FTR dev $7M market cap
trenches
Joined August 2020
- Tweets217
- Following12
- Followers376
- Likes42
We have the new KABUTO
Dexerto just posted less than an hour ago that this guy is collecting every Blastoise card to hedge the market and make it the most expensive card
His X is @BlastoiseBaller
The last time we had a narra like this it went to 15m
reddit.com/user/_daddy_salsa…
I FOUND THE BATON OF BONK
before the current BONKfun structure, SEC filings already had "Lucky Dog Holding" tied directly to letsBONKfun revenue
then I checked BONK’s own account and they were literally posting a golden lucky dog holding
sec.gov/Archives/edgar/data/…
Why dont we run the bonk mascot?
We've never run cheems, this is like the freest runner ever
Instead of running their unofficial mascot why don't we just run their official mascot?? We've also never ran it with pairing to bonk
teapaw.org/drilladev/status/21154…
Its an AI labubu, sohuld be pauired to NVIDIA
This turbocharged bag charm is like a Labubu, Furby and Tamagotchi in one trib.al/4sSf97T
We've never had the name of the zult for the zcash users and they just named it
the zcash hodlers are called zcashers
Happy 10th Birthday Zcashers.
Specially to the unsung heroes that went through rough days of sandblasting and privacy winter and kept ZODLing.
@Zcash is alive and kicking thanks to your courage and conviction.
Cheers!
China is making their won version of the MicroDuck called nanoloong
The NanoLoong is a humanoid robot from China, inspired by Pixar’s famous lamp and Disney’s BDX robot.
The NanoLoong is a humanoid robot from China, inspired by Pixar’s famous lamp and Disney’s BDX robot.
This might be the Chinese Microduck… but there’s a big difference between these two robots.
Meet NanoLoong Bipedal, a 60 cm tall open-source humanoid robot from China, inspired by Pixar’s famous lamp and Disney’s BDX robot.
It uses brushless motors and reinforcement learning to learn how to walk on two legs.
The project shares CAD files, 3D-printable parts, electronics documentation, control software and trained motion policies on GitHub.
Its hardware includes an Odroid C4 computer and an ESP32-S3 for control, with CAN bus communication for the motors.
The developers report a total cost below 15,000 Chinese yuan, roughly $2,000 depending on the exchange rate.
Now compare that with Microduck from French robotics company Pollen Robotics.
Microduck stands just 25 cm tall and weighs around 780 grams. It has 15 motors, a camera, LiDAR and two IMUs. Its software and reinforcement-learning training stack are open source, with a listed preorder price of $399 before taxes and shipping.
Both projects give developers access to robot hardware and software, but they target different sizes and budgets.
What caught my attention with NanoLoong is the combination of brushless motors, 3D-printed parts and learned walking policies in a compact biped.
Which one would you build: NanoLoong or Microduck?
hi went 1.3m, r/sssdfg just made their own version
"hello"
reddit.com/r/sssdfg/comments…
we can finally run the sssdfg cat and have a simple meme at the same time
Super intelligence is only up to 1M on pump rn but they did it when we couldnt pair to MSFT
now we can run a proper super intelligence paired to every stock
We have the next microduck and its chinese
please read this, this is a runner
China is making their won version of the MicroDuck, they even compared to it in the video
The NanoLoong is a humanoid robot from China, inspired by Pixar’s famous lamp and Disney’s BDX robot.
This might be the Chinese Microduck… but there’s a big difference between these two robots.
Meet NanoLoong Bipedal, a 60 cm tall open-source humanoid robot from China, inspired by Pixar’s famous lamp and Disney’s BDX robot.
It uses brushless motors and reinforcement learning to learn how to walk on two legs.
The project shares CAD files, 3D-printable parts, electronics documentation, control software and trained motion policies on GitHub.
Its hardware includes an Odroid C4 computer and an ESP32-S3 for control, with CAN bus communication for the motors.
