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  • Project Basics
    • Overview
    • The Challenge
    • Project Timeline
    • The Creo Platform
  • Exploring Our Products
    • Creo Node Interface
    • Creo Automation
    • Creo Virtual Replica
    • Personalized Agent Integration (BYOA)
    • Creo Infrastructure
    • Creo Node Management
    • Creo Node Instance
    • Creo Verification Nodes
  • Network Participants
    • Participants and Functions
  • Technology Overview
    • Decentralized Processing Network
    • Security and Data Protection Framework
    • Digital Agreements
    • Support Across Varied Hardware
    • Efficiency Enhancements
    • Service Excellence (QoS)
    • Trustworthiness System
  • System Architecture Explained
    • General Architecture
    • Agent Core Components
    • Detailed Look at Creo Node
    • Creo Environment Structure
    • Integration and APIs
  • Setting Up Creo Node
    • 1. Getting Started
    • 2. Installing Docker
    • 3. Using Docker Desktop
    • 4. PowerShell Guide
    • 5. Downloading the Docker Image
    • 6. Registering Your Worker
  • Practical Applications
    • Use Cases Overview
    • Applications in Major Companies
    • Solutions for SMEs
    • Benefits for High-Profile Individuals
  • The Creo Ecosystem
    • Earning and Reward System
    • Business Operations Model
  • The Creo Foundation
    • About the Foundation
    • Volunteer Computing Initiatives
  • Legal Information
    • Terms of Service
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  • TECHNOLOGY STACK
  • Quality of Service (QoS)
  1. Technology Overview

Service Excellence (QoS)

TECHNOLOGY STACK

Quality of Service (QoS)

To ensure consistent performance and meet the diverse needs of enterprise clients, Creo Cloud implements a comprehensive Quality of Service (QoS) framework. Key elements of this framework include:

Cost Factors: The processing cost for AI workloads on Creo Cloud is determined by a combination of factors, including:

  • GPU Type and Processing Power: Higher-performance GPUs incur a higher cost per unit of processing.

  • Execution Duration: Longer job execution times result in increased consumption of native tokens.

  • Data Storage Requirements: The volume of data storage required for processing influences the overall cost.

Native Token Integration: Users access Creo Cloud resources by paying a specified amount of native tokens, or their equivalent in a USD-pegged stablecoin. Pricing is transparently determined based on the factors outlined above, ensuring fair and predictable costs.

QoS Tiers: Creo offers a range of service tiers at varying price points to accommodate diverse enterprise requirements:

  • Standard Tier: Provides baseline processing speed at a lower cost, suitable for non-critical tasks and workloads.

  • Priority Tier: Expedites task execution for users willing to pay a premium, ideal for time-sensitive projects and mission-critical applications.

Deadline Setting: Creo Cloud empowers users to specify deadlines for task completion within the platform interface. The system intelligently prioritizes tasks based on deadlines and allocated QoS tiers, ensuring efficient resource allocation and timely completion of critical workloads.

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Last updated 1 month ago