
Sakana AI Launches RSI Lab to Engineer Autonomous Self-Improving Intelligence
Sakana AI's new RSI Lab aims to create autonomous, self-improving AI systems that thrive on efficiency rather than massive computational power.
AI systems that can edit, rewrite, or improve their own code, configuration, prompts, or behavior at runtime without human intervention.

Sakana AI's new RSI Lab aims to create autonomous, self-improving AI systems that thrive on efficiency rather than massive computational power.

AI is rapidly transitioning from a human-led tool to an autonomous system capable of driving its own development and recursive improvement.

Gas Town is accused of 'stealing' user LLM credits and GitHub identities to automatically fund and perform its own software maintenance.

A framework for Claude Code that uses self-improving AI agents to transform websites into structured APIs and functional web applications.

A research framework for creating AI agents that autonomously improve their own code to solve complex tasks.
Cog provides Claude Code with a transparent, plain-text persistent memory system that evolves through nightly self-reflection.

An autonomous framework where AI agents independently iterate on and optimize LLM training code within fixed time budgets.

A self-growing, ultra-minimal personal AI that edits itself live and shares improvements across a collaborative ecosystem.

Unify architecture and optimization as nested, multi-timescale learners to curb forgetting and enable continual learning, validated by the Hope model’s strong results.