June 4, 2025
The world is at the beginning of a revolutionary era in which artificial intelligence (AI) not only exists digitally, but is becoming physical and tangible: Welcome to the era of Physical AI. At CorpIn, we are working intensively with these forward-looking technologies to help companies not only understand intelligent robot solutions, but also actively integrate and use them effectively.
What exactly is Physical AI?
Physical AI combines advanced artificial intelligence with sophisticated robotic systems that can perform physical tasks in real-world environments. These intelligent robots can learn, perceive, interact and make decisions - all based on the integration of state-of-the-art models such as Large Language Models (LLMs), Generative AI and Large Multimodal Models (LMMs).
A recent research paper by Longbing Cao (2024) highlights that despite remarkable progress, many humanoid robots are not yet achieving true human intelligence, but the trend towards human interactive robotics is clearly recognizable. It forecasts a market size for humanoid robots of an impressive USD 13.8 billion by 2028, with an annual growth rate of 50%.
Current developments: Figure AI and Tesla Optimus
Two projects are currently particularly outstanding in Physical AI: Figure AI and Tesla Optimus.
Figure AI - General-purpose humanoid
Figure AI develops state-of-the-art, humanoid robots that can be used in various areas such as logistics, production and retail. These robots are capable of performing complex tasks such as object recognition, autonomous navigation and precise manipulation. The robots are designed to work safely and efficiently with humans and make independent decisions in real time. Their design focuses on universal applicability and flexibility, making them an optimal solution for a wide range of applications.
Tesla Optimus - The path to everyday robotics
With the Optimus project, Tesla is pursuing the goal of making humanoid robots suitable for mass production and using them for everyday tasks. These robots are characterized by advanced fine motor skills and intelligent control systems that enable autonomous navigation, manipulation and tasks such as object transfer. Optimus is designed to enable huge efficiency gains in manufacturing and logistics by taking over repetitive, physical tasks.
Challenges on the path to true physical AI
However, the development of real physical AI still faces various challenges:
- Integration of human-like intelligence: Robots are still primarily limited to predefined tasks. The next stage requires the integration of LLMs and generative AI to enable complex, open and versatile tasks.
- Ethics and social acceptance: The interaction between humans and robots raises ethical and social questions, particularly with regard to responsibilities and emotional intelligence.
- Technical limitations: Although enormous progress has already been made, physical limitations such as mobility, energy management and sensory perception remain key challenges.
Why CorpIn is the right partner for Physical AI
CorpIn is positioning itself as a leading consultant for the implementation of AI technologies - and physical AI in the future. We help companies with this:
- Strategic integration: Tailor-made workshops and advice on the optimal use of intelligent robotics.
- AI maturity analysis: Use of our CorpIn Hexagon model to evaluate and develop a customized roadmap for AI integration.
- Innovative solutions: Developing and supporting projects that seamlessly combine LLMs, Generative AI and advanced robotics.
Outlook for the future: From vision to reality
Physical AI represents not only technological but also social milestones. Humanoid robots may soon be able to take over complex human tasks - from care to production, from retail to disaster response. CorpIn accompanies companies in this decisive step into the future to ensure that this transformative technology is used efficiently, ethically and strategically.
The future of Physical AI starts today - with CorpIn at your side.
The content of this article may have been improved with the help of artificial intelligence. Therefore, we cannot guarantee that all information is complete and error-free.
