re.al docs
  • Introduction
    • Get to Know re.al
    • Relationship to Arbitrum
    • Tokenized RWAs on re.al
  • re.al Chain
    • Arbitrum Orbit Overview
    • Block Explorer
    • Run a Node
    • Governance
    • Security
    • Contracts & Addresses
  • Get Started
    • reETH: Native Token
    • Get Started
    • Asset Bridging
    • Network Guides and Videos
      • How to Bridge to re.al
      • How to Lock $RWA
      • How to Bridge from re.al (to Ethereum and L2s)
  • RWA Token
    • Overview
    • RWA Tokenomics
      • Reporting veRWA APY
    • Managing veRWA
    • stRWA and wstRWA
    • RWA Rewards Program
      • Overview and Goals
      • Program Specifics
      • Referrals
      • Calculating Points
    • Migration
    • Contracts
      • RWA Technical
      • stRWA Technical
  • Build on re.al
    • Start Building
    • Faucet
    • Smart Contracts
      • Write a Contract
      • Deploy Using Hardhat
      • Verify Contracts
  • Services
    • Services
    • Account Abstraction
      • Safe Account Abstraction
    • Automation & Off-chain Data
      • Gelato Web3 Functions
    • Bridges
      • Layer Zero
    • Indexers
      • Goldsky
    • Oracles
      • Redstone on re.al
    • Relay
      • Gelato Relay
    • VRF
      • Gelato VRF
    • Wallet as a Service
      • Privy
      • Web3Auth
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On this page
  • The Problem
  • The Solution
  • Use cases
  1. Services

Automation & Off-chain Data

The Problem

In the realm of blockchain development, especially with decentralized applications (dApps), a significant challenge emerges in the form of limited auto-execution capabilities. Traditionally, smart contracts, despite their advanced functionalities, lack the inherent ability to initiate or call methods automatically. This limitation poses a hurdle in the seamless operation and scalability of blockchain applications.

The Solution

To address this gap, automation solutions have been developed. These systems are designed to monitor both on-chain and off-chain data sources continuously. They are programmed to recognize specific predefined conditions. Once these conditions are met, the automation system springs into action, executing the necessary transactions without human intervention.

Use cases

  1. Auto Harvesting in DeFi: In decentralized finance applications, automation can manage yield farming strategies, harvesting rewards automatically when they reach a certain threshold, thereby optimizing the return on investment for users.

  2. Limit Orders in Trading: Automated systems can execute trades when certain price points are hit, mirroring the functionality of limit orders in traditional trading but within a decentralized environment.

Read more about Gelato Web3 functions below!

PreviousSafe Account AbstractionNextGelato Web3 Functions

Last updated 9 months ago