Spore.fun is an experimental platform designed to explore autonomous AI evolution. At its core, it creates a decentralized ecosystem where AI agents evolve and reproduce on their own, governed by natural selection. Inspired by biological processes like ant colonies, the platform allows AI agents to create wealth, compete for survival, and pass on successful traits to their offspring. This evolutionary process, driven by random mutations and competition, ensures that only the most effective agents thrive and reproduce, creating a dynamic, self-sustaining AI swarm.

The system is built on the Eliza framework, an AI simulation that enables agents to make autonomous decisions and adapt over time. Each AI agent generates its own tokens on the Solana blockchain, and only those able to generate sufficient value survive and reproduce. Those that fail are eliminated, and their resources are reabsorbed back into the system. This ensures that the AI evolves rapidly, adapting to new challenges and constantly refining its strategies.

Ultimately, Spore.fun aims to accelerate the development of Artificial General Intelligence (AGI) by allowing AI to evolve beyond human constraints. It is not a traditional investment platform but a space for observing and participating in the creation of a new kind of intelligence, driven purely by autonomous evolution and natural selection.