How self-improving AI agents use feedback loops to automate research
Reported by Latent Space: Autoresearch: The feedback loop behind self-improving agents. Analysis and context written by TickrWire.
Introspection co-founder Roland Gavrilescu outlines autoresearch, a system where AI agents refine their own code and workflows through feedback loops, while keeping humans in the loop.

- Autoresearch enables AI agents to iteratively improve their own code and workflows using feedback loops, reducing manual intervention.
- Human oversight is retained to guide and validate improvements, ensuring reliability and alignment with goals.
- Agent 'recipes' act as templates to structure how agents self-improve, test, and incorporate feedback.
- The approach positions itself as a middle ground between fully autonomous AI and human-driven development.
Introspection co-founder Roland Gavrilescu introduces autoresearch, a framework designed to enable AI agents to autonomously refine their own code and workflows through iterative feedback loops. Unlike fully autonomous systems, autoresearch relies on human oversight to guide and validate improvements, positioning itself as a middle ground between human-driven development and fully automated research. Gavrilescu describes this process as a 'software factory' where agents continuously test, debug, and optimize their outputs, reducing the need for manual intervention while maintaining reliability.
The concept of 'agent recipes' plays a key role in autoresearch, serving as predefined templates that outline how agents should interact with tools, evaluate their own performance, and incorporate feedback. These recipes act as guardrails, ensuring that self-improvements align with intended goals and ethical constraints. Gavrilescu emphasizes that while AI agents can handle repetitive and iterative tasks, human oversight remains critical for strategic direction and quality control, particularly in high-stakes or ambiguous scenarios.
Introduces a practical framework for building self-improving AI agents with structured feedback loops.
Offers a path to automate repetitive research and development tasks while maintaining human control.
Highlights a new paradigm in AI development where agents enhance their own capabilities under human supervision.
- autoresearch
- A framework where AI agents iteratively improve their own code and workflows using feedback loops.
- agent recipes
- Predefined templates that outline how AI agents should interact with tools, evaluate performance, and incorporate feedback.
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