David Hollo

Come join us at @AllonicRobotics as a Robotics Engineer! This role is really close to the fire: you'll work with our groundbreaking 3D Tissue Braiding technology to define how the robots of a completely new category are built. Apply here: allonic.co/careers/roboti…

We’re looking for a Robotics Engineer with category-defining ambitions to join us at our Budapest HQ! This is a high-trust, crucial role at the heart of our Solutions Team – hands-on with 3D Tissue Braiding to build a new generation of robots. Apply here: allonic.co/careers/roboti…

We're hiring at @AllonicRobotics ! If you're interested in 3D Tissue Braiding, the robotics it enables, and want to build something truly category-defining, DM me or apply here: allonic.co/careers

@mightyfog @GoingBallistic5 @benedektasi @AllonicRobotics @lukas_m_ziegler Our vision: robust, dexterous and safe manipulators produced in a few minutes, at the cost of a glove today, in a single, fully automated process instead of assembling hundreds of components! How much easier will it be to build and swap custom hands or grippers, for any task?

@GoingBallistic5 @benedektasi @AllonicRobotics @lukas_m_ziegler I don’t get it. But, I want to! I’m missing the value. Could you explain it? I need that lightbulb to go on.

3D Tissue Braiding from up close: a fully automatic way to build robust, dexterous and human-safe robotic bodies - at a fraction of the time and cost! @AllonicRobotics @lukas_m_ziegler @GoingBallistic5

@MarwaEldiwiny It's all about load-bearing! Strong soft tissues are still very difficult to make, even with SLS/SLA - attaching them to rigid parts even more so. Our fibers distribute forces over bone surfaces -> no weak points, yes impact resistance & robustness! Happy to tell you more anytime

Genuinely trying to understand what's impressive here. Isn't the industry moving beyond tendons? Cool platform, but why is braiding critical for robotic hands? How is this different from Wuji, Kyber Labs, etc.? Why not use multi-material SLA/SLS for soft tissue? Maybe I’m wrong

Budapest-based @AllonicRobotics just raised $7.2M to prove that "weaving" robots is faster than assembling them. Check out how they’re scaling 3D Tissue Braiding 👇 humanoidsdaily.com/news/allonic-n…

There is some amazing IP on the IP of that IP

This unique hand design has been stitched in my heart since meeting @benedektasi at the Humanoid Summit The novel manufacturing approach deserves a thread🧵

Robotic hands tend on being slow to assemble and this looms large on the industry @AllonicRobotics hands can be built at warp speed To learn the ropes, competitors will need to weave and bob if they wish to keep up with this braidy bunch!

@wichmaennchen @andreasklinger @AllonicRobotics Sometimes the answer is to digitize a centuries old tech

@andreasklinger @AllonicRobotics I really like that this is not just a copycat but something innovative that no one else is doing, as far as I know.

One our portfolio companies @AllonicRobotics just went out of stealth to announce their massive funding round! 🇪🇺🔥 And what they do is kinda crazy… they braid humanoids. Braiding?… Yes… you know… like ropes… 👀 And they build mini-factories for this. This is so unique and far future it’s hard for me to even explain. So instead of telling you let me show you: I jumped on a quick call with the founder Benedek and he kindly agreed to show us a prototype of his machine. PS: I made the video originally with LinkedIn in mind but let me know if these kind of videos are interesting for here too I would love to do more of them. ❤️🙌

@yesadok @andreasklinger @AllonicRobotics Plenty more to come 😉

@andreasklinger @AllonicRobotics More video content please.

@stubbornfellow @AllonicRobotics @benedektasi It’s great to have you in our corner!

Working with companies like @AllonicRobotics is why I wanted to be in VC in the first place. This round is a great success for 🇭🇺 & 🇪🇺 and everyone in robotics! congrats to @benedektasi, @davidohollo and the whole team!

@OdinBryant2 @AllonicRobotics Thanks! Can’t wait to share more

@davidohollo @AllonicRobotics Awesome work David. Following along, rooting for you and your team 🚀💪

Robotics needs better design tools. At @AllonicRobotics we’re building that with Tissue Braiding. We just closed $7.2M pre-seed to test in the real world, and turn ideas into hardware. We’re hiring.

@absorber247 @andreasklinger @AllonicRobotics You’re correct 😉 Got some ideas?

@andreasklinger @AllonicRobotics This is cool. I can imagine that it has way more applications than just humanoids.

@HatforceSec @andreasklinger @AllonicRobotics the machine can work with conductive and piezoelectric yarns. sensing can be directly incorporated

@andreasklinger @AllonicRobotics cool stuff, how does the sensory part come into play, e.g. touch sensitivity when the structure is braided?

@CyberRobooo @AllonicRobotics 🦾🦾

Just saw something that actually feels like a real leap in robotics hardware.👋 @AllonicRobotics built a robot hand using 3D Tissue Braiding,basically weaving high-strength fibers around a minimal rigid skeleton the way human connective tissue wraps around bone. No hundreds of screws, bearings, cables or fiddly joints. Instead,a continuous automated process that creates the tendons, soft tissue & compliant structure all at once. The outcome is wild: »strong yet naturally soft & safe for close human interaction »surprisingly dexterous »produced from digital design→physical part in minutes »cost drops so much that you could eventually swap end-effectors like disposable gloves This is starting to feel like the moment robotic bodies get their own “3D printing revolution”. Hardware iteration speed finally approaching software speed. If this scales, it could be one of the missing pieces that lets dexterous humanoid robots move from lab → factories → homes. (Oh, and the company just raised $7.2M Pre-Seed,largest ever in Hungary. Budapest-based with US HQ. Led by Visionaries Club + angels from OpenAI, Hugging Face, ETH Zurich, Northwestern etc.) Prototype hand looks insane,the woven fiber texture is unreal.

@lukas_m_ziegler Patience. It’s almost ready😉

what are they cooking 👀