Gasgoo Munich-On November 11, the Chengdu Humanoid Robot Innovation Center announced the official release of the new fifth-generation Konka humanoid robot, featuring what it calls the "most powerful brain."
The fifth-generation Konka is powered by a proprietary integrated embodied intelligence system. It features systematic iterations across core modules such as scene perception, spatiotemporal memory, causal reasoning planning, and action world models, representing the pinnacle of brain technology among the global top tier of humanoid robots.
Konka's embodied brain bridges the complete technical chain—from structured perception and spatiotemporal memory to causal planning, action simulation, and execution feedback. This achieves end-to-end coordination in environmental cognition, memory updates, task planning, and operational execution.
Image Source: Chengdu Humanoid Robot Innovation Center
Specifically regarding memory, the center's proprietary physical spatiotemporal memory engine unifies the storage of spatial coordinates, object physical states, temporal evolution patterns, and historical interaction experiences. The robot maintains long-term object identity consistency and supports sequential memory retrieval, multi-round memory alignment, and automatic conflict resolution. Simply put, it can "remember" where items were placed, when they were moved, and the outcomes of past operations. This overcomes the traditional limitation of single-task memory loss, enabling complex household chores that span multiple days.
The home environment is the ultimate proving ground for humanoid robots. It is the most complex, unstructured, and unforgiving of all settings. Only technological breakthroughs tailored for this scenario can truly drive the advancement of the humanoid robot and embodied intelligence industries.
The collaborative architecture unveiled here has been refined specifically for the unstructured, constantly changing reality of the home environment. This grants the fifth-generation Konka the ability to autonomously execute complex long-term tasks, recover independently from anomalies, and continuously adapt to its surroundings.
