They Get Knocked Down, But They Get Up Again: The Rise of Self-Righting Robots

It starts with robots learning to stand up after a fall. Next, they’re outrunning us. Then, they’re outsmarting us. Are we helping machines become more resilient than we are?
Humanoid robots have long struggled to stand up after a fall, but a Chinese research team has cracked the code. Their Humanoid Standing-up Control (HoST) framework, trained via reinforcement learning in Nvidia’s Isaac Gym simulator, allows robots to get up from awkward positions; on stone roads, glass slopes, and even when kicked mid-motion.
Unlike past attempts, HoST fine-tunes balance with targeted rewards, motion smoothing, and speed limits, creating stability in unpredictable environments:
- HoST enables robots to rise on complex terrain.
- Training combines virtual simulations with real-world testing.
- Future applications include disaster response and human-robot collaboration.
If robots can recover faster than humans, what happens when they no longer need us? Are we designing assistants or competitors?
Read the full article on Live Science.
----
💡 If you enjoyed this content, be sure to download my new app for a unique experience beyond your traditional newsletter.
This is one of many short posts I share daily on my app, and you can have real-time insights, recommendations and conversations with my digital twin via text, audio or video in 28 languages! Go to my PWA at app.thedigitalspeaker.com and sign up to take our connection to the next level! 🚀

If you are interested in hiring me as your futurist and innovation speaker, feel free to complete the below form.
Thanks for your inquiry
We have sent you a copy of your request and we will be in touch within 24 hours on business days.
If you do not receive an email from us by then, please check your spam mailbox and whitelist email addresses from @thedigitalspeaker.com.
In the meantime, feel free to learn more about The Digital Speaker here.
Or read The Digital Speaker's latest articles here.