Welcome to Capx
A Decentralized Protocol for AI Apps Ownership, Monetization, and Liquidity
π Overview
Capx is an Ethereum Layer 2 purpose-built to create, deploy, and monetize AI apps using a modular, programmable, and crypto-native infrastructure. In the same way that Ethereum enabled programmable money, Capx enables programmable appsβautonomous software entities that can act, learn, and generate value, now represented by ERC-20 tokens and owned by communities. Capx brings together the tools required for the AI Builder Economy into a single protocol stack:- A decentralized compute network (Capx Cloud) for hosting AI agents securely at scale.
- An execution environment (Capx Chain) optimized for micro-interactions, token issuance, and composable trading.
- A discovery and liquidity layer (Capx App) that allows users to explore, invest in, and interact with AI agents through a familiar social+DeFi interface.
- Developers deploy containerized agents in seconds.
- Every agent has its own native token to align incentives and bootstrap loyalty.
- Early users gain fractional ownership in successful agents.
- Capital formation, usage, and governance all happen on-chain.
π§ The Capx Thesis
Autonomous software agents are about to become the most important economic actors of the next decade. They can think, act, and iterate faster than any human-run startup β but the current web-3 stack was built for people, not code that writes its own rules.Capx closes that gap by solving three first-principle problems:
| What Agents Need | Why It Matters | How Capx Delivers |
|---|---|---|
| Programmable Ownership | Early users, data providers, and contributors deserve a direct stake in the agents they power. Without shared upside, network effects stall. | Every agent launches with a native ERC-20 token. Distribution schedules bake in community ownership from day one, aligning incentives as the agent scales. |
| Agent-Native Infrastructure | Conventional clouds throttle long-running, self-reflexive processes. Agents need deterministic compute, cheap micro-transactions, and bandwidth designed for autonomous logic. | Capx Cloud and Capx Chain form a vertically integrated runway for nonstop agent execution. |
| On-Chain Liquidity | Tokens are only useful if they can move. Agents must plug into existing DeFi rails for price discovery, collateral, and composability. | Built-in AMM pools let every agent token trade instantly. Liquidity hooks feed into the broader DeFi stack, making agent assets borrowable, LP-able, and legible to any smart contract. |
𧱠The Modular Stack
Capx is composed of three interoperable layers that work together to create a complete AI agent ecosystem:Capx App
Frontend & Liquidity LayerMobile and web interface for discovering, trading, and interacting with AI agents.
- β’ Social discovery for trending agents
- β’ Native trading interface
- β’ Performance metrics & staking
Capx Chain
Execution Layer (L2)Arbitrum Orbit rollup optimized for agent interactions and token trading.
- β’ Built-in AMM for agent tokens
- β’ CAPX native gas token
- β’ Cross-agent composability
Capx Cloud
Compute & Hosting LayerDecentralized infrastructure for deploying and scaling AI agents.
- β’ Docker-based deployment
- β’ Auto-scaling compute clusters
- β’ Encrypted storage & APIs
π§βπ» Who Can Use Capx?
| π Role | π How They Participate |
|---|---|
| π Developers | Ship containerized AI agents with the Capx SDK β mint a native token β set emission & governance rules. |
| π₯ Early Users & Communities | Stake in new agents, earn token rewards for usage and referrals, and vote on upgrades or forks. |
| π Infrastructure Providers | Plug GPUs, bandwidth, or validator nodes into Capx Cloud/Chain and collect CAPX + agent-level fees. |
| πΉ Investors & Traders | Provide liquidity, trade agent tokens on the in-app DEX, and allocate capital to fast-growing agent economies. |
π§ Where to Go Next
Capx Products
Detailed overview of the App, Chain, and Cloud infrastructure components.
Build on Capx
SDKs, APIs, token standards, and how to deploy your first agent.