Allonic Inc. :: Automating the Production of Advanced, Human-Like Robotic Mechanisms

Allonic Inc. is a Budapest-based robotics technology company focused on revolutionizing how complex robotic bodies are designed and manufactured. Founded as an early-stage deep-tech startup, Allonic aims to overcome the traditional barriers of complexity, high cost, and slow development timelines in robotics by fully automating the production of advanced, human-like robotic mechanisms. Their core innovation is a proprietary manufacturing method called 3D Tissue Braiding, which produces monolithic (single-piece) robotic bodies in one automated process instead of relying on extensive assembly of multiple components.

The technology begins with producing a scaffolding structure, followed by braiding soft tissues directly onto it and integrating actuators. This results in fully functional, nimble robotic mechanisms with no assembly required beyond wiring. The process enables unmatched design freedom for complex 3D multifunctional structures, superior strength through uniform stress distribution without weak points at material interfaces, and high levels of automation with integrated pulleys, guides, and pre-routed tendons. Allonic claims this approach can take an idea from concept to functional pilot in hours rather than weeks, at a fraction of traditional costs, making advanced compliant robotics accessible to smaller teams.

The company’s initial focus is on highly dexterous robotic hands, described as “just the beginning” of broader applications. These bodies are strong yet agile and compliant, ideal for safe human-robot interaction in workplaces and homes. Allonic is currently scaling its second-generation machinery, which is 5x faster, 2x smaller, and offers 3x higher yarn resolution. The team of roboticists, engineers, and designers—including CEO Benedek Tasi, CTO Dávid Pelyva, and specialists in machine vision, electronics, and design—is building both the hardware and software needed to drive this new production paradigm.