Budapest-based robotics startup Allonic has raised €6 million ($7.2 million) in pre-Seed funding to industrialise a brand new means of manufacturing complicated, dexterous robotic our bodies by its manufacturing platform.
The spherical was led by Visionaries Membership, with participation from Day One Capital, Prototype, SDAC Ventures and TinyVC. The spherical additionally contains greater than a dozen angel traders together with OpenAI and Hugging Face, in addition to prime analysis establishments comparable to ETH Zurich and Northwestern College. That is reportedly the most important pre-Seed financing accomplished in Hungary to this point.
“Numerous consideration is on intelligence and software program, however {hardware} nonetheless holds most of the hardest issues,” says Benedek Tasi, co-founder and CEO of Allonic. “The trade-offs between sturdiness and softness, dexterity and power have all the time been dictated by the boundaries of producing. We’re eradicating these constraints and constructing a platform that enables robotics groups to design, construct and iterate freely, with out {hardware} price or complexity holding them again.”
Within the wider European robotics and physical-AI funding atmosphere of 2025–2026, Allonic’s pre-Seed spherical aligns with a gradual move of capital into each hardware-centric and enabling robotics applied sciences.
In 2025, Zurich-based Gravis Robotics raised €19 million to scale its autonomous robotic excavators for development, whereas fellow Swiss startup mimic secured €13.8 million to develop dexterous robotic techniques. Additionally in Zurich, Flexion closed a €43 million Collection A to construct cognitive and management techniques for humanoid and autonomous robots.
On the autonomy and software program facet, Germany’s Energy Robotics raised €11.5 million to advance autonomous inspection robots and drones, whereas London-based Neuracore raised €2.5 million pre-Seed to construct unified robot-learning infrastructure.
In adjoining application-focused segments, Warsaw-based Nomagic introduced an €8.3 million spherical in early 2026 to scale physical-AI deployments, Dutch startup SAIA Agrobotics raised €10 million for greenhouse automation, and UK-based ScrubMarine secured roughly €849k pre-Seed for subsea robotics.
Altogether, these disclosed rounds symbolize roughly €98 million invested into European robotics and carefully associated physical-AI startups over the interval.
In opposition to this backdrop, Allonic’s Hungary-based pre-Seed financing is notable each for its dimension at such an early stage and for its give attention to robotic manufacturing infrastructure, an space that has seen comparatively fewer massive early-stage investments than purposes or software program layers.
“Having the ability to go from thought to bodily robotic in minutes as a substitute of weeks basically modifications how we are able to take into consideration robotics design,” Benedek provides. “As soon as that barrier disappears, completely new courses of robots turn into attainable.”
Based in 2021, Allonic is a robotics {hardware} firm pioneering 3D Tissue Braiding, a producing platform for producing built-in, compliant, bio-inspired robotic our bodies by a single, absolutely automated manufacturing course of.
By eliminating assembly-heavy designs and supply-chain complexity, Allonic goals to allow quicker iteration, decrease prices, and safer, extra dexterous robots to be constructed.
In accordance with the corporate, most superior robots are nonetheless constructed by gradual, typically handbook meeting of a whole bunch of precision components. This makes them costly to provide, exhausting to customize for various use instances, and tough to scale. Allonic believes this manufacturing bottleneck is now the defining restrict on what robotics can turn into.
Whereas AI breakthroughs have reworked how robots function, their bodily development has modified little from industrial-era conventions. Robotic palms, arms and manipulators are nonetheless put collectively piece by piece, counting on bearings, screws, cables, and delicate joints which are expensive to fabricate and tedious to assemble.
As purposeful calls for enhance, so does mechanical complexity – constructing and scaling the proper our bodies that mix dexterity, robustness and human-safety.
Allonic is tackling this problem on the manufacturing infrastructure layer. Its proprietary manufacturing course of replaces handbook meeting with a totally automated, scalable manufacturing system. Impressed by how ropes obtain power by construction slightly than inflexible components, Allonic 3D-weaves tailor-made robotic “tissues” immediately over a skeletal core.
As a substitute of assembling a whole bunch of particular person components, Allonic’s tendons, joints and load-bearing mushy tissues are shaped collectively in a single steady course of.
A robotic finger, for instance, could be constructed from a small variety of bone-like parts, held collectively by a whole bunch of positive fibres that wrap round and anchor into the construction itself, just like connective tissue within the human physique.
Allonic’s platform combines proprietary {hardware} and software program that enables customers to configure high-level robotic designs and translate them routinely into manufacturing code, in a course of just like slicing in 3D printing.
A number of supplies could be built-in right into a single construction, enabling elastics, wiring and sensing parts to be embedded immediately into robotic our bodies throughout manufacturing. Superior robotic parts, or full limbs, could be manufactured immediately from digital designs with out managing complicated provide chains or distributed fabrication and meeting processes.
This unlocks a brand new working mannequin for producers, startups and researchers: Manipulators could be designed, produced and changed on demand, lowering downtime and eliminating prolonged upkeep cycles. At Allonic’s manufacturing pace and prices, robotic finish effectors could be swapped as simply as disposable gloves, making customised {hardware} economically viable for the primary time.
“Robotics has reached a tipping level,” says Marton Sarkadi Nagy, Accomplice at Visionaries Membership. “The hole between subtle, AI-driven software program and gradual {hardware} manufacturing is now a limiting issue for all the trade. Allonic is the primary firm I’ve seen to handle this drawback on the infrastructure layer. By rethinking how robotic our bodies are constructed from scratch, they open the door to quicker iteration, decrease prices, and robots that can lastly be capable of transfer past slim industrial use instances.”
Since revealing its expertise in Might 2025, Allonic has already accomplished its first pilot mission in electronics manufacturing, focusing on duties the place conventional industrial robots lack the required versatility, however absolutely generalised robotic platforms are nonetheless impractical or prohibitively costly, notably at scale.
The newly raised capital will probably be used to speed up the event of Allonic’s 3D Tissue Braiding platform, increase its engineering and operations groups, and assist additional pilots and early business deployments with industrial companions.
