Interview with Xingchi Dynamics CTO Li Da — PULSE Architecture: How to Make Embodied AI More Human-like?
Xingchi Dynamics CTO Li Da introduces the PULSE Architecture, promoting embodied AI robots into home scenarios through edge-cloud collaboration and native privacy design, enhancing the safety and intelligence level of human-robot interaction.
The PULSE Architecture proposed by Xingchi Dynamics aims to solve the core challenges of embodied AI entering home scenarios. Traditional industrial robots focus on efficiency and stability, whereas home environments have extremely high requirements for intent understanding and action safety, with almost zero tolerance for errors.
The architecture emphasizes edge-cloud collaboration and native privacy design. In home environments, data privacy is crucial. The edge side processes sensitive information, while the cloud side provides computing power support. This ensures user privacy while guaranteeing the robot has sufficient intelligent decision-making capabilities.
The development of embodied AI is moving from factories to homes. Xingchi Dynamics' attempt represents an exploration direction for the industry, namely optimizing physical intelligence and interaction logic so that robots can not only execute tasks but also understand human intent, thereby gaining users' long-term trust.
This progress is significant for the implementation of AI applications. With the combination of large models and robotics technology, home service robots are expected to become new AI terminals, driving artificial intelligence from virtual space to the physical world and changing people's lifestyles.
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