Neura Robotics

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Europe’s largest scientific training center for Physical AI

In partnership with Technische Universität München (TUM) and Munich Institute of Robotics and Machine Intelligence (MIRMI), we are building Europe’s largest research and training center for robotics in the scientific field. Among many others, a large fleet of humanoid robots will be developed and trained for their use in everyday environments in the TUM RoboGym (powered by NEURA). These robots will be directly trained by humans, creating high-quality datasets that are shared in an open ecosystem to advance physical AI and help robots learn faster. 🚀

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Europe’s largest scientific training center for Physical AI

In partnership with Technische Universität München (TUM) and Munich Institute of Robotics and Machine Intelligence (MIRMI), we are building Europe’s largest research and training center for robotics in the scientific field. Among many others, a large fleet of humanoid robots will be developed and trained for their use in everyday environments in the TUM RoboGym (powered by NEURA). These robots will be directly trained by humans, creating high-quality datasets that are shared in an open ecosystem to advance physical AI and help robots learn faster. 🚀

Learn more

Europe’s largest scientific training center for Physical AI

In partnership with Technische Universität München (TUM) and Munich Institute of Robotics and Machine Intelligence (MIRMI), we are building Europe’s largest research and training center for robotics in the scientific field. Among many others, a large fleet of humanoid robots will be developed and trained for their use in everyday environments in the TUM RoboGym (powered by NEURA). These robots will be directly trained by humans, creating high-quality datasets that are shared in an open ecosystem to advance physical AI and help robots learn faster. 🚀

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Building robots that serve humanity

Thanks to our robots, the letter has safely reached its recipient. But what’s inside? Nothing less than the announcement of the largest capital raise of a full-stack robotics company ever. 🦾 We are more than proud to announce a landmark Series C financing with a total round size of up to $1.4 billion. This incredible funding round is backed by new and existing investors across the globe, including Tether, Qualcomm Technologies, Amazon, NVIDIA, imec.xpand, Bosch, Schaeffler, European Investment Bank, Lingotto Horizon, InterAlpen Partners and others. 🙏 This funding marks a breakthrough moment that will allow us to accelerate our mission of building the world’s most powerful and trusted robotics platform: the Neuraverse. As the first cloud-based platform, the Neuraverse connects robots, people, and data into a continuously learning ecosystem that becomes smarter with each deployment. Backed by this record funding, we will also support the global rollout of NEURA Gyms, the world’s first real-world training environments for cognitive robots. In parallel, vertically integrated manufacturing will ramp up this year, targeting multi-million robots produced by 2030. We would like to express our heartfelt gratitude to our team for their hard work. Thank you to our investors for believing in us and giving us the ability to move faster. Read the full story on our website: https://neura-robotics.com/series-c/

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Building robots that serve humanity

Delivering…the largest ever capital raise for a full-stack robotics company. Our landmark Series C funding of up to $1.4 billion will accelerate NEURA's mission to build the world’s leading Physical AI platform - where humanoid and cognitive robots share intelligence and capabilities at scale. To make this possible, we’ve been backed global leaders across AI, robotics, computing, manufacturing and industrial infrastructure - including Tether, Qualcomm Technologies, Inc., Amazon, NVIDIA, imec.xpand, Bosch, Schaeffler, European Investment Bank, Lingotto Horizon, InterAlpen Partners and others. Find out more: https://neura-robotics.com/series-c/

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Building robots that serve humanity

Delivering…the largest ever capital raise for a full-stack robotics company. Our landmark Series C funding of up to $1.4 billion will accelerate NEURA's mission to build the world’s leading Physical AI platform - where humanoid and cognitive robots share intelligence and capabilities at scale. To make this possible, we’ve been backed global leaders across AI, robotics, computing, manufacturing and industrial infrastructure - including Tether, Qualcomm Technologies, Inc., Amazon, NVIDIA, imec.xpand, Bosch, Schaeffler, European Investment Bank, Lingotto Horizon, InterAlpen Partners and others. Find out more: https://neura-robotics.com/series-c/

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We heard that right now is the best time for robots to visit Hannover. Have you spotted 4NE1 Mini in the city? 👀

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NEURA Robotics Raises Up to $1.4 Billion in Series C

The largest capital raise of a full-stack robotics company ever.

