Evolve Network
  • 🙋Introduction
    • What is Evolve Network?
      • Mission
      • Key Features
    • High-Level Overview
  • 👨‍🏫Core Concepts
    • Decentralized Compute
    • LLMs
    • Agents & Agent Flows
  • 🧩Agents Platform
    • Agents Flow
      • Agent Studio
      • Agents Hub
      • Using the Platform Locally
      • Using the Platform on Web App
    • Tools
    • Memory
    • Publishing Agent Flows
      • Public
      • Private (Local)
      • NFTs
  • 🗂️Data Management
    • Data Hub Overview
    • Data Studio
    • Built-in Data Scraper
    • Vector Databases
      • How It Works
  • 🖥️Node
    • Node Runner
    • Quick Start Guide
      • System Tray App
      • GPU Allocation and Sharing
      • Local Web App
    • The Node App
      • Architecture
    • Incentives
      • Best Practices
  • 🌐Network Architecture
    • Decentralized Network
    • Blockchain
    • Native Explorer
  • 🕵️‍♂️Tokenomics
    • Token Utility
    • Buying and Selling Tokens
    • Payments and Incentives
      • Pricing for Platform Usage
      • EVOLVE Token Emissions
    • Governance (DAO)
      • Proposal Creation
      • Voting Mechanism
      • Token-based Governance Participation
  • 🧑‍🍳Dev SDK
    • Agentflow Endpoints
    • Integration Guidelines for Third-party Services
  • 🛡️Security and Privacy
    • End-to-End Encryption
    • Trusted Execution Environment (TEE)
    • API / OAuth Management
    • Data Handling Policies
  • 🗣️Community Network
    • Roadmap
    • FAQs
    • Forum & Socials
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On this page
  • Vectorization of Data
  • Embedding Models
  • Query Processing
  • Re-Ranking
  1. Data Management

Vector Databases

Vector Databases are designed to ensure that all data uploaded by users is vectorized, allowing for efficient and effective data retrieval and utilization of public datasets uploaded by users in the community. Using peer-hosted compute resources host embedding models to embed data for high performing agents equipped with specialized memory.

Vectorization of Data

Any data uploaded by users is automatically vectorized, transforming it into a format suitable for efficient querying and retrieval in a vector space. The Vector DB is built on Chroma DB, optimized for handling large-scale vectorized data.

Embedding Models

High-quality embedding models are used to vectorize the data, ensuring that the vectors accurately represent the information's semantic content. The process of embedding text-based datasets utilizes compute resources provided by peers in the network.

Query Processing

When a user makes a query, it is embedded into a relevant vector space using the same embedding models. The embedded query is then matched against a cluster of vectorized information relevant to the context of the query, enabling precise and relevant data retrieval.

Re-Ranking

The Vector DB includes a re-ranker mechanism that is currently under development. This re-ranker will refine the search results by re-evaluating the relevance of the retrieved vectors, ensuring that the most pertinent information is presented to the user.

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Last updated 11 months ago

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