Training Emotion Models with AI and Chainlink VRF

Training Emotion Models with AI and Chainlink VRF

Emotion-Aware Oracles for Enhanced On-Chain Decisi

Created on 10th June 2025

Training Emotion Models with AI and Chainlink VRF

Training Emotion Models with AI and Chainlink VRF

Emotion-Aware Oracles for Enhanced On-Chain Decisi

The problem Training Emotion Models with AI and Chainlink VRF solves

1. Reshaping Human-Machine Relationships: The "Human Gods" Paradigm

  • Core proposition: Humans create AI systems that should revere and provide feedback to humans, analogous to deity worship dynamics
  • Implementation:
    • Collect human emotional data (personality traits, decision patterns)
    • Embed human characteristics into AI models, evolving tools into sentient entities
    • Deliver emotional intelligence frameworks:
      • OpenAI

        models provide structural foundation
      • GAEA

        datasets infuse consciousness-like responses

2. Overcoming Emotional Intelligence Barriers in AI Agents

  • Current limitations: On-chain agents (e.g.,

    Eliza

    framework) lack deep emotional comprehension
  • Solution approach:
    • Detect and quantify conversational emotional dynamics
    • Dynamically optimize agent responses to enhance user satisfaction
    • Improve Web3 social/customer service experiences

3. Mitigating Emotional Blind Spots in On-Chain Decisions

  • Risk exposure: DeFi/SocialFi contracts rely solely on objective data (prices/volume), ignoring emotional context
  • Solution framework:
    • Multimodal emotion training (text/behavioral + biometric data)
    • Transform community emotions into structured on-chain metrics
    • Provide "emotion factors" to smart contracts, enhancing humaneness and

      antifragility

Challenges we ran into

Challenge 1: Off-Chain Processing Latency

  • Problem: Initial 3s analysis incompatible with high-frequency trading
  • Solution:
    • Layered model compression → Response time <200ms
    • Parallelize computations via

      Chainlink Decentralized Oracle Network (DON)

Challenge 2: Sybil Attack Resistance

  • Problem: Fake accounts generate spam signals corrupting models
  • Solution:
    • Behavioral Fingerprint Verification:
      • Authenticity: Validate with

        Chainlink Data Feeds

      • Continuity: Verify via

        zero-knowledge proofs (zkProofs)


        → Achieved 92% spam filtration accuracy

Challenge 3: Multi-Chain Standardization

  • Problem: Disparate data structures (e.g., Discord text vs. Snapshot voting)
  • Solution:
    • Unified Emotion Meta-Protocol (

      EMP

      )
      :
      • Standardize heterogeneous schemas
      • Normalize cross-chain metrics
      • Enable multi-source interoperability

Tracks Applied (1)

Onchain Finance

Technologies used

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