Sui

Active Deployments

The Switchboard On-Demand service is currently deployed on the following networks:

• Mainnet:

  • 0xe6717fb7c9d44706bf8ce8a651e25c0a7902d32cb0ff40c0976251ce8ac25655

• Testnet:

  • 0x578b91ec9dcc505439b2f0ec761c23ad2c533a1c23b0467f6c4ae3d9686709f6

Typescript-SDK Installation

To use Switchboard On-Demand, add the following dependencies to your project:

NPM

npm install @switchboard-xyz/sui-sdk @mysten/sui --save

Bun

bun add @switchboard-xyz/sui-sdk @mysten/sui

PNPM

pnpm add @switchboard-xyz/sui-sdk @mysten/sui

Creating an Aggregator and Sending Transactions

Building a feed in Switchboard can be done using the Typescript SDK, or it can be done with the Switchboard Web App. Visit our docs for more on designing and creating feeds.

Building Feeds

import {
  SwitchboardClient,
  Aggregator,
} from "@switchboard-xyz/sui-sdk";
import { CrossbarClient, OracleJob } from "@switchboard-xyz/common";
import { getFullnodeUrl, SuiClient } from "@mysten/sui/client";
import { Ed25519Keypair } from '@mysten/sui/keypairs/ed25519';
import { Transaction } from '@mysten/sui/transactions';

// Add your Sui signer here
const keypair = new Ed25519Keypair();
const userAddress = keypair.getPublicKey().toSuiAddress();
const suiClient = new SuiClient({
    url: getFullnodeUrl('testnet'),
});

// for initial testing and development, you can use the public
// https://crossbar.switchboard.xyz instance of crossbar
const crossbarClient = new CrossbarClient("https://crossbar.switchboard.xyz");

// ... define some jobs ...
const jobs: OracleJob[] = [
  OracleJob.fromObject({
    tasks: [
      {
        httpTask: {
          url: "https://binance.com/api/v3/ticker/price?symbol=BTCUSDT",
        }
      },
      {
        jsonParseTask: {
          path: "$.price"
        }
      }
    ],
  }),
];


// Create a SwitchboardClient using the SuiClient configured with your favorite RPC on testnet or mainnet
const sb = new SwitchboardClient(suiClient);
const state = await sb.fetchState();
const queue = state.oracleQueueId;

const { feedHash } = await crossbarClient.store(queue, jobs);

// try creating a feed
const feedName = "BTC/USDT";

// Require only one oracle response needed
const minSampleSize = 1;

// Allow update data to be up to 60 seconds old
const maxStalenessSeconds = 60;

// If jobs diverge more than 1%, don't allow the feed to produce a valid update
const maxVariance = 1e9;

// Require only 1 job response
const minJobResponses = 1;

//==========================================================
// Feed Initialization On-Chain
//==========================================================

let transaction = new Transaction();

// add the tx to the PTB
await Aggregator.initTx(sb, transaction, {
  feedHash,
  name: feedName,
  authority: userAddress,
  minSampleSize,
  maxStalenessSeconds,
  maxVariance,
  minResponses: minJobResponses,