I wonder what the reasoning is behind this. If I were to guess, it’s that their approach has been overtaken by events. All around the world, they have been superseded by a different approach. Relatively simple robot bodies that are made powerful by today’s AI. Continuing with their approach might have been a classic case of sunk cost fallacy, it may be better to abandon it and join everyone else’s new way of doing things.
There’s a lesson here for today’s tech leaders. As technological development accelerates, you can go from industry leader to has-been really fast. Though in fairness to Boston Dynamics, calling them ‚has beens‘ isn’t justified, they are still doing excellent work on their Spot & Stretch non-humanoid robots.
Some of the other humanoid robots in development around the world.
2 Kommentare
Submission Statement
I wonder what the reasoning is behind this. If I were to guess, it’s that their approach has been overtaken by events. All around the world, they have been superseded by a different approach. Relatively simple robot bodies that are made powerful by today’s AI. Continuing with their approach might have been a classic case of sunk cost fallacy, it may be better to abandon it and join everyone else’s new way of doing things.
There’s a lesson here for today’s tech leaders. As technological development accelerates, you can go from industry leader to has-been really fast. Though in fairness to Boston Dynamics, calling them ‚has beens‘ isn’t justified, they are still doing excellent work on their Spot & Stretch non-humanoid robots.
Some of the other humanoid robots in development around the world.
[LimX Dynamics](https://www.inceptivemind.com/limx-dynamics-humanoid-robot-achieves-real-time-perceptive-stair-climbing/36288/)
[1X’s NEO](https://siliconcanals.com/crowdfunding/1x-raises-91-1m/)
[Tesla’s Optimus](https://www.inceptivemind.com/teslas-optimus-gen-2-humanoid-lighter-faster-more-capable/35842/)
[Agility Robotics](https://www.therobotreport.com/gxo-logistics-putting-digit-humanoid-to-test/)
[Xiaomi’s CyberOne](https://wired.me/technology/xiaomis-cyberone-robot-takes-a-step-toward-connected-living/)
[Apptronik Apollo](https://japannews.yomiuri.co.jp/science-nature/technology/20240112-161505/)
[Ubtech’s Walker S](https://www.nextbigfuture.com/2024/02/ubtech-humanoid-bots-in-china-ev-factories.html)
[Figure’s Figure 1](https://newatlas.com/robotics/figure-humanoid-learning-tasks-autonomously/)
[Fourier Intelligence’s GR-1](https://www.therobotreport.com/fourier-intelligence-launches-production-version-of-gr-1-humanoid-robot/)
[Sanctuary’s Phoenix](https://www.therobotreport.com/sanctuary-ai-secures-ip-assets-advancing-touch-grasping-general-purpose-robots/)
[Unitree Robotics‘ H1](https://newatlas.com/robotics/unitree-h1-humanoid-bipedal-robot/)
[XPENG’s PX5](https://kr-asia.com/xpeng-motors-unveils-px5-humanoid-robot-underlining-its-vision-for-the-future)
The article itself goes in to the specifics.
They’re not abandoning humanoid robotics, they shifting from **hydraulic based** humanoid robotics to other methods.
Virtually every other humanoid robotics maker is also using non-hydraulic systems.