Agile Robots raises $500 million from SoftBank and Nvidia

A major capital injection

Agile Robots, a robotics company based in Munich, has successfully closed a funding round totaling $500 million. This investment comes from high-profile backers including SoftBank and Nvidia, as reported by trendingtopics.eu. The deal significantly boosts the company's market valuation to $8.5 billion.

SoftBank is a familiar name in the company's history, having previously led a $220 million Series C round in 2021. That earlier investment was what officially designated Agile Robots as a unicorn, a startup valued at over $1 billion. The new funding reinforces SoftBank's broader strategy to dominate the robotics sector.

Other notable investors in this round include T.Capital, which is the investment arm of Deutsche Telekom. Additionally, Nvidia has been active in the space, having previously announced its interest in the company in Berlin. The company is also working with Hitachi, which is participating through its venture arm to develop physical AI for manufacturing.

Scaling up production

The primary goal for CEO Zhaopeng Chen is to transition the company's technology from laboratory settings into industrial series production. To achieve this, the company recently opened a new plant in Fürstenfeldbruck, located near Munich. This facility is specifically designed to manufacture up to 10,000 humanoid robots every year.

Agile Robots offers a diverse catalog of automation tools that go beyond just humanoid figures. Their product line includes robot arms, grippers, driverless transport systems, and complete production cells. They also provide a proprietary control platform to manage these various types of industrial hardware.

The company has built its technical foundation through a mix of internal development and strategic acquisitions. For instance, they acquired Franka Robotics, a Munich-based maker of robot arms. They also hold more than 650 patents and have installed over 20,000 automation solutions for customers in the automotive, healthcare, and logistics industries.

The push for physical AI

A core component of this expansion is the development of physical AI, which refers to artificial intelligence designed to interact with the physical world. Chen argues that this technology could help Europe narrow the gap in AI development with the United States and China. The company is currently pursuing several high-level research partnerships to refine this tech.

One such partnership is with Google DeepMind, which began in the spring of this year. They are also working on a humanoid platform that utilizes Nvidia's robotics models. These collaborations are intended to create more capable machines that can handle complex tasks in unpredictable environments.

The company's reach is already global, with manufacturing operations currently located in China and India. They have also secured early backing from the Chinese electronics giant Xiaomi. By combining these international manufacturing hubs with new investments, Agile Robots aims to become a primary provider of industrial robotics worldwide.

Competition and hurdles

Agile Robots is entering a crowded and highly competitive market where billions of dollars are flowing into various robotics startups. In Germany alone, Neura Robotics recently raised up to $1.4 billion from investors like Amazon and Nvidia. Other notable competitors include the American startup Apptronik and the Chinese company Unitree.

Despite the massive influx of capital, some experts remain skeptical about the immediate viability of humanoid robots on factory floors. Nikolaus Keuth of EY recently noted that there is a "big graveyard of pilot projects" in the industry. He suggested that the technology may not be fully ready and that many projects lack a clear business case.

The $8.5 billion valuation of Agile Robots remains a point of discussion because the company does not publicly disclose its revenue or earnings. Furthermore, it is unclear how many of their 20,000 installed solutions involve humanoid robots specifically. The company must now prove it can turn these high-value investments into profitable, large-scale industrial applications.