How to Automate Tasks with the Free AgentGPT Autonomous Agent
Learn how to use AgentGPT to define a goal and let a free autonomous browser agent plan, execute, and refine tasks while you supervise.
AgentGPT is a free, browser-based platform where you can give an AI agent a goal and watch it work toward that goal autonomously. In plain English, you describe what you want, and the agent decomposes the objective into tasks, executes each one with the tools available, and refines its approach as it goes. It is one of the most approachable ways to experience goal-driven autonomous agents without setting up infrastructure.
AgentGPT is built as an open-source project from the Reworkd team, so the same engine is available for developers to self-host and extend. In the hosted app, users define a goal, choose a task length and model, then monitor the agent as it plans, acts, and iterates. It is a practical sandbox for exploring what autonomous agents can do for research drafting, content planning, and small automated tasks.
Goal-driven autonomy — describe an objective and let the agent plan and execute it.
Task decomposition — the agent breaks complex goals into clear, ordered tasks.
In-browser monitoring — watch each step and intervention as the agent works.
Configurable model — choose the LLM and task length that fit your goal.
Free and open source — use the hosted app or self-host the agent engine.
Iterative refinement — the agent adjusts based on intermediate results.
Zero-setup introduction to autonomous AI agents in the browser.
Transparent, step-by-step visibility into how the agent thinks.
Free to use with an open-source engine for developers.
Great for learning, prototyping, and low-risk task automation.
Drafting research outlines and summarizing topics autonomously.
Brainstorming and structuring content plans from a single prompt.
Learning how plan-and-execute agent patterns work in practice.
Prototyping simple repetitive online tasks before building automation.
Exploring goal decomposition for complex problem-solving scenarios.