openledger
  • Openledger Ecosystem
    • What is Openledger?
    • Test Network Overview
      • Block Production and Execution
        • Data Availability via EigenDA
        • Bridging and Settlement
    • Data Intelligence Layer
  • Testnet
    • Node Installation
      • Android
      • Windows
      • Chrome Extension
      • Linux (Ubuntu)
    • Earning Mechanism
      • Network Earnings
      • Referral Earnings
      • Tier System and Progression
  • Epoch 2
  • DATANETS AND PROOF OF ATTRIBUTION
    • What is Datanets?
    • Why Specialized Data is important?
    • Proof of Attribution
    • OpenLedger Data Attribution Pipeline
    • RAG Attribution
  • Token
    • Openledger Token
  • Model Factory
    • ModelFactory: Where AI Meets Secure Data Fine-Tuning
    • Core Concepts
    • Supported Models
    • System Architecture
    • Key Features
    • Benchmarks
  • OpenLora
    • Open LoRA: A Scalable Fine-Tuned Model Serving Framework
    • System Architecture
    • Workflow
    • Optimizations & Performance Enhancements
    • Use Cases
    • API & Integration
    • The Future
  • Community Support
    • Openledger communities
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  1. OpenLora

Workflow

  1. Base Model Initialization:

  • A foundational model (e.g., Llama 3, Mistral, or Falcon) is loaded into GPU memory.

  1. Dynamic LoRA Adapter Retrieval:

  • When a request specifies a fine-tuned adapter, the system dynamically loads it from Hugging Face, Predibase, or a local directory.

  • The adapter is merged with the base model in real-time.

  1. Merging & Activation:

  • LoRA adapters are merged into the base model using optimized kernel operations.

  • Multiple adapters can be combined for ensemble inference.

  1. Inference Execution & Token Streaming:

  • The merged model generates responses with token streaming for low-latency output.

  • Quantization techniques ensure memory efficiency while maintaining accuracy.

  1. Request Completion & Adapter Eviction:

  • Once inference is complete, the adapter is unloaded to free GPU memory.

  • This process allows for serving thousands of fine-tuned models without memory bottlenecks.

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Last updated 3 months ago