Advanced Micro Devices announced a new concept called the “Agent Computer,” describing a next evolution of the personal computer designed specifically to run AI agents continuously and autonomously. The idea was outlined in a company blog post published on March 13, which frames agentic computing as a shift from humans operating applications to AI agents operating them on behalf of users.
According to AMD, the personal computer has historically been designed for direct human interaction, with users opening applications and performing tasks step by step. AI agents, however, operate differently. They are capable of researching, writing, summarizing, analyzing, planning, and executing tasks autonomously while running continuously in the background.
AMD described the Agent Computer as a new class of device designed to run these AI agents full-time. Instead of manually operating programs, users delegate tasks to AI agents, which then move across tools and services to complete work automatically.
In the company’s vision, the device could run continuously in a home or office environment. Users could assign tasks through messaging platforms or other interfaces, and the AI agents would execute the work and report back with results or summaries.
AMD suggested that the shift could change how knowledge work is performed. For example, an AI agent could analyze data overnight, draft replies to urgent messages, assemble meeting briefings, or research competitive landscapes and produce summaries while the user focuses on higher-level tasks.
The company emphasized that running these workloads locally offers advantages compared with relying entirely on cloud infrastructure. AMD said users increasingly want AI systems that provide greater privacy, lower costs for daily usage, and control over their data.
To support these workloads, AMD highlighted systems powered by its Ryzen AI Max+ processors, including the Ryzen AI Max+ 395, which the company said can run sophisticated AI models locally while supporting multiple parallel AI agents.
AMD also noted that platforms such as the Framework Desktop could serve as strong Agent Computer systems because of their ability to run local models and support multi-agent workloads.
The company described the shift as part of a broader evolution in computing. In AMD’s view, the traditional PC remains the machine users interact with directly, while the Agent Computer becomes a complementary system that performs tasks autonomously in the background.
AMD concluded that computing is entering what it calls the “agentic” era, where persistent AI systems collaborate with users and continuously execute tasks across applications.
