Pando Project
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  • Pandoproject -Documentations
  • Whitepaper
  • Pando Network Testament
  • Blockchain Integration
    • Mainnet v4.0-2.0 Code
    • Mainnet v1.0 Code
    • Command Line Tool
    • Connect to the Mainnet
      • Using Pre-Compiled Binaries
      • Using Code
    • Connect to the Testnet
      • Using Pre-Compiled Binaries
      • Using code
    • Launch a Local Private Net
    • Configuration
  • APIs
    • Tx Api
    • RPC API Reference
    • Pando CLI APIs
    • PNC 20 Protocol
    • PNC721- Protocol
  • Pando Nodes
    • Zytatron Node
    • Metatron Node
    • Rametron Overview
    • Mainnet Metatron Setup
    • To Migrate Metatron/Zytatron
  • Rametron Overview
    • Rametron Lite
    • Rametron Mobile
    • Rametron Pro
    • Rametron Ent
  • How to Stake ?
    • Stake for RT Lite
    • Stake for RT Mobile
    • Stake for RTPro
    • Stake for RTE
  • Wallet Application
    • Web Wallet Overview
    • Connect to Metamask
    • Wallet Code- Frontend
    • Wallet Code- Backend
    • Wallet API Reference
    • Explorer Overview
  • Explorer Application
    • Explorer Node- Frontend
    • Explorer Code- Backend
    • Explorer API Reference
  • Connect to Metamask
  • Smart Contracts
    • Ethereum RPC API support
    • Deployment fees
    • PNC-20
      • PNC20 Code
      • PNC20 API Reference
    • PNC-721
      • PNC721 Code
      • PNC721 API Reference
  • Docker Implementation
  • Videos
  • Frequently Asked Question
    • Upgrade Chain to Mainnet 4.0
    • To Resolve The Block Height Issue
  • Developer Community Engagement
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On this page
  • Hardware Requirement & specification
  • Rametron Pro Staking Process
  • Staking Through Web Wallet
  • Rametron Pro Stake Withdrawal Process
  • Contact us if facing issue:
  1. Rametron Overview

Rametron Pro

This section will give you an overview of Rametron Pro, stake to a Rametron Pro Node for the Pando Network.

Overview

This layer is mainly used to store and further serve data requests from users using heavy Ubuntu based package servers of community members. Initially, these server layers are maintained by Pando Lab itself.

Peer-to-peer filesystems will always run into the problem of file availability. Storage is expensive, and without clear incentives, users will not host files on their systems, let alone maintain a healthy internet connection for other users to access.

High-quality video is usually about large files that need to be stored somewhere. The same video can and most likely will have several versions, as it will be re-encoded for different file formats, bit rates and frame sizes. In the process of editing, even more duplicate files are created. All this requires a lot of space for storing such media files. Centralization of storage is associated with high cost. In addition, it has scalability issues and is susceptible to security threats.

The solution Pando offers does not only provides significant cost saving, but also has a high level of security. Any service responsible for storing media content must not only guarantee protection against malware but also against bit rot.

The minimum token amount to stake is 45,000 PTX. The minimum hardware requirements are:

Hardware Requirement & specification

1

CPU

4-cores CPU

2

RAM

8 GB

3

OS

Ubuntu 20.04

4

Storage Space

256GB

5

Availability to claim reward

Yes

6

PON

On Chain

7

POE

Storage

Rametron Pro Staking Process

Staking Through Web Wallet

Staking through Web Wallet, the “Pando Wallet” logo unlocks your Pando wallet using your typical access method. You can easily access the Pando Web Wallet from your desktop/laptop.

Under the Pando Wallet logo you can now see "Unlock Your Wallet".

Use your typical access method((keystore, seed phrase, private key, etc.) and then add "Choose Keystore file" and enter your wallet password.

Once your wallet is unlocked, click the “Stakes” tab of the menu and click “Deposit Stake”, then click "Rametron Node"

You could now see different Rametron nodes. Click on "Rametron Pro" and then click on Continue. It will lead you to the "Deposit Stake".

In the Amount section, enter the amount of PTX you want to stake to this node and click “Deposit Stake".

Note that you need to stake at least 45,000 PTX.

After reviewing your stake deposit info on the next screen, enter your wallet password, then click on "Deposit Stake". After the stake deposit transaction is confirmed, you can view your Rametron deposit detail in dashboard screen, which is in the "Stake" Tab.

Rametron Pro Stake Withdrawal Process

To withdraw your staked tokens from the Rametron Node using either the Pando Web Wallet, click the "Stakes" tab, then the "Withdraw Stake" button.

On the next screen, select the "Rametron". Now, you need to click on "Continue" button. After clicking on continue this will ask to enter "Rametron Node Address" after entering this click on "Withdraw Stake button" .

Withdrawn stakes will be returned to your wallet address. In the "Stakes" section of your Pando wallet, you'll now see the stake's Withdrawn status has been changed to "Yes".

Once user does the withdrawal, the token is not immediately available in the wallet , it will take approximately 3 months. From the time that user asked for withdrawal it will take 1170000 block height for the stake to be available in user wallet.

Contact us if facing issue:

Feel free to raise your query, our developer community member will love to answer and understand those !

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Last updated 1 month ago

In the Deposit Stake, click on Choose Public Node, choose one of the public node from the list to stake, choose one of the public node from the list to stake and drop down will appear in the Rametron Node Holder(Summary).You could even refer the following link .

Email id-

Public Node Pool for Rametron Staking
mailto:support@pandolab.io
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