AI and Encryption Technology Driving the Bots Revolution: Breakthroughs and Future Prospects for Humanoid Robots

In recent years, breakthrough advancements in the field of artificial intelligence are fundamentally changing people's perceptions and expectations of Bots. With the development of multimodal large language models, Bots are gradually acquiring the "brain" needed to perform complex tasks. The emergence of Vision-Language-Action (VLA) models enables Bots to integrate visual perception, language understanding, and physical actions within a unified computational framework. This technological breakthrough paves the way for the realization of general-purpose humanoid Bots.

The emergence of economical Bots is another important turning point. When the price of Bots falls to a level that is affordable for ordinary households, we can envision a world where physical labor and daily chores are primarily completed by Bots. Robotics technology is expanding from industrial and warehousing sectors to the consumer market, which means that Bots will gradually permeate our daily lives.

However, to achieve the widespread application of Bots, there are still several key areas that need to be突破. First is the optimization of battery technology, including improving endurance and achieving autonomous charging. Second is delay optimization, ensuring that Bots can perceive and respond to the environment at a level close to human reaction speed. Finally, the collection of high-quality data is crucial for training smarter and more flexible Bots.

Encryption technology also plays an important role in promoting the development of Bots. Decentralized Physical Infrastructure Networks (DePIN) are expected to revolutionize charging infrastructure and optimize remote control latency. In addition, encryption technology can also facilitate the collection of high-quality data through incentive mechanisms.

Security has always been a core concern in the development of Bots technology. As Bots gain higher levels of autonomy, ensuring that they do not become potential threats becomes particularly important. Economic security mechanisms, such as decentralized machine coordination layers and third-party re-staking networks, are providing solutions for building a safe and trustworthy Bots ecosystem.

In order to promote the popularization of Bots technology, we also need to improve the financing mechanism, evaluation system, and educational ecosystem. Lowering the development threshold, establishing evaluation infrastructure for real-world scenarios, and providing a structured inclusive education system are all key to the future development of the Bots field.

As these technologies and infrastructures mature, we can anticipate that humanoid robots will experience explosive growth similar to the Web2 era. The development of open-source projects, such as OM1, which aims to create a "robot version of the Android system," will facilitate the entry of a new generation of talent into the field of Bots.

In the coming years, we have reason to believe that the abundance of education resources for Bots will be on par with that in the AI field. With more talent flowing in and continuous technological breakthroughs, humanoid Bots are expected to become an important force in changing our way of life in the near future.