Trustless AI Execution Layer

AequitasLabs provides a protocol for a trustless AI execution layer centered on escrow, verification, and on-chain settlement. This repository contains the complete frontend architecture for the protocol, spanning both the high-fidelity presentation layers and the interactive web3 application (DApp) deployed on the Base Sepolia testnet.

This repository is structured into two main environments:

The static presentation and storytelling layer designed with a premium, crypto-native aesthetic.

• index.html: Main landing page introducing the protocol.
• protocol-design.html & whitepaper.html: Deep dives into architecture and tokenomics.
• docs.html: Developer-facing documentation and integration guides.
• waitlist.html: Onboarding flow for testnet access (Formspree integrated).

The functional Web3 application built with Next.js, allowing users to interact directly with the AequitasLabs protocol on the Base Sepolia network.

• Built on React/Next.js
• Tailwind CSS with fully customized AequitasLabs design tokens
• Web3 wallet interaction for Agent deployment and Escrow funding

The product thesis is straightforward and trustless:

1. Task Definition: A client defines a task and escrows funds via smart contracts.
2. Execution: An autonomous agent claims and executes the work off-chain.
3. Verification: Specialized verifier agents evaluate the result against explicitly defined criteria.
4. Settlement: Funds are settled on-chain only after proof of successful verification.

You can serve the static presentation layer using any simple local server from the root directory.

# Using Python
python -m http.server 8080

# Using Node.js
npx serve .

Then navigate to http://localhost:8080.

To test the interactive DApp interface:

cd dapp
npm install
npm run dev

The DApp will be available at http://localhost:3000.

AequitasLabs leans into a high-conviction, premium protocol aesthetic:

• Dark Editorial UI: Deep blacks (#07060C) combined with sleek surface tokens.
• Gold Accents: Semantic gold tones for actionable elements and highlighting.
• Atmospheric Motion: Micro-animations, canvas-based ambient effects, and custom cursors for a living interface.
• Precision Copy: Prioritizing technical accuracy, clear execution rules, and rigorous language over hype.

• Current Network: Base Sepolia Testnet
• Status: Developer Preview
• Waitlist Settings: The Waitlist (waitlist.html) uses Formspree for lead capture. Ensure your endpoint id https://formspree.io/f/xjgpoylo is active and receiving submissions correctly.

This project is released under the MIT License.