What is Zebec Protocol?

The Zebec Protocol is a Solana based modern day Payroll solution which allows employers to pay employees every second. Our protocol allows employers to pay team members in crypto, by second, through its continuous settlement mechanism.

The Zebec Protocol is not just limited to streamlined payments. On top of pay per second, we aim to enable real time liquidity through features such as automated dollar cost averaging, yield farming, crypto IRA, 401k accounts, free fiat off-ramp and custom debit card.

Zebec Program

Devnet - AknC341xog56SrnoK6j3mUvaD1Y7tYayx1sxUGpeYWdX Mainnet - AknC341xog56SrnoK6j3mUvaD1Y7tYayx1sxUGpeYWdX

Install The Zebec Protocol js sdk

Devet: $ npm i zebecprotocol-sdk @solana/web3.js buffer-layout @solana/spl-token

Mainnet: $ npm i zebecprotocol-mainnet @solana/web3.js buffer-layout @solana/spl-token

Import JS Functions

import {
  getProvider,
  depositNativeToken,
  initNativeTransaction,
  withdrawNativeTransaction,
  cancelNativeTransaction,
  pauseNativeTransaction,
  resumeNativeTransaction,
  withdrawNativeTokenDeposit,
} from "zebecprotocol-sdk";

Connect to Phantom Wallet.

getProvider(); // This will connect user's wallet to phantom //For more info visit https://docs.phantom.app/

Deposit Native Token (SOL)

const depositTransac = async () => {
  const data = {
    sender: "J75jd3kjsABQSDrEdywcyhmbq8eHDowfW9xtEWsVALy9", // wallet public key
    amount: 1,
  };

  const response = await depositNativeToken(data);
};

Withdraw Native Token (SOL) deposit.

const nativeWithdraw = async () => {
  const data = {
    sender: "J75jd3kjsABQSDrEdywcyhmbq8eHDowfW9xtEWsVALy9", //wallet public key
    amount: 1,
  };
  const response = await withdrawNativeTokenDeposit(data);
};

Initialize Native Token (SOL) Stream

For initializing transactions, we need to send the sender address, receiver address, amount, start time and end time in epoch timestamp.

const sendTransac = async () => {
  const data = {
    sender: "J75jd3kjsABQSDrEdywcyhmbq8eHDowfW9xtEWsVALy9",
    receiver: "FuEm7UMaCYHThzKaf9DcJ7MdM4t4SALfeNnYQq46foVv",
    amount: 1,
    start_time: 1637182627, // epoch time stamp (unix)
    end_time: 1637192627,
  };
  const response = await initNativeTransaction(data); // pda should be saved.
};

Pause Native Token (SOL) Stream

For Pausing streaming payment,send the sender address, and receiver's address.

const pauseTransac = async () => {
  const data = {
    sender: "J75jd3kjsABQSDrEdywcyhmbq8eHDowfW9xtEWsVALy9",
    receiver: "FuEm7UMaCYHThzKaf9DcJ7MdM4t4SALfeNnYQq46foVv",
    pda: "3AicfRtVVXzkjU5L3yarWt2oMWSS32jfkPeeK5Hh9Hyz", // use saved pda returned from initNativeTransaction()
  };
  const response = await pauseNativeTransaction(data);
};

Resume Native Token (SOL) Stream

For Resuming streaming payment, send the sender address, and receiver's address.

const resumeTransac = async () => {
  const data = {
    sender: "J75jd3kjsABQSDrEdywcyhmbq8eHDowfW9xtEWsVALy9",
    receiver: "FuEm7UMaCYHThzKaf9DcJ7MdM4t4SALfeNnYQq46foVv",
    pda: "3AicfRtVVXzkjU5L3yarWt2oMWSS32jfkPeeK5Hh9Hyz",
  };
  const response = await resumeNativeTransaction(data);
};

Cancel Native Token (SOL) Stream

For cancelling streaming payment, send the sender and receiver address, amount.

const cancelTransac = async () => {
  const data = {
    sender: "J75jd3kjsABQSDrEdywcyhmbq8eHDowfW9xtEWsVALy9",
    receiver: "FuEm7UMaCYHThzKaf9DcJ7MdM4t4SALfeNnYQq46foVv",
    pda: "3AicfRtVVXzkjU5L3yarWt2oMWSS32jfkPeeK5Hh9Hyz",
  };

  const response = await cancelNativeTransaction(data);
};

Withdraw Native Token (SOL) Transaction

For withdrawing from streamed payment or streaming payment, send the sender address , receiver address, and the amount.

const withTransac = async () => {
  const data = {
    sender: "J75jd3kjsABQSDrEdywcyhmbq8eHDowfW9xtEWsVALy9",
    receiver: "FuEm7UMaCYHThzKaf9DcJ7MdM4t4SALfeNnYQq46foVv",
    pda: "3AicfRtVVXzkjU5L3yarWt2oMWSS32jfkPeeK5Hh9Hyz",
    amount: 0.5,
  };
  const response = await withdrawNativeTransaction(data);
};

Time Stamp Calculation :

Initializing Payment (set) Start time ( Unix epoch time) End time ( Unix epoch time) Pda (array) Sender amount Recipient

Withdraw (Get request ) PDA amount Update amount

Formula starts here (transaction per second basis):

By using a given formula , we can show transactions happening per second basis.

End_time - start time = total_seconds Amount / total_seconds = amount that needs to be transfer in second (token_transfer_per_second) Current_timestamp - end_time = remaining seconds spentSeconds = total_Seconds - remaining_seconds tokenGained = token_transfer_per_second*spentSeconds

Example:

start_time = 1632100802 End_time = 1632188102 Total_amount = 10 current_time = 1632144808

total_time_in_seconds = end_timestamp - start_timestamp = 1632100802-1632100862 = 60

total_amount_tranfer_per_seconds = total_amount / total_time_in_seconds =10/60 = 0.1666666666666667

remaining_time_in_seconds = end_timestamp - current_timestamp

spent_time_in_seconds = total_time_in_second - remaining_time_in_seconds

received_token or sent_token = total_amount_tranfer_per_seconds * spent_time_in_seconds

Note : This SDK is more compatible with phantom wallet.