OmniTensor
  • Welcome
  • Introduction
    • What is OmniTensor?
    • Vision & Mission
    • Key Features
    • Why OmniTensor?
      • Current Challenges in AI
      • How OmniTensor Addresses These Challenges
  • Core Concepts
    • AI Grid as a Service (AI-GaaS)
      • Overview of AI-GaaS
      • Benefits of AI-GaaS
      • Use Cases of AI-GaaS
    • Decentralized Physical Infrastructure Network (DePIN)
      • GPU Sharing Model
      • Incentive Mechanisms
    • AI OmniChain
      • Layer 1 and Layer 2 Integration
      • AI Model Marketplace and Interoperability
    • DualProof Consensus Mechanism
      • Proof-of-Work (PoW) for AI Compute
      • Proof-of-Stake (PoS) for Validation
    • OMNIT Token
      • Overview
      • Utility
      • Governance
  • Tokenomics
    • Token Allocations
    • Token Locks
    • ERC20 Token
    • Audit
  • OmniTensor Infrastructure
    • L1 EVM Chain
      • Overview & Benefits
      • Development Tools & API
    • AI OmniChain
      • Interoperability
      • Scalability
      • Decentralized Data & Model Management
    • Nodes & Network Management
      • AI Consensus Validator Nodes
      • AI Compute Nodes (GPUs)
  • Roadmap & Updates
    • Roadmap
    • Future Features
  • PRODUCTS
    • AI Model Marketplace
    • dApp Store
    • Data Layer
    • Customizable Solutions
    • AI Inference Network
  • For the Community
    • Contributing to OmniTensor
      • Sharing Your GPU
      • Data Collection & Validation
    • Earning OMNIT Tokens
      • Computation Rewards
      • Data Processing & Validation Rewards
    • Community Incentives & Gamification
      • Participation Rewards
      • Leaderboards & Competitions
  • For Developers
    • Building on OmniTensor
      • dApp Development Overview
      • Using Pre-trained AI Models
    • SDK & Tools
      • OmniTensor SDK Overview
      • API Documentation
    • AI Model Training & Deployment
      • Training Custom Models
      • Deploying Models on OmniTensor
    • Decentralized Inference Network
      • Running AI Inference
      • Managing and Scaling Inference Tasks
    • Advanced Topics
      • Cross-Chain Interoperability
      • Custom AI Model Fine-Tuning
  • For Businesses
    • AI Solutions for Businesses
      • Ready-Made AI dApps
      • Custom AI Solution Development
    • Integrating OmniTensor with Existing Systems
      • Web2 & Web3 Integration
      • API Usage & Examples
    • Privacy & Security
      • Data Encryption & Privacy Measures
      • Secure AI Model Hosting
  • Getting Started
    • Setting Up Your Account
    • Installing SDK & CLI Tools
  • Tutorials & Examples
    • Building AI dApps Step by Step
    • Integrating AI Models with OmniTensor
    • Case Studies
      • AI dApp Implementations
      • Real-World Applications
  • FAQ
    • Common Questions & Issues
    • Troubleshooting
  • Glossary
    • Definitions of Key Terms & Concepts
  • Community and Support
    • Official Links
    • Community Channels
  • Legal
    • Terms of Service
    • Privacy Policy
    • Licensing Information
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  1. Introduction
  2. Why OmniTensor?

Current Challenges in AI

The current AI space faces a number of significant hurdles that slow progress in both its creation and widespread use, especially in decentralized and open systems:

  • Centralization and monopolization

  • Limited computational resources

  • Data accessibility and quality

  • Deployment and integration complexity

  • Lack of custom AI solutions

Centralization and Monopolization A small group of companies like OpenAI, Google, Amazon and IBM dominate the field, holding control over vast amounts of data, computing power and technological advancements. This control limits innovation, making it difficult for smaller players to compete. As a result, it restricts access to data, resources and transparency, leading to bottlenecks in development and fewer chances for community-driven innovation.

Limited Computational Resources Large-scale AI models, such as GPT-3 and DALL-E, require immense computational power, creating barriers for those without access to expensive infrastructure. This lack of affordable and available AI-specific resources further limits the ability of smaller companies and developers to build, train and use the latest AI models.

Data Accessibility and Quality Acquiring diverse, high-quality data remains a key obstacle in AI. Issues like privacy concerns, data cleaning, labeling and ensuring balance in datasets present challenges. Without access to comprehensive datasets, models are more likely to exhibit bias and underperform, creating ethical concerns and hindering AI's potential.

Deployment and Integration Complexity Moving AI from the lab into real-world applications comes with a host of challenges, including scaling, security and optimization. Many AI models require specialized infrastructures, making it tough to integrate with existing business systems. Furthermore, ongoing maintenance to keep these systems running efficiently can be costly and technically demanding.

Lack of Custom AI Solutions While there has been growth in AI systems designed to generate content like text or images, most are owned and operated by individual companies, limiting flexibility and customization. This lack of adaptability can be problematic for businesses or developers looking for tailor-made AI solutions within decentralized and scalable infrastructures.

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Last updated 8 months ago