Technology Architecture

Explore NeuralNet's core technological innovations and learn how we're building a decentralized AI computing marketplace.

Technology Architecture

1

Blockchain Layer

High-performance blockchain infrastructure based on Solana, processing over 65,000 transactions per second, ensuring efficient operation and transparent settlement of the computing marketplace.

2

Distributed Computing Protocol Layer

Innovative resource discovery mechanisms and task partitioning algorithms that intelligently split AI workloads into parallelizable units, verifying computation results through zero-knowledge proofs.

3

User Interface Layer

Intuitive web applications and developer APIs that allow computing providers and AI developers to seamlessly access the platform, easily trade and use distributed computing resources.

4

Secure Computing Environment

Utilizing secure multi-party computation (MPC) technology and homomorphic encryption to protect sensitive data privacy, while trusted execution environments (TEE) ensure computation processes remain tamper-proof.

Technical Specifications

Blockchain Layer

High-performance infrastructure built on Solana

Transaction Processing Capacity65,000+ TPS
Average Confirmation Time< 1 second
Transaction Cost< $0.001
Smart Contract LanguageRust

Distributed Computing Protocol

Efficient task allocation and execution system

Task Partitioning AlgorithmAdaptive Partitioning
Result VerificationZero-Knowledge Proofs
Resource Discovery Latency< 100ms
Fault Tolerance MechanismAutomatic Failover

Technical Documentation

Developer Guide

Comprehensive API documentation and integration tutorials

Learn how to integrate your AI applications with the NeuralNet platform to leverage distributed computing power.

Provider Handbook

Complete guide for computing power providers

Learn how to configure your hardware, join the network, and maximize your earnings.

Technical Whitepaper

In-depth exploration of NeuralNet's technical details

Explore detailed explanations of NeuralNet's technical architecture, algorithm design, and security mechanisms.