Apply for the NEURA Gym

Your engineers know your process. They shouldn't have to become robotics researchers to automate it. The NEURA Gym provides the training infrastructure, the AI pipeline and the robotics experts who work alongside your team from day one. Apply for the NEURA Gym → https://lnkd.in/eXvUUtZH

Apply

Apply for the NEURA Gym

Your engineers know your process. They shouldn't have to become robotics researchers to automate it. The NEURA Gym provides the training infrastructure, the AI pipeline and the robotics experts who work alongside your team from day one. Apply for the NEURA Gym → https://lnkd.in/eXvUUtZH

Apply

4NE1 Mini | NEURA Robotics

Reserve 4NE1 Mini: Compact Humanoid Robot by NEURA Robotics

4NE1 Mini | NEURA Robotics

Reserve 4NE1 Mini: Compact Humanoid Robot by NEURA Robotics

4NE1 Mini | NEURA Robotics

Reserve 4NE1 Mini: Compact Humanoid Robot by NEURA Robotics

Build on MiPA: 2 × 7-DoF arms, ROS 2, NVIDIA Jetson Thor

2 × 7-DoF arms. 1 kHz low-level control. NVIDIA Jetson Thor onboard. ROS 2 and a Python SDK. That’s MiPA, the platform selected teams build on in the NEURA Research Programme. Add NEURA Gym for real-world testing and Neuraverse for simulation, with Isaac Sim and Gazebo models included. Up to €500k per project. Deadline 30 October.

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Webinar: Sichern Sie sich jetzt Ihren Platz

Wie entwickeln humanoide Roboter ihre Fähigkeiten? Bevor ein humanoider Roboter in der Fertigung eingesetzt werden kann, braucht er ein aufgabenspezifisches Training – nicht nur in der Simulation, sondern in echten Umgebungen, die reale Daten liefern. Der Markt für humanoide Robotik wächst rasant. Wer jetzt trainiert, ist auch als Erster einsatzbereit, während andere erst aufholen müssen. Am 29. Juli, von 10 bis 11 Uhr, veranstalten wir gemeinsam mit Automationspraxis ein Webinar. Wir zeigen, wie dieses Training in unseren NEURA Gyms abläuft – speziellen Umgebungen, in denen Unternehmen ihre Roboter an echten Industrieaufgaben trainieren. Dabei geht es um die Grundlagen von Physical AI, den Aufbau echter industrieller Fähigkeiten und wie frühes Training den Weg zum Einsatz beschleunigt. Jetzt Platz sichern.

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NEURA Robotics: The Future of Robotics

NEURA Robotics: Cognitive Robotics for Everyday Life | We serve humanity.

NEURA Robotics: The Future of Robotics

NEURA Robotics: Cognitive Robotics for Everyday Life | We serve humanity.

NEURA Robotics: The Future of Robotics

NEURA Robotics: Cognitive Robotics for Everyday Life | We serve humanity.

Webinar: Sichern Sie sich jetzt Ihren Platz

Wie entwickeln humanoide Roboter ihre Fähigkeiten? Bevor ein humanoider Roboter in der Fertigung eingesetzt werden kann, braucht er ein aufgabenspezifisches Training – nicht nur in der Simulation, sondern in echten Umgebungen, die reale Daten liefern. Der Markt für humanoide Robotik wächst rasant. Wer jetzt trainiert, ist auch als Erster einsatzbereit, während andere erst aufholen müssen. Am 29. Juli, von 10 bis 11 Uhr, veranstalten wir gemeinsam mit Automationspraxis ein Webinar. Wir zeigen, wie dieses Training in unseren NEURA Gyms abläuft – speziellen Umgebungen, in denen Unternehmen ihre Roboter an echten Industrieaufgaben trainieren. Dabei geht es um die Grundlagen von Physical AI, den Aufbau echter industrieller Fähigkeiten und wie frühes Training den Weg zum Einsatz beschleunigt. Jetzt Platz sichern.

Registrieren

Webinar: Sichern Sie sich jetzt Ihren Platz

Wie entwickeln humanoide Roboter ihre Fähigkeiten? Bevor ein humanoider Roboter in der Fertigung eingesetzt werden kann, braucht er ein aufgabenspezifisches Training – nicht nur in der Simulation, sondern in echten Umgebungen, die reale Daten liefern. Der Markt für humanoide Robotik wächst rasant. Wer jetzt trainiert, ist auch als Erster einsatzbereit, während andere erst aufholen müssen. Am 29. Juli, von 10 bis 11 Uhr, veranstalten wir gemeinsam mit Automationspraxis ein Webinar. Wir zeigen, wie dieses Training in unseren NEURA Gyms abläuft – speziellen Umgebungen, in denen Unternehmen ihre Roboter an echten Industrieaufgaben trainieren. Dabei geht es um die Grundlagen von Physical AI, den Aufbau echter industrieller Fähigkeiten und wie frühes Training den Weg zum Einsatz beschleunigt. Jetzt Platz sichern.

Registrieren