Allonic is reconstructing robotics from the ground up.

      Budapest-based robotics firm Allonic has successfully secured $7.2 million in a pre-seed funding round, which investors are recognizing as the largest pre-seed funding effort in the history of Hungarian startups.

      The funding was spearheaded by Visionaries Club, with contributions from Day One Capital, Prototype, SDAC Ventures, TinyVC, and over a dozen angel investors from notable organizations such as OpenAI and Hugging Face.

      Allonic’s $7.2 million pre-seed funding is significant as it challenges a common belief within Europe that serious hardware challenges should be addressed in later funding rounds or in other regions. This investment is directed towards the physical aspects of robotics rather than simply the AI components, and it takes place in Budapest, rather than in tech hubs like Silicon Valley or Munich.

      This may indicate a shift in European investors' willingness to support ambitious projects at the grassroots level, where building processes can be challenging, slow, and costly.

      The latest updates from the EU tech landscape, a story from our founder Boris, and some dubious AI-generated art can be found in our weekly newsletter. Sign up for free!

      Additionally, this indicates that Central and Eastern Europe is evolving beyond merely serving as a source of outsourced engineering talent; it is becoming a region where innovative industrial ideas can emerge and draw significant investment.

      If this trend continues, Europe will not only advance in creating smarter robots but will also equip itself with the capabilities to manufacture them.

      Allonic aims to revolutionize the production of robotic bodies by tackling a challenge that many in the robotics industry believe has been overlooked due to the focus on AI and autonomy.

      Currently, robots are generally assembled from numerous individual mechanical components, including bearings, screws, cables, and rigid linkages, which makes the process slow, costly, and difficult to scale. In contrast, Allonic employs what it refers to as a 3D Tissue Braiding process, which integrates fibers, elastics, and embedded wiring over an endoskeleton in one seamless operation.

      The company has already conducted an initial pilot in electronics manufacturing and is reportedly in discussions with businesses in industrial automation and humanoid robotics. With the new funding, the team intends to enhance its engineering and commercial capabilities and expedite additional pilot projects.

      Investors may view this funding round as evidence that the robotics investment landscape is evolving from a focus on software and autonomy to encompass fundamental hardware components.