David Reger started Neura Robotics in his garage in 2019. Six years later, he closed the largest funding round ever raised by a full-stack robotics company.
Backed by Nvidia, Amazon, Qualcomm, Bosch, Tether, and the European Investment Bank.
The company is valued at approximately $7 billion and holds an order backlog exceeding $1 billion.
TIMELINE: Neura Robotics
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2019 ──── 2024 ──── 2025 ──── 2026 ──── 2030
🏁 🏭 ◉ NOW 🔥 NEXT
Founded Moved 4NE1 Series C Target: 5M
in prod Gen 3.5 $1.4B robots/yr
garage back to launch $7B val
Germany Neuraverse
From garage to global contender
Reger founded Neura Robotics in Metzingen, a small town in southern Germany, with a thesis that seemed improbable in 2019: robots should not be programmed for single tasks. They should learn, share knowledge, and operate across environments through a common intelligence layer. The company bootstrapped its early years, building core AI models, sensor stacks, and control software in-house.
By 2024, Neura had outgrown its German facility and moved production back from China — a strategic decision Reger framed as a bet on Europe's ability to lead in robotics. "We want to prove that Europe can spawn leading robotics companies," he told the Financial Times. The move cost time and capital but gave Neura full control over its supply chain.
The bet paid off. In 2025, Neura launched the third generation of its humanoid robot 4NE1, introduced the cognitive household robot MiPA, and unveiled the Neuraverse — an operating system that connects robots to a shared platform where skills and data compound across the fleet.
The Neuraverse: robotics as a network
Traditional industrial robots operate in isolation. Each unit runs its own software, collects its own data, and learns nothing from its peers. Neura's architecture breaks this model. The Neuraverse is a cloud-connected platform where every robot — whether a 4NE1 humanoid on a factory floor or a MiPA in a home — contributes to and draws from a shared intelligence pool.
When one robot learns to navigate a new warehouse layout, that capability becomes available to every other Neura robot within minutes. The company calls this "collective cognitive robotics." It is the same network-effects logic that made operating systems and app stores dominant in software — now applied to hardware that interacts with the physical world.
Partners including Bosch, Schaeffler, Kawasaki, and Delta Electronics are already integrated into the ecosystem. Bosch is deploying sensor suits in its own facilities to generate physical training data — the rarest and most valuable input in humanoid robotics. Nvidia contributes compute infrastructure. Amazon provides cloud services through AWS.
Neura Gyms — physical training centers where robots practice real-world tasks before deployment
Edge intelligence — Qualcomm's chips enabling on-robot decision-making without cloud dependency
Decentralized AI — Tether's investment signals machine-native economic systems and autonomous transactions
The $1.4 billion inflection point
Neura's Series C, announced on June 10, 2026, is not just large — it is structurally unusual. The investor syndicate spans crypto (Tether), chips (Qualcomm), cloud (Amazon), AI compute (Nvidia), industrial manufacturing (Bosch, Schaeffler), and public finance (European Investment Bank). That breadth signals that cognitive robotics is no longer a niche bet. It cuts across sectors.
"The future of AI will not only live on screens," Reger said in the announcement. "It will move, interact, learn and work beside us in the real world."
The company plans to use the capital to scale production from 6,000 robots this year to tens of thousands next year, with a long-term target of millions of units annually by 2030. Manufacturing lines in Germany and India are being expanded. The order backlog already exceeds $1 billion, meaning demand is running ahead of capacity.
Turning points that shaped Neura
Three decisions stand out in Neura's trajectory. First, the move to develop all core technology in-house — AI models, sensors, control software, and mechanical systems — rather than integrating third-party components. This gave Neura a vertically integrated stack but required years of R&D before commercial revenue.
Second, the repatriation of production from China to Germany in 2024. The short-term cost was significant, but it positioned Neura as a European champion at a time when governments and industrial partners are actively seeking non-Chinese, non-American robotics alternatives.
Third, the early bet on the Neuraverse as an open ecosystem. Rather than locking customers into proprietary hardware, Neura made its platform available to third-party developers and industrial partners. This created a network effect that competitors with closed architectures — including Figure, Boston Dynamics, and Agility Robotics — will find difficult to replicate.
What this means for European robotics
Neura's $1.4B round alone nearly matches the entire continent's 2025 total. The signal is clear: Europe is no longer a peripheral player in physical AI. The question is whether the infrastructure — talent, manufacturing capacity, regulatory frameworks — can scale fast enough to match the ambition.