Welcome to the April 2025, Edition #37of This Is Robotics.

Today, BTW, is National Superheroes Day. Good time to give thanks of appreciation to a superhero in your life, comic book, cinema, TV, or real life, who has been important to you.

For April’s edition of This Is Robotics, we’ll look at the high-tech drama from Korea as it unfolds a nationwide plan for robot-driven automation for the entire country. Only the second industrialized nation to devise and execute such a massive plan; China, and it’s Made in China 2025, was the first.

We’ll also introduce you to our newest program sponsor, ANSCER Robotics, the small company with a big idea, and its plans following its arrival in the Americas in March for ProMat 2025 in Chicago.

We’ll also attend a white house ceremony for the Executive Order creating the country’s action plan for its very-first upskilling, training, and plans for one million apprenticeships, which could lead to a nationwide new age GI Bill for every citizen, something we’ve been writing about since 2015.

We’ll then take a look through the eyes of Ken Maken, CEO of Workr Labs with his article titled “Why Physical AI Is the Missing Link in Manufacturing Robotics.”

And then we’ll follow up with Yann LeCun’s ideas on physical AI, and why he thinks that today’s LLMs are trapped by Internet data, and offer far less of a future for all robots, including humanoid robots.

K-Humanoid: Sink or Swim for Korean Robotics?

Heartfelt Thanks for Making This Is Robotics the #1 Global Robotics News Podcast

INTRO:

Here at This Is Robotics, we have our very own March Madness championship series with teams vying for the GenAI Trophy. The brackets of contenders are set: ChatGPT, Claude, Llama, Gemini, Alibaba’s Qwen, Tencent’s T1, and of course the Cinderella team of the playoffs, DeepSeek, which has already crashed Wall Street for a trillion dollars.

Our lead story for March is one that generated a ton of email both pro and con plus a pile of commentary. It was a special report just last week in Asian Robotics Review called The Rise of China's Robotics Industry: Modernize or Perish!

It got a ton of reaction. Some bad, but most was overwhelmingly good. Even former naysayers were impressed saying things like “don’t like the form of government, but got to hand it to them: they are hard workers who came up with a great plan.

We’ve been following this story for seven years. See the link in our show notes for How China Became a Robotics Powerhouse 2015-2025.

In fact, this month we are juxtaposing China’s rise in industrial robotics with America allowing 50 domestic industrial robot builders go bust. One of them, a wonderful Cincinnati Milacron vowed to become the world’s biggest and best. Our government watched them all die off one by one. America can’t ever let that happen again. The very last of the 50 was Adept Technologies, remember them? They hung on the longest but finally Adept Technologies was acquired by Omron in 2015.

That juxtaposition about the rise of one and the fall of the other is our final story for March.

OUR FEATURE STORY:

The Rise of China's Robotics Industry: Modernize or Perish!

Unlike most developed nations trying to automate themselves, China set out a bold plan (emphasis on “plan”), which it has stuck to for a decade of ever-rising success

How China Became a Robotics Powerhouse 2015-2025.

Busy hands

Every nation knows that big undertakings take big money that’s only available from big government, especially a nation the size of China.

Although many industrialized nations have paid lip service to the critical importance of robot-driven automation, few have actually committed to it and taken action, and none have achieved success anywhere the equal of China’s.

In addition to China, only two other of the world’s industrialized nations have developed distinct plans to automate their respective countries using robots and robotics technology. Korea’s 4th Intelligent Robot Basic Plan (2024-2028) is up and running successfully and growing; Japan’s New Robot Strategy, announced in 2015 (running 2016-2020), is mostly a paper plan with limited national success to show for itself.

China is no stranger to massive undertakings. It’s been regularly pulling off mind-boggling projects since the Yellow Emperor…millennia ago. In modern times, beginning in 1979, the rapid transformation of Shenzhen from a small fishing village to a global tech hub kicked off a mega building spree. The Three Gorges Dam is another, along with the largest high-speed train system in the world, the Kela Power Station is yet another, then there’s the South-North Water Transfer Project, plus ten thousand other engineering projects since the 1980s.

Former paramount leader Deng Xiaoping felt confident that as long as the Chinese people kept their hands busy and continued to work together on large development projects China would be just fine. He seems to have been correct.

Automating China may be the most ambitious undertaking yet. And it all begins with and depends on robots. In a 2014 speech, Xi Jinping called for a ‘r

Heartfelt Thanks for Making This Is Robotics the #1 Global Robotics News Podcast

This Is Robotics: Radio News #35

The Wild, Wild World of Humanoid Robots 2025
The Rise of Humanoid Robots in 2021: How We Got to Now

Good fortune has befallen humanoid robotics in this fast-paced year for humanoids 2025.

Join us for the journey to Now! That journey arguably can be said to have begun in August of 2021 with the emergence of high-octane influencer, Elon Musk, and his introduction of Optimus to the heralded list of humanoid names.

Surely, humanity has been at the chase for a humanoid likeness for centuries. Modernists may insist that WABOT-1, built in 1970 by Ichiro Kato at Waseda University in Tokyo, Japan, was the first humanoid robot. And they’d be correct. Since WABOT-1, the list of humanoids has been chock-full of exemplary technology and technologists. Not to diminish the robust efforts of any precursors, but all of it seemed to be progressing in slow motion and a bit of anonymity until the world’s richest man, with a half-dozen spectacular moonshots under his belt, suddenly jumped into humanoid prominence.

ChatGP-3 in 2022 breathed a new kind of life into humanoids as code capitulated to GenAI prompts. NVIDIA’s Jetson Thor in 2024, dubbed the “Universal Robotics Computer” offered up a humanoid compute force never seen prior to Thor. And then China’s DeepSeek created a platform for embodied AI that was a simple, cheap, and effective doorway for humanoids to enter and learn from the physical world of humans.

Episode #35 of This Is Robotics takes a look at this wild, wild journey for humanoids that’s just beginning.

Please join us in this journey together as Elon Musk, Tom Dohmke, Jensen Huang, Peter Diamandis, Emad Mostaque, Yann LeCun, and Eric Jang build out the 2025 landscape of humanoid robotics.

Heartfelt Thanks for Making This Is Robotics the #1 Global Robotics News Podcast