USDAI
  • Introduction
  • Why Compute-Backed?
  • Vision & Purpose
  • GPU.NET Ecosystem
    • What is GPU.NET?
    • Key Components of GPU.NET
    • GPU.NET’s Mission
    • USDAI’s Role in the Ecosystem
  • USDAI Mechanics
    • How USDAI Works
    • Pegging Mechanism
    • Collateralization
    • Issuance and Redemption
    • Stability Mechanisms
    • Why It Works
  • USDAI Architecture
    • Architecture
    • Supported Blockchains
    • Interoperability
    • Smart Contracts
    • Security Features
  • Use Cases
    • USDAI Applications
    • AI/ML Workload Payments
    • DeFi Integrations
    • Compute Reservations
    • Broader Implications
  • Acquiring USDAI
    • How to Acquire USDAI
    • Using USDAI
    • Developer Integration
  • Governance and Community
    • Governance
    • Roadmap
    • FAQ
    • Support & Community
Powered by GitBook
On this page
  1. Use Cases

USDAI Applications

USDAI’s innovative compute-backed design sets it apart from traditional stablecoins, unlocking a diverse array of applications tailored to the intersection of artificial intelligence (AI), decentralized finance (DeFi), and high-performance computing (HPC). By pegging its value to $1 USD worth of GPU compute on GPU.NET’s decentralized network, USDAI serves as a stable, AI-native currency with real-world utility. This section explores three primary use case categories—AI Workload Payments, DeFi Integrations, and Compute Reservations—demonstrating how USDAI empowers developers, enterprises, autonomous agents, and DeFi participants in practical, impactful ways.

PreviousSecurity FeaturesNextAI/ML Workload Payments

Last updated 3 months ago