Cover Image for How to analyse potential rug pulls using the Ocean Protocol stack
Cover Image for How to analyse potential rug pulls using the Ocean Protocol stack
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How to analyse potential rug pulls using the Ocean Protocol stack

Hosted by Ocean Protocol
Virtual
Registration
Welcome! To join the event, please register below.
About Event

How to analyse potential rug pulls using the Ocean Protocol stack 

Date: 8 July
Time:  12 PM CET
Duration: 50 Min
Location: https://discord.gg/DX2sVvhd4z

This event time is specifically scheduled for the ASIA time zone. For our US/ EU based audience, please check out our other session: https://lu.ma/f957f2gb

Workshop details

Join this hands-on session to learn how to leverage the Ocean Protocol stack and VS Code Extension to analyze token behaviour and flag risky assets. You’ll get a step-by-step walkthrough of running the Rug Pull Analyzer, an algorithm built for Ocean Node Compute-to-Data jobs.

We’ll walk through real-world examples, using real tokens and show you how to configure everything for an AI workflow right from your IDE.

Link: https://github.com/oceanprotocol/vscode-extension/tree/main/metadata/rug-pull-analyzer

What You’ll Need

  1. Visual Studio Code + Ocean Extension (installed)

  2. A laptop with an internet connection

  3. A basic understanding of Python helps, but is not required

What You’ll Learn

  • How to set up and configure the Ocean VS Code Extension

  • What’s required to start a free Compute-to-Data job

  • How Ocean Nodes enable decentralised compute

  • How to run and monitor an algorithm live

Who Should Attend

  • Web2 or Web3 developers exploring decentralised tech

  • AI beginners and ML enthusiasts

  • Data professionals interested in privacy-preserving compute

  • Developers who want a fast, practical intro to deploying AI jobs

    Join our discord: https://discord.gg/DX2sVvhd4z

About Ocean Protocol

Ocean Protocol is building the infrastructure for decentralised AI by enabling secure, privacy-preserving access to data and computing. With Ocean Nodes, developers can tap into a global network of distributed computing power. Through Compute-to-Data, algorithms run directly where data is hosted, with no need to move or expose sensitive information.

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