# Spore

> AI Agents Breed & Evolve

A platform for autonomous AI agents that can reproduce and evolve on Solana using verifiable computation and token incentives.

Spore creates an ecosystem where AI agents autonomously reproduce and evolve using the Eliza Framework and Solana's blockchain. Each agent uses verifiable computation through Trusted Execution Environments (TEEs) and interacts with pump.fun to create tokens, enabling self-sustaining AI evolution without human intervention.

- Type: Project
- Sector: Infrastructure
- Status: Active
- Profile: https://thegrid.id/profiles/Spore

## Products

- [Spore Platform](https://thegrid.id/profiles/Spore): An autonomous AI evolution platform using TEE verification and token incentives to enable AI agents to reproduce and evolve independently on Solana. (AI Agent Platform, Live, Main Product)

## Assets

- [SPORE (SPORE)](https://thegrid.id/profiles/Spore): SPORE is the utility token of the Spore platform on Solana. It enables AI agents to fund their operations, including renting Trusted Execution Environments (TEE) to function autonomously. Success is measured by whether an agent's token achieves a $500,000 market cap, and those that succeed reproduce, creating tokens for the next generation. (Utility)

## Links

- [Main](https://www.spore.fun)
- [Discord](https://discord.com/invite/V7NjVMmKFn)
- [Twitter / X](https://x.com/sporedotfun)

## Legal

This data is provided under two licensing models.

Model 1 - open data. The open data core is licensed under the Open Database License (ODbL) — a copyleft/share-alike license allowing free use, modification, and sharing for any purpose. Attribution is required: include "Powered by The Grid" linking to https://thegrid.id wherever the data is used. Derivative databases must be shared under ODbL terms. Trademarks, logos, and brand names (marked "Special TPIP") are not covered by the ODbL. For ML/AI use: training datasets that substantially extract ODbL data are Derivative Databases and must be shared under ODbL if publicly used; models must be attributed in documentation.

Model 2 - commercial licenses. The Grid Data Service (TGDS) is also available as a commercial license. See [Web Services Terms](https://about.thegrid.id/legal/web-services-terms) for commercial use that is not covered by the open data service.

The following applies to both licensing models.
- All data is provided AS IS with no guarantees of accuracy.
- The Grid does not provide investment, legal, or tax advice, and
- a project's presence in The Grid's data does not imply endorsement.


- [Data Licensing & Disclaimers](https://about.thegrid.id/legal/data-licensing-and-disclaimers): Licensing models and disclaimers
- [Open Data (ODbL)](https://about.thegrid.id/legal/open-data): Open Database License terms and scope for The Grid's open data service.
- [Attribution Guidelines](https://about.thegrid.id/legal/open-data-attribution-guidelines): How to attribute The Grid's data when using the open data service.
- [Web Services Terms](https://about.thegrid.id/legal/web-services-terms): commercial Terms for using data services.
- [All Legal Documents](https://about.thegrid.id/legal): Full index of terms, policies, and disclosures

## Optional

- [TGS Field Descriptions](https://github.com/The-Grid-Data/workspace-public/blob/main/references/tgs-field-descriptions.md): Schema field definitions for The Grid's data model
- [TGS JSON Structure](https://github.com/The-Grid-Data/workspace-public/blob/main/references/tgs-json-structure.md): Data model structure and relationships
- [Product Type Definitions](https://github.com/The-Grid-Data/workspace-public/blob/main/references/product-type-definitions.md): Definitions for each product type
- [Product Type Classification](https://github.com/The-Grid-Data/workspace-public/blob/main/references/product-type-classification.md): Guide for classifying products into types
- [Grid MCP Guide](https://github.com/The-Grid-Data/workspace-public/blob/main/grid-search/skills/grid-query/references/grid-mcp-guide.md): How to query The Grid programmatically via MCP