The Automation Revolution Driven by AI and Encryption Technology: A New Era for the Bots Industry

In recent years, breakthrough developments in the field of artificial intelligence are reshaping the development landscape of the Bots industry. The innovation of the vision-language-action model (VLA) lays the foundation for the birth of general humanoid Bots. Driven by both technological advancements and economies of scale, affordable, efficient, and versatile humanoid Bots are becoming a reality.

Robot technology is expanding from industrial warehousing to the consumer market. To achieve widespread adoption, the comprehensive cost of robots per hour needs to be kept below the average wage level in the relevant industry. Currently, robots are rapidly developing towards being cheaper, more efficient, and more versatile.

Battery optimization, latency control, and data collection are the next breakthroughs in Bots technology. Autonomous charging and docking infrastructure have become key areas for solving endurance issues. In terms of latency control, a perception latency of below 50 milliseconds is crucial for achieving smooth operation. Data collection mainly occurs through three avenues: real-world video, synthetic data, and remote control.

Encryption technology is expected to enhance the efficiency of Bots networks in multiple aspects. The decentralized physical infrastructure network ( DePIN ) can revolutionize charging infrastructure construction and optimize remote control latency. Through the encryption token incentive mechanism, DePIN can also reduce the cost of remote control data collection.

Safety has always been a core concern in the development of Bots technology. Economic security mechanisms such as decentralized machine coordination layers and third-party re-staking networks can provide verifiable constraints and compensation guarantees for Bot behavior, thereby enhancing societal acceptance of autonomous Bots.

In order to achieve the popularization of Bots technology, innovations are needed in financing mechanisms, evaluation systems, and educational ecosystems. Lowering development thresholds, establishing evaluation infrastructure for real-world scenarios, and improving talent training systems will be key factors in driving the Bots revolution.

With the maturity of these infrastructures, humanoid robots are expected to replicate the explosive growth of the Web2 era. The advancement of open-source projects will pave the way for a new generation of talent to enter the robotics field. A structured and inclusive education system is also being gradually established to supply talent to the robotics industry.

In the coming years, Bots technology will continue to develop in a safer, more economical, and smarter direction. The application of encryption technology in providing security guarantees, optimizing infrastructure, and improving data collection will further drive innovation and development in the Bots industry. We are at the starting point of a new era of the integration of Bots technology and artificial intelligence, and this automation revolution will profoundly change every aspect of human society.