Qualcomm CEO Cristiano Amon delivered the opening keynote at Computex 2026 in Taipei, Taiwan, on May 31 to discuss the rise of agentic AI.
The shift toward agentic AI represents a fundamental change in how hardware is designed. By moving from passive tools to active agents, Qualcomm aims to redefine the architecture of the devices users interact with daily.
During the presentation, Amon said that agentic AI is reshaping the technical foundations across several key markets. These include mobile devices, robotics, automotive systems, and data-center infrastructure. The company views the evolution of these devices as crucial for the next generation of smart technology.
Qualcomm's strategy focuses on integrating these capabilities directly into the hardware to allow for more autonomous and efficient processing. This approach seeks to move beyond simple voice commands toward systems that can anticipate needs and execute complex tasks independently.
The keynote was concise, lasting less than 12 minutes [1]. Despite the brevity, the address served as a strategic signal to the industry regarding Qualcomm's pivot toward an AI-first hardware ecosystem.
Computex 2026 has become a primary venue for semiconductor leaders to showcase their roadmaps. Amon's appearance underscores the competition among chipmakers to dominate the infrastructure required for agentic AI, which requires significantly more processing power and efficiency than previous iterations of artificial intelligence.
“Agentic AI is reshaping the architecture of everyday devices.”
The transition from generative AI to agentic AI marks a shift from software that creates content to software that takes action. For Qualcomm, this means moving beyond providing the 'brains' for smartphones and instead building a cross-platform ecosystem where AI agents operate seamlessly across cars, robots, and servers, potentially locking users into a wider array of Qualcomm-powered hardware.
