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  • Silencio Network Introduction
    • The Problem
    • Our Mission
    • How We Capture Value
    • How We Deliver Value
      • Venue Noise Levels
      • Street Noise Levels
      • Noise Complaints
      • In-App Monetization
    • Our Honest Data Approach
    • How To Get Started
  • Technical Overview
    • Why Blockchain? Why peaq?
    • Architecture Overview
    • Self-Custodial Wallet
    • Measurement Processor
    • Data Quality and Integrity
      • Anomaly Detection Engine
      • Fraud Detection Consequences
    • Datapoints Database
    • Silencio Explorer
    • Hot & Cold Storage Strategy
    • Data Privacy
    • Database Backups and Encryption
    • Security and Scalability
  • Tokenomics
    • Token Distribution
    • Utility of the $SLC Token
    • Beta Airdrop
    • Ecosytem Development Treasury
    • CEX & DEX Liquidity
    • Investors
    • Initial Community Campaigns
    • Core Contributors
    • The Silencio Reward Economy
      • Gamification Features
    • Monthly Community Raffle
    • Inviting a Friend to Silencio
    • Future Community Rewards
    • Staking
    • Data Monetization and Value Accrual
    • On-Chain Activity
  • Core Contributors
    • Early Contributors
    • Scientific Team
    • Extended Core Contributors
    • Introducing our Power User, Sam!
  • Disclaimer
    • Crypto Products
    • Nature of the White Paper
    • Token Features
    • Deemed Representations and Warranties
    • Risks and Important Information
    • Informational Purposes Only
    • Regulatory Approval
    • Cautionary Note on Forward-Looking Statements
    • English Language
    • Beware of Scam Airdrops
    • Risks & Important information
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  1. Technical Overview

Hot & Cold Storage Strategy

How Silencio Stores Data: Balancing Quick Access and Cost-Effectiveness

Hot Storage in PostgreSQL: We use PostgreSQL for our hot storage, maintaining data for up to one month. This allows us to easily access the most recent data for quick analysis and retrieval.

Daily Data Pipeline: Every day, we run a pipeline that extracts the oldest daily partition of data from PostgreSQL. This data is then moved to AWS S3 Glacier cold storage in Parquet format. This helps us reduce storage costs while ensuring that historical data remains intact and accessible when needed.

Decentralized Storage with Filecoin: We also utilize decentralized storage with Filecoin, adding an extra layer of security. By storing our data across a distributed network, we enhance its resilience and availability.

This storage strategy ensures that both current and historical data are securely stored and accessible, and it is cost-efficient, giving users peace of mind when accessing our services.

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Last updated 5 months ago