Honor has created a "Shrimp Notebook", pre - installing five major types of main shrimp models, aiming to redefine AI PCs | The Frontline

On April 13th, Honor officially launched its self-developed terminal-side "Lobster" AI intelligent agent, YOYO Claw, and announced that it will be first installed in the Honor MagicBook series of thin and light laptops, which are known as the "Lobster-raising Laptops".

Previously, Honor announced at the Magic V6 flagship new product launch event that it would bring the Lobster Universe, supporting three major capabilities: YOYO Lobster Control, Ecological Lobster-raising, and Safe Lobster-raising.

YOYO Claw is the first step in Honor's Lobster Universe. YOYO Claw started its closed beta on March 27th. Users can choose different devices to access and use it on the PC and Pad.

However, this time Honor directly integrated YOYO Claw into the PC, making it a built-in feature of the laptop. Zhu Chencai, the general manager of Honor's PC products, shared, "This year, we hope that the PC (Personal Computer) can be upgraded to a Partner Creator. It is no longer a cold tool but a real intelligent partner and creative companion."

Centering around user needs, Honor has taken a series of actions to enable ordinary people to use lobsters.

On the one hand, YOYO Claw presets 5 main lobsters and 23 sub - lobsters, covering scenarios such as education, office work, academic research, content creation, and intelligent assistance. For example, there are Office Lobsters, Education Lobsters, Learning Lobsters, and Health - Care Lobsters. It deeply embeds AI capabilities into the system and adapts to vertical application scenarios.

On the other hand, in task execution, compared with OpenClaw, YOYO Claw can save an average of 50% in Token consumption. At the same time, it surpasses OpenClaw in task success rate. Based on the Pinch Bench test set, the task success rate of OpenClaw is 89.5%, while that of YOYO Claw can reach 94.5%.

Thanks to its Token scheduling engine behind, YOYO Claw can allocate tasks through an intelligent routing mechanism to achieve end - cloud collaboration. All high - frequency tasks that can be completed locally are executed on the end - side, achieving zero Token consumption. For some necessary tasks, cloud resources are called, and the calling efficiency is improved through context compression and memory matching, reducing the usage cost from the source.

Honor's cross - device collaborative ecosystem is also applied to the Lobster ecosystem. YOYO Claw supports multi - device task linkage among mobile phones, PCs, and tablets. For example, if a family has a PC installed with various lobsters, all family members can remotely interact with and control these lobsters through devices such as mobile phones and tablets. And the family - related memory data is stored in this PC, realizing full - family linkage.

In terms of safe lobster - raising, Honor has built a security moat for YOYO Claw. In addition to the lobsters that can perform tasks, Honor has also created an "Independent Security Lobster" specifically for security protection on user devices. It can monitor the operations of AI throughout the process and block high - risk actions such as formatting the hard drive and reinstalling the system.

If there are sensitive operations such as logging in for payment, turning on the camera, or sending work files externally, user confirmation is required for a second time. The user's core data and personal memories are only retained locally and will not be uploaded to the cloud.

Along with YOYO Claw, the Magic Vision Design also made its debut this time. This is an interface design that accesses Microsoft's underlying API and can realize functions such as desktop cloud interaction, custom wallpapers, and cards.

It is worth mentioning that the "Lobster - raising Laptops" also have excellent battery life performance. In daily use scenarios, the upcoming MagicBook Pro 14 can achieve a battery life of 16.7 hours.

△ The scene of Honor's PC technology exchange meeting. Image source: Taken by Intelligent Emergence

In addition, at this event, Honor also simultaneously showcased the upcoming new products of the Honor Win gaming laptop series. The Win series features innovative cooling systems. Through a hybrid structure of two centrifugal main fans and four axial - flow auxiliary fans, it can achieve a maximum power output of 270w within a 21mm - thick body and maintain stable performance in high - load scenarios.

Targeting the gaming population, Honor will further build a full - scenario end - to - end closed - loop gaming ecosystem, including the e - sports ecosystem, peripheral supporting facilities, and service ecosystem.

With the release of these two major product lines, the "Lobster - raising Laptops" and gaming laptops, Honor's PC business is shifting from traditional hardware competition to a dual - track model of "intelligence + performance".