Lenovo's first humanoid robot "silicon-based employee" made its debut

The Lenovo Tech World 2025 Innovation Technology Conference, themed "Making AI an Innovative Productivity," was held at the Shanghai World Expo Center.

At the event, Lenovo's official introduction stated that the underlying logic of building enterprise intelligence is based on a four layer architecture of "end edge cloud network" to create a hybrid computing infrastructure - the cloud platform includes public cloud and private cloud. This architecture supports data collection, storage, and processing, and transmits data to a hybrid cloud through an intelligent scheduling system to complete enterprise AI model training. After the model is cultivated and mature, it can be flexibly deployed on edge devices or terminal hardware to achieve distributed inference and computation.

Lenovo Group Chairman and CEO Yang Yuanqing stated that with the support of hybrid infrastructure, Lenovo can develop general and vertical industry solutions based on the company's private data and knowledge base, using different models and tools through model factories and intelligent agent platforms, and building an application library of artificial intelligence solutions. All of these come together and are endowed with requirements for AI security, compliance, and governance, forming Lenovo's hybrid AI advantage set. By unleashing the potential of its advantage set and helping enterprises achieve intelligent applications in all aspects, Lenovo will ultimately realize its vision of an intelligent twin for the enterprise.

At the conference, Lenovo officially released its first enterprise super intelligent agent developed based on this advantage set - Lenovo Enjoyment. It is worth noting that at the conference, Lenovo's first "silicon-based employee" - the "Lenovo Enjoyment One" humanoid robot - was officially unveiled. In the live demonstration segment, the robot performed a segment of Tai Chi, demonstrating its body coordination ability. In impromptu business Q&A, it can call on Lenovo's entire business data to answer questions.

It is reported that these capabilities stem from three core intelligent architectures: a multimodal collaborative perception interaction system for efficient human-machine interaction, a cognitive decision engine based on enterprise knowledge graph to ensure professional judgment, and a task decomposition module with autonomous evolution capability that can accurately understand and execute complex instructions.

Not long ago, the appearance of this "silicon-based employee" in Lenovo's Beijing store attracted widespread attention in the industry. At that time, it was able to naturally shake hands and compare hearts with customers, with smooth and lifelike movements, demonstrating a new level of AI technology implementation through practical actions.