Zeko provides a zero‑knowledge infrastructure that lets enterprises run AI agents with privacy‑preserving, trustless verification. Its sovereign rollup architecture combines off‑chain compute with on‑chain ZK proofs, offering low‑cost settlement, built‑in permission controls, and a TypeScript contract framework for easy integration into AI and DeFi workflows.
Funding
$3M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
1OUVYCFounders
Product
Problem
Enterprises deploying AI agents face challenges securing data privacy, managing permissions, and verifying computations on legacy internet infrastructure, which limits trust and scalability.
Solution
Zeko offers a zero-knowledge (ZK) based infrastructure that enables privacy-preserving, trustless verification for AI agents. By leveraging ZK proofs, the platform ensures that data and computations can be validated without exposing underlying information. Zeko’s sovereign rollup architecture provides scalable, low-cost settlement for off‑chain compute, while TypeScript contracts allow developers to embed verification logic directly into applications. The solution delivers enterprise‑grade permissions management and modular ZK components that integrate with existing AI and DeFi workflows, facilitating a decentralized, verified internet for AI agents.
Target Audience
Primary customers are enterprises and developers that need to run AI agents securely, including AI platform providers, fintech firms, and organizations building privacy‑focused decentralized applications.
Features
- Zero-knowledge proof engine optimized for global settlement and privacy preservation
- Sovereign rollups that combine off‑chain compute with on‑chain verification to reduce latency and cost
- TypeScript‑based smart contract framework for easy integration of verification logic
- Modular ZK components for building private AI agents and DeFi applications
- Built‑in permission and data‑access controls to enforce enterprise privacy policies