydraulic, providing immense power but also complexity and inefficiency. The new generation, including the all-electric Atlas, Tesla’s Optimus, and Figure’s Figure 02, exclusively uses electric actuators, making the robots safer, quieter, and more energy-efficient. Think of it as a ’ Robot 2.0. ’
Explore Jim’s writing in this domain:
Robotics, Manufacturing and the Future : What Comes Next?
Decoding Tomorrow: 30 Megatrends - #29 The Arrival of the Humanoid Robot - “A decade of progress in a year; the humanoid robot era is here, and it’s accelerating with astonishing speed and breathtaking developments.”