Our beta test pre-launched for community members with 27 tasks during the Spring Festival. Within just 5 days, it collected over 100,000 valid data trajectories and engaged 18,000 participants.
We have seen rapid progress in humanoid control — specialist robots can reliably generate agile, acrobatic, but preset motions. Our singular focus this year: putting generalist humanoids to do real work.
To progress toward this goal, we developed SONIC (https://t.co/zOZVraFuDV), a Behavior Foundation Model for real-time, whole-body motion generation that supports teleoperation and VLA inference for loco-manipulation.
Today, we’re open-sourcing SONIC on GitHub. We are excited to see what the community builds upon SONIC and to collectively push humanoid intelligence toward real-world deployment at scale.
🌐 Paper: https://t.co/DGBP7LAvuT
📃 Code: https://t.co/WAZ1P13072
Before a robot ever touches the real world, it should already know how to survive in it.
That’s what @axisrobotics is doing, teaching robots in simulation so they can practice safely at scale, then transfer that learning to real life.
Join the movement 👇🏻
website : https://t.co/b9yV64SfWv
playground: https://t.co/L6XIMC7a1l
community: https://t.co/MehqxBMtW2
@axisrobotics@Rainhoole@0xzagen@Siomayikan69@0xsexybanana@chris_anm01@plpiaoliang@plpiaoliang@jayaxisai
I see this experiment as a clear “closed-loop” milestone on the Axis AI path: a low-friction interaction interface captures human intuition and control skills, and those trajectories then improve both the policy and the data-collection pipeline. That makes each new round easier to collect, higher quality, and effective across more situations
What’s technically exciting is that community contributions don’t just add volume, they naturally produce a wide range of behaviors. As we complete domain randomization and make scene and object variation systematic, these trajectories shift from “it works in this exact setup” to “it works across various setups,” which is the key step from demonstrations to generalization, and from a single task demo set to a scalable data engine.
In AI and robotics, continuously producing large-scale, broad-coverage interaction data is still rare. Our goal is to make it reusable infrastructure, not a one-off demo.
“It is the time you have wasted for your rose that makes your rose so important.”
At Axis AI, we’re doing something simple and necessary: helping a blank robot mind learn its first act of care, watering a rose 🌹
Join: https://t.co/YeefhyqPiB
an investigation on axis robotics
as my custom, i did an investigation on axis
1. official website for axis robotics
LinkedIn profiles i seeked shows already axis robotics web2 companies and 3 axis robotics profiles
🔗axisrobotics.]ai (axis site)
🔗axisrobotics.]com.]br
🔗axisrobotics.]co
they actually have a website
2. no github repository, documentation or gitbook reference
from their site the gitbook provided is not redirecting to anywhere
confirm here:
🔗 axisrobotics.]ai/#]documentation (remove ])
3. marketing strategy
the marketing strategy they are using has been seen before and have always ended poor
what are they:
- easy to scoop discord roles
- ambassador form (within 3 months of being live)
4. no team info
currently the only team member seen publicly is
@: plliaoliang
no other team members are public
5. no roadmap
for the maintime, i will stop any interaction with axis
ps: plpiaoliang once asked for a dm (which i gave, and he gave me a discord role)
made me sense something wrong though
6. little prince site
this is found nowhere on crt.[sh
probably things like this can be hosted with wordpress, hostinger or even bluehost
while, i am waiting for team to do due diligence i will pause interactions for now
“It is the time you have wasted for your rose that makes your rose so important.”
At Axis AI, we’re doing something simple and necessary: helping a blank robot mind learn its first act of care, watering a rose 🌹
Join: https://t.co/YeefhyqPiB
Gamifying teleoperation is a great way to get more people involved
But if getting started needs a 3D-printed “joystick”, and there’s no incentive, people are hard to stick with it
We are building an organic loop to lower the activation energy and unleash the power of everyone
Data collection remains a bottleneck in imitation learning for robotics: it’s tedious & often needs access to a robot. Can we make the data collection process more accessible and engaging? We introduce RoboCade, a platform for gamifying remote robot data collection 🎮🤖
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