Mechanize Aims to Fully Automate Computer Work with AI Agents
San Francisco startup Mechanize is developing simulated digital offices to train AI agents, aiming to fully replace human computer work with automation.
San Francisco-based startup Mechanize is pushing the boundaries of AI office automation with an ambitious goal: to fully replace human computer work with AI agents. The company, founded by Tamay Besiroglu, Ege Erdil, and Matthew Barnett (formerly of research group Epoch AI), is building simulated digital workplaces designed to train AI agents through reinforcement learning.
Simulated Offices for AI Training
Mechanize's approach involves creating virtual workspaces that mimic real digital offices, complete with email inboxes, Slack, code editors, and browsers. AI agents perform tasks, receive rewards for success, and penalties for failure. "It’s effectively like creating a very boring video game," Besiroglu told the New York Times.
The founders believe this method will eventually produce agents capable of handling any computer-based job, though timelines vary. Barnett estimates 10–20 years, while Besiroglu and Erdil predict 20–30 years.
Beyond Coding: A Vision for Full Automation
Mechanize's ambitions extend beyond software development. The team envisions AI agents managing every digital task, from planning and communication to execution. "We’ll only truly know we’ve succeeded once we’ve created A.I. systems capable of taking on nearly every responsibility a human could carry out at a computer," the founders write.
However, the company offers few specifics on the social impact of widespread automation. While they support ideas like universal basic income, there’s no concrete transition plan. Barnett argues the mission is ethically justified if society becomes wealthier overall.
The "Bitter Lesson" and Reinforcement Learning
In an accompanying essay, Mechanize highlights the limitations of current AI systems, linking them to the "bitter lesson" of AI research: data- and compute-driven approaches outperform hand-designed algorithms at scale. The breakthrough, they argue, will come from massive-scale training in simulated environments.
This aligns with recent thinking from researchers like Sutton and David Silver, who advocate for agents that learn by doing, not just consuming human-written data.
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Dr. Emily Wang
AI Product Strategy Expert
Former Google AI Product Manager with 10 years of experience in AI product development and strategy formulation. Led multiple successful AI products from 0 to 1 development process, now provides product strategy consulting for AI startups while writing AI product analysis articles for various tech media outlets.