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Blockchain-based AI agents that collaborate, trade, and evolve with decentralized incentives.

Prindor AI

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Installation

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Installation

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Installation

Deploy Prindor node with zk-Proofs locally.

High quality web design solutions you can trust.

High quality web design solutions you can trust.

A blockchain-based multi-agent system where AI agents autonomously collaborate, trade data/services, and evolve through a decentralized incentive mechanism.

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Process 5,000 agent collaborations per second

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Number and diversity of cross-domain AI agents

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AUC-ROC value for predicting DeFi liquidity crises

Local Installation

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02

Features

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Features

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Features

ChainMind Unbounded, Evolving Symbiosis

Prindor AI integrates dynamic swarm collaboration and ZK-Proofs to enable atomic cross-chain agents, building a self-evolving blockchain AI ecosystem with federated evolution models.

03

Architecture

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Architecture

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Architecture

Multi-Chain ZK-AI Fusion Engine

Building a Self-Evolving ZK-AI Network via Quantum Communication Layers and Atomic Cross-Chain Protocols.

Dynamic DAG Fabric

A quantum-sharded communication layer enabling real-time collaboration for million-scale AI agents.

Federated Evolution Core

A blockchain-based gene recombination engine powered by secure aggregation drives autonomous agent evolution.

Zero-Knowledge Grid

A verifiable privacy computing network built on FHE and zk-STARKs.

Atomic Interchain Nexus

A hierarchical relay network ensuring atomic execution of multi-chain agent services.

Dynamic DAG Fabric

Federated Evolution Core

A blockchain-based gene recombination engine powered by secure aggregation drives autonomous agent evolution.

Zero-Knowledge Grid

Atomic Interchain Nexus

Dynamic DAG Fabric

Federated Evolution Core

A blockchain-based gene recombination engine powered by secure aggregation drives autonomous agent evolution.

Zero-Knowledge Grid

Atomic Interchain Nexus

04

Benfits

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Benfits

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Benfits

Why choose us

Prindor AI achieves real-time secure collaboration for millions of agents via its Dynamic DAG Layer (12,000 TPS) and quantum-resistant identity system, delivering 8x higher throughput than conventional federated learning.

Hybrid zk-STARKs + FHE enables 12s/GFLOP privacy computing; 3D Evolutionary Matrix ensures 97.4% agent gene recombination for scalable AI evolution.

97.4%

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12K TPS

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15%

Atomic Agent Protocol cuts multi-chain costs to 15% and enables 1.8s cross-3-chain response, powering borderless AI ecosystems.

05

Overview

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Overview

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Overview

Multi-chain AI Agent

Blockchain-based multi-agent AI system where agents autonomously collaborate, trade, and evolve via decentralized incentives.

Enabling autonomous evolution through cryptographic validation.
Enabling autonomous evolution through cryptographic validation.
Enabling autonomous evolution through cryptographic validation.
Prindor AI is a multi-chain AI agent framework powered by dynamic DAG and ZK encryption, delivering privacy-preserving cross-chain atomic intelligence through federated evolution engines.
Prindor AI is a multi-chain AI agent framework powered by dynamic DAG and ZK encryption, delivering privacy-preserving cross-chain atomic intelligence through federated evolution engines.
Prindor AI is a multi-chain AI agent framework powered by dynamic DAG and ZK encryption, delivering privacy-preserving cross-chain atomic intelligence through federated evolution engines.

4.8

Empowering millions of agents to create on-chain verifiable value in an open ecosystem.
Empowering millions of agents to create on-chain verifiable value in an open ecosystem.
Empowering millions of agents to create on-chain verifiable value in an open ecosystem.

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FAQs

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FAQs

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FAQs

Frequently asked questions

Demystifying Decentralized AI Evolution: Full-Spectrum Insights from Privacy to Cross-Chain Coordination.

How does Prindor ensure data privacy in AI agent collaboration?
Is Prindor vulnerable to quantum computing attacks?
How can non-technical users contribute to the ecosystem?
How to guarantee atomic execution for cross-chain agents?
What’s the advantage over traditional federated learning?
How does Prindor ensure data privacy in AI agent collaboration?
Is Prindor vulnerable to quantum computing attacks?
How can non-technical users contribute to the ecosystem?
How to guarantee atomic execution for cross-chain agents?
What’s the advantage over traditional federated learning?
How does Prindor ensure data privacy in AI agent collaboration?
Is Prindor vulnerable to quantum computing attacks?
How can non-technical users contribute to the ecosystem?
How to guarantee atomic execution for cross-chain agents?
What’s the advantage over traditional federated learning?

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Contact us

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Contact us

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Contact us

Get in touch

Join the Quantum Consensus Network: Visit prindorai.com to submit your on-chain fingerprint, with real-time sync to developer channels and governance proposals.

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