Honor Unveils World's First 'Robot Phone' – AI Redefines Smartphone Boundaries

Driven by the evolution of AI technology, smartphone manufacturers are continuously expanding their capabilities, transforming phones into something far beyond traditional devices.

Recently, Honor unveiled the world's first robot phone. The key innovation isn't just another camera or a better screen, but the integration of mechanical freedom akin to robotics: a four-axis titanium alloy gimbal compressed inside the phone that can rotate, track focus, and even dance to music.

Unlike traditional gimbals, this design grants the phone a new 'motion capability'—something smartphones have never had before.

According to a report by the 21st Century Business Herald on Wednesday the 19th, while smartphone cameras used to 'see,' microphones 'hear,' and screens 'display,' the gimbal now allows the phone to actively change its posture. The smartphone is evolving into an intelligent terminal with physical capabilities.

Honor's on-stage demonstration of the YOYO Robot Mode showed the device understanding gestures, recognizing music rhythms, and controlling the gimbal to move in sync with music. In imaging scenarios, YOYO can coordinate with the gimbal to optimize composition and subject tracking.

This transformation is powered by a leap in AI capabilities.

Sun Jianfa, President of Honor's AI and Software Business Unit, stated that the Robot Phone is Honor's attempt to explore AI's transition from the digital world to the physical world.

Regarding the future of AI smartphones, Fang Fei, President of Honor's Product Line, said that in the AI era, all AI hardware will be restructured, and new devices will emerge. The capabilities and forms of silicon-based hardware are expected to undergo significant changes.

Future smartphones will no longer be mere containers for applications but will become 'stages for intelligent agents.' Honor's upcoming Agentic OS will feature four key characteristics: intent-driven, natural interaction, proactive intelligence, and seamless cross-device integration.

The core lies in user understanding: the system remembers long-term user behavior patterns accumulated on the phone, enabling it to increasingly understand user preferences. On-device sensors provide real-time perception, and combined with data from surrounding smart devices, a smart terminal ecosystem centered on the agent smartphone will drive transformative changes in service and application models.

Honor CEO Li Jian predicts that the era of explosive growth in AI terminals will arrive within the next two to three years.

From this perspective, the Robot Phone is a typical exploration by Honor to establish a new paradigm of 'AI calling hardware.' Agentic OS plays a central role in orchestrating capabilities in YOYO Pro mode, driving the restructuring of hardware, models, frameworks, interaction, and ecosystem layers.

This means that in the Agent era, one of the core competencies for smartphone makers will be 'how much hardware capability AI can invoke.'

Smartphones are no longer just hardware carrying edge computing and communication—they are becoming gateways connecting the digital and physical worlds. Large models handle understanding and planning, agents make decisions, the operating system manages orchestration, and components like cameras, gimbals, microphones, and even robotic mechanisms execute actions.