From writing poems and painting

to coding the world,

the brain of AI

seems to have evolved to an unprecedented height.

 

But a question follows:
Why does such a powerful "brain"

persistently seek a "body"?

 

Because AI without a body

is ultimately a castle in the air.

Its understanding of the world

is essentially just an imitation of massive data.

 

It knows "glass is fragile",

but it has never experienced the moment an object slips from its grasp,

let alone how to pick it up with "just the right" amount of force.

 

This type of intelligence lacks the most crucial element —

genuine interaction with the physical world.

 

"Embodiment",

is the necessary path for AI to understand the world,

and also a profound cognitive revolution.

 

Only by having a body

to push, to grasp, to feel...

and initiating the cycle of "action-perception-feedback-learning",

can intelligence grow actively, not just be passively instilled.

This also enables it to truly understand physical laws

and establish a solid foundation of common sense.

This is the leap from "what" to "why".

 

However, between the "brain" and the "body",

lies a vast "knowledge-action gap".

 

When the "brain" issues a command like "pick up the cup",
how the "body" executes this action stably and precisely
involves a series of complex challenges including underlying hardware, real-time control, and force feedback.

 

Lingjing Zhiyuan

was born precisely to address this core challenge.

 

Our Mission:
To tailor a new generation of domestic computing platforms for embodied intelligence.

 

To this end, we have independently developed the "Dvořák" Hyper-heterogeneous Computing Architecture.

The core concept of this architecture lies in

"heterogeneous fusion of large and small brains, physical unity, and logical separation".

 

⭐ Decision Layer (The Brain):
Utilizes high-performance CPU/GPU/NPU heterogeneous computing power,

providing robust computational power for the complex cognition and multimodal perception tasks of AI large models.

⭐ Control Layer (The Cerebellum):
Designed specifically for motion control,

ensuring every movement command can be transmitted

with microsecond precision, accurately, stably, and with zero latency to every part of the body.

⭐ Coordination Layer (The Co-brain):
Facilitates efficient switching between the large and small brains, sensor fusion, and computing resource scheduling,

ensuring perfect coordination between thinking and action.

 

As the first commercialized achievement of the "Dvořák" architecture,

the "Zhijing" T-Series Embodied Intelligence Computing Platform

can provide solid computational support for the research, development, and application of various robots!

 

The future of AI is not in the cloud, but right by our side.
Lingjing Zhiyuan is committed to providing

a solid, full-stack, independently controllable technological foundation from chips to system software,
thoroughly solving the "chokepoint" problem,

and contributing to the arrival of the intelligent era.