2025 m. gegužės 28 d., trečiadienis

Invasion of German humanoids? Elon Musk has reason to worry

 

 

"There is a fierce battle for supremacy in the bipedal robot market - the Chinese and Elon Musk and his Tesla are building power in this area. But, quite unexpectedly, an innovator from Germany wants to fight for the position of leader.

 

The humanoid robot market is an arena of fierce competition between giants - companies from China, the USA, but also Japan reign supreme. Neura Robotics is fighting for a place in this group. This start-up, founded six years ago in Munich, has made its way into the group of leading players in the industry. It is not without reason that Neura's CEO David Reger has been called "Young Elon", referring to the technological guru Elon Musk. Moreover, Reger himself does not hide the fact that he admires Musk for "how he builds companies, how he achieves success". The head of Neura Robotics, in an interview with The Next Web (TNW), clearly emphasizes that this admiration focuses on technologies, not the political activities of the controversial billionaire.

 

What can the German robot do?

 

Neura Robotics has quickly grown into one of the most generously funded European start-ups in the field of robotics. The company, employing over 600 people, has already moved into the commercialization phase. For now, it is about robotic arms and machines for moving loads, but it will soon present the third generation of its 4NE-1 bot [1]. This device is already being referred to as the most advanced humanoid - it is to be versatile, it will work well both in an industrial plant, at home and in the office. Experts believe that it will be able to carry packages in the warehouse, but also fold washed clothes. The robot, measuring 180 cm tall and weighing about 80 kg, is to be exceptionally efficient and effective. How much? Neura does not reveal this, but for now the machine's performance does not make a great impression. The robot can carry loads weighing only 15 kg and moves at a maximum speed of 3 km/h. However, the advantage of 4NE-1 is not its motor skills, but its cognitive abilities.

 

David Reger argued in an interview with TNW that the humanoid can touch, think and react in a very similar way to humans, and this is possible thanks to a network of sensors and cameras that power the AI ​​system that interprets the environment and makes lightning-fast decisions. The third generation is to have even more sensors, which - according to "Young Elon" - will improve data collection and "connect the virtual world with the physical one". But the key is Neuraverse [2], a digital platform for robotic applications and an innovative operating system, thanks to which robots can cooperate with each other and even learn from each other, exchanging knowledge and acquired experiences. Such a 4NE-1 "brain" will make the robots quickly develop new skills and adapt to changing working conditions.

 

The German start-up is reporting that the premiere of the new 4NE-1 will take place in June.

 

Humanoid rivals. The tariff war is hitting Optimus

 

Neura Robotics, which is cooperating with the Nvidia concern, raised $120 million from investors this year. The start-up predicts that by the end of the decade it will introduce over 5 million humanoids to the market. This will certainly not be an easy task, because the competition in this industry is huge. Just mention the Chinese Unitree H1, Lingbao Casbot, or the American Realbotix Melody and Optimus, created by Tesla. The latter is becoming the most serious rival to David Reger's machine.

 

Elon Musk's company is designing a multifunctional robot, capable of pouring drinks or vacuuming at home, but also working on a car assembly line. The 173 cm tall and 57 kg humanoid is set to hit the market this year. Tesla plans to produce 5,000 to 12 thousand units. Optimus, however, has hit geopolitical barriers. As a result of the customs war between China and the USA, the expansion of the humanoid may slow down significantly. Production is being affected by new Chinese export regulations. This concerns restrictions on the sale of special magnets, created on the basis of rare earth elements. As it turns out, this is a critical component for the operation of drives in robots."

 

1. The price of the German bot:

“Still in the prototype phase, Neura's 4NE1 is expected to go into production by next year, and will cost somewhere between €20,000-€40,000 ($22,300-$44,600)."

 

2. Is the Neuraverse platform by NEURA Robotics open source? Here's a breakdown of what's known:

Neuraverse Platform:

 

    Neuraverse is an ecosystem created by NEURA Robotics to foster innovation in cognitive robotics.

    It aims to build a community of partners to develop intelligent automation solutions.

    It includes an operating system for cognitive robotics and a blockchain – based marketplace for robotic skills.

    The platform is used by NEURA Robotics and its partners to develop and deploy cognitive robots.

 

Open Source Status:

 

    Based on the information available, it is unlikely that the entire Neuraverse platform is open source.

    While NEURA Robotics promotes collaboration and community through Neuraverse, the core platform itself isn't explicitly described as open source.

    NEURA Robotics focuses on the development and commercialization of its robots and the Neuraverse ecosystem, suggesting a proprietary approach.

 

NEURA Robotics' Use of Open Source:

 

    NEURA Robotics collaborates with NVIDIA and uses the NVIDIA Isaac robot development platform, which incorporates open source components.

    They are part of the NVIDIA Humanoid Robot Developer Program, which likely involves open source tools and resources.

    While the Neuraverse platform may integrate with open source software or utilize open source libraries, it doesn't necessarily mean the entire platform is open source.

 

In Conclusion:

 

    While NEURA Robotics actively engages in partnerships and promotes a collaborative environment, there's no indication that the core Neuraverse platform is open source.

    They likely use a combination of proprietary technology and potentially integrate with open source software within their ecosystem.



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