HONOR's Vision for an Open AI Ecosystem
At the forefront of technology innovation, HONOR has announced a groundbreaking approach to artificial intelligence within device ecosystems. During the initial ConnectAI panel at Mobile World Congress (MWC) 2026, the global AI device ecosystem leader revealed a comprehensive blueprint aimed at creating an open and interconnected AI environment.
Fang Fei, the President of Products at HONOR, emphasized the company's shift from being primarily a smartphone manufacturer to a pioneering provider of AI-driven devices. The heart of this transformation lies in the enhanced
HONOR AI Connect Platform, which is set to integrate over
20,000 AI services by the end of 2026. This innovative strategy is designed to break down barriers in technology usage, allowing for seamless integration and enhanced user experiences across various devices.
The Cambrian Explosion of AI Devices
During her presentation, Fang likened the anticipated evolution of AI devices to the historical
Cambrian Explosion—a period marked by a rapid diversification of life on Earth. Drawing parallels to this, she predicted that the world is on the verge of witnessing a similar expansion in intelligent devices that merge AI with everyday tools. Among the highlights of this evolution are the
Embodied AI technologies that HONOR is developing, including the innovative
HONOR Robot Phone. This device exemplifies the shift from traditional hardware interactions to intelligent partnerships that enrich users' lives.
Fang articulated, "At HONOR, we believe 'walled gardens' should be a thing of the past. Our vision centers around merging human-centric design with technology, enabling every individual to unlock their full potential." This vision serves as a framework for creating AI companions that enhance creativity and connectivity among users.
Innovations at MWC 2026
The launch event on
March 1 showcased the latest innovations from HONOR, including the AI-native foldable smartphone, the
HONOR Magic V6, along with advanced PCs and tablets. Attendees of MWC were invited to experience these devices firsthand at the HONOR booth. The HONOR Robot Phone stands out as an exceptional product that combines smartphone technology with robotic capabilities, allowing it to autonomously capture and record memories, ultimately changing the way users interact with their technology.
HONOR's commitment to a collaborative ecosystem became evident in a discussion between Fang and Philippe Lucas, Orange’s Executive Vice President of Partnerships, Content and Devices. Their conversation revolved around leveraging synergies to explore new sectors such as
smart home,
education, and
audio products.
Evolving Interaction Paradigms
With the backdrop of distributed technology evolution, HONOR aims to dismantle previous constraints related to human-device interaction confined to single screens. This transformation is evident in two pivotal trends: the
decoupling of smart hardware that leads to specialized devices for specific functions and the
ubiquitization of AI across various user environments. These trends shape the next generation of user interactions by fostering a holistic understanding of user intent, allowing digital twins to operate across connected devices such as cars, smart homes, and service robots.
The HONOR AI Connect platform posits an AI Agent model as the interface—a personal digital twin that harmonizes user activities across different devices. This advancement indicates a paradigm shift where devices transition from being passive instruments to engaging partners in users’ lives.
As HONOR moves forward with its initiative, it invites collaboration among ecosystem partners, ensuring that the future of AI devices thrives on collective innovation. With innovations like the HONOR Robot Phone and the latest foldable technology, HONOR is poised to redefine the landscape of intelligent devices, making them integral to everyday life while enhancing users' creativity and interconnectivity.
For further details and to explore more, visit
HONOR's official website.