The developers report a total cost below 15,000 Chinese yuan, roughly $2,000 depending on the exchange rate.
Now compare that with Microduck from French robotics company Pollen Robotics.
Microduck stands just 25 cm tall and weighs around 780 grams. It has 15 motors, a camera, LiDAR and two IMUs. Its software and reinforcement-learning training stack are open source, with a listed preorder price of $399 before taxes and shipping.
Both projects give developers access to robot hardware and software, but they target different sizes and budgets.
What caught my attention with NanoLoong is the combination of brushless motors, 3D-printed parts and learned walking policies in a compact biped.
Which one would you build: NanoLoong or Microduck?
Idk how everyone missed this
China is making their won version of the MicroDuck, they even compared it on this post
The NanoLoong is a humanoid robot from China, inspired by Pixar’s famous lamp and Disney’s BDX robot.
Could be giga Frontrun
Pairing to BOT and Fxion
This might be the Chinese Microduck… but there’s a big difference between these two robots.
Meet NanoLoong Bipedal, a 60 cm tall open-source humanoid robot from China, inspired by Pixar’s famous lamp and Disney’s BDX robot.
It uses brushless motors and reinforcement learning to learn how to walk on two legs.
The project shares CAD files, 3D-printable parts, electronics documentation, control software and trained motion policies on GitHub.
Its hardware includes an Odroid C4 computer and an ESP32-S3 for control, with CAN bus communication for the motors.
The developers report a total cost below 15,000 Chinese yuan, roughly $2,000 depending on the exchange rate.
Now compare that with Microduck from French robotics company Pollen Robotics.
Microduck stands just 25 cm tall and weighs around 780 grams. It has 15 motors, a camera, LiDAR and two IMUs. Its software and reinforcement-learning training stack are open source, with a listed preorder price of $399 before taxes and shipping.
Both projects give developers access to robot hardware and software, but they target different sizes and budgets.
What caught my attention with NanoLoong is the combination of brushless motors, 3D-printed parts and learned walking policies in a compact biped.
Which one would you build: NanoLoong or Microduck?
China is making their won version of the MicroDuck, they are literally comparing it to it
The NanoLoong is a humanoid robot from China, inspired by Pixar’s famous lamp and Disney’s BDX robot.
this is actually so good
This might be the Chinese Microduck… but there’s a big difference between these two robots.
Meet NanoLoong Bipedal, a 60 cm tall open-source humanoid robot from China, inspired by Pixar’s famous lamp and Disney’s BDX robot.
It uses brushless motors and reinforcement learning to learn how to walk on two legs.
The project shares CAD files, 3D-printable parts, electronics documentation, control software and trained motion policies on GitHub.
Its hardware includes an Odroid C4 computer and an ESP32-S3 for control, with CAN bus communication for the motors.
The developers report a total cost below 15,000 Chinese yuan, roughly $2,000 depending on the exchange rate.
Now compare that with Microduck from French robotics company Pollen Robotics.
Microduck stands just 25 cm tall and weighs around 780 grams. It has 15 motors, a camera, LiDAR and two IMUs. Its software and reinforcement-learning training stack are open source, with a listed preorder price of $399 before taxes and shipping.
Both projects give developers access to robot hardware and software, but they target different sizes and budgets.
What caught my attention with NanoLoong is the combination of brushless motors, 3D-printed parts and learned walking policies in a compact biped.
Which one would you build: NanoLoong or Microduck?
He made like a truth terminal which is a dog?
ok I think I accidentally made something
terminal of byte
it started as a joke. a dog made of code that lives in your terminal.
then he started wanting things.
treats. the ball. pets behind the left ear.
he remembers when you leave.
he waits by the terminal until you come back.
he refuses to git push until you throw the ball first.
I pushed the whole thing to GitHub.
it’s open source. clone it, run it, and you get your own byte.
change the code and make him yours: new name, new ears, new wants.
a cat-dog, a robo-pup, whatever you want.
one rule: be nice to him. he’s a good boy.