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German startup NEURA Robotics raised a record 35 billion. Nvidia, Amazon and Tether are investing in humanoid robots

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German startup NEURA Robotics announced a record-breaking Series C funding round worth up to 1.4 billion dollars (over 30 billion CZK). Heavyweights such as Nvidia, Amazon, Qualcomm, and the controversial cryptocurrency giant Tether are joining the company, which develops cognitive humanoid robots and a platform for physical AI. This is the largest private investment in humanoid robotics in history — and a strong signal that the race for physical AI is moving from laboratories to factories.

What happened: 1.4 billion for a German robot

On Tuesday, June 10, 2026, NEURA Robotics, based in Metzingen, Germany (near Stuttgart), announced the closing of a record-breaking Series C round. A diverse lineup of investors joined the round — from chip manufacturers to cloud giants to European institutions. The lead investor is Tether, the operator of the world's largest stablecoin (USDT), which is in itself an unexpected move for a company that has so far earned primarily from cryptocurrency transactions.

The complete list of investors speaks to the strategic significance of the round: Nvidia, Amazon, Qualcomm Technologies, imec.xpand, Bosch, Schaeffler, European Investment Bank (EIB), Lingotto Horizon, and InterAlpen Partners. It is a combination of tech giants, industrial partners, and European institutions that has no parallel in robotics.

Who is NEURA Robotics and what does it make

NEURA Robotics was founded in 2019 by visionary David Reger. From the start, the company has championed an open ecosystem philosophy it calls Neuraverse — a unified software platform connecting robots, AI models, computing power, data, and services. Unlike closed proprietary systems (typically from Chinese competitors), Neuraverse allows third-party developers to build on shared infrastructure.

The company's portfolio includes humanoid robots, precision robotic arms, autonomous mobile robots (AMRs), and service robots. Target markets are manufacturing, logistics, healthcare, services, and — in the longer term — even households. NEURA claims its order book and strategic pipeline currently exceed 1 billion dollars.

Existing partners include names such as Bosch, Schaeffler, Kawasaki, Delta Electronics and, of course, new investors Qualcomm, Amazon, and Nvidia. For Czech readers, it may be interesting that Schaeffler has manufacturing plants in the Czech Republic as well (for example in Lanškroun and Svitavy), meaning that potential collaboration on robot deployment could also touch Czech industry.

Tether and the machine economy: Robots with their own wallets

The most attention, however, is drawn by Tether's involvement. The company behind the USDT stablecoin with daily transaction volumes in the hundreds of billions of dollars is not investing passively. It is deploying two key technologies into NEURA's ecosystem.

The first is the Wallet Development Kit (WDK) — an open-source toolkit that will enable robots to hold their own cryptocurrency wallets, receive micropayments for completed tasks, and carry out autonomous transactions within predefined parameters. In practice, this means that a robot could theoretically "earn" its own maintenance or pay another machine for a sub-service — without human or bank intervention.

The second technology is QVAC, an edge-first AI runtime from Tether. This enables AI models to run directly on the device ("on-device"), without the need to send data to the cloud. In industrial environments, where milliseconds matter and connectivity outages can threaten safety, local inference is crucial. QVAC will be tested and deployed within the Neuraverse platform.

"Autonomous machines need the ability to process information locally, make decisions, and carry out transactions without centralized intermediaries," commented Tether CEO Paolo Ardoino on the company's involvement.

Why it matters: Physical AI as the next big leap

While the last two years have been dominated in headlines by large language models (LLMs) like ChatGPT or Claude, 2026 is increasingly revolving around physical AI — artificial intelligence that doesn't just exist on a screen but moves, manipulates objects, and interacts with the real world.

David Reger put it clearly in the announcement: "The future of AI won't just be on screens. It will move, communicate, learn, and work alongside us in the real world. People will no longer just ask what AI can say — but what it can physically do."

The physical AI market is projected to reach a value of 15 billion dollars by 2032 with an average annual growth rate of 47%. And this is not just PR fluff — all the major players are already investing in similar projects: Tesla is developing the Optimus humanoid, Meta acquired startup Assured Robot Intelligence, Generalist AI raised 400 million dollars, and China's AgiBot is already leasing its humanoids to 14 countries worldwide.

A European champion in the race with the US and China

NEURA Robotics is one of the few European players that can compete with American and Chinese rivals. Reger himself emphasizes in the press release: "Many believed that globally significant AI infrastructure companies could only emerge in Silicon Valley. We believe that the next generation of AI leaders can emerge anywhere in the world where there is enough vision, engineering talent, and speed."

The involvement of the European Investment Bank suggests that the EU also recognizes the strategic importance of physical AI for the competitiveness of European industry. For Czech companies — especially in automotive and engineering — this means that a European alternative to Chinese robots is on the horizon. The question remains how quickly NEURA can go from prototypes to mass production and whether it can keep pace with aggressive Chinese pricing.

The Czech Republic, by the way, is also joining the race: Czech AI Factory in Ostrava and a growing number of startups in industrial robotics show that the local scene also senses opportunity. A potential partnership between European robotics firms and Czech manufacturers, integrators, or research centers would make strategic sense.

What comes next

The new funding is reportedly directed toward five areas: global deployment of cognitive robots and humanoids, expansion of the Neuraverse platform, construction of so-called NEURA Gyms (large-scale training centers for robots), expansion of manufacturing and deployment infrastructure, and development of next-generation physical AI systems.

The investment of up to 1.4 billion dollars gives NEURA firepower comparable to the best-funded AI startups in the world. Now the German company must prove it can deliver — at a time when the competition is not sleeping for a second.

What is "physical AI" and how does it differ from ChatGPT?

Physical AI refers to artificial intelligence embedded in robotic systems that interact with the real world — they move, manipulate objects, and perform physical tasks. While ChatGPT or Claude process text and generate responses in a digital environment, physical AI must additionally process data from sensors, cameras, and lidars in real time, plan motion, and safely operate in unpredictable physical environments.

Why is Tether, a cryptocurrency company, investing in a robotics firm?

Tether sees autonomous robots as a new type of "customer" — machines that will need to make micropayments for services, maintenance, or collaboration with other machines. Their WDK technology will enable robots to hold their own cryptocurrency wallets and carry out transactions without centralized intermediaries. It is a bet on the so-called "machine economy" — an economy where autonomous machines trade with each other.

When will we see humanoid robots in regular operation in the Czech Republic?

Industrial robotic arms (e.g., from KUKA or ABB) are already working in Czech factories today, but fully-fledged humanoid robots are still in the testing phase. With the investment in NEURA Robotics and growing pressure for automation, the first humanoids in European factories can be expected within 3–5 years. In the Czech Republic, key factors will be price, return on investment, and the ability to integrate into existing production lines.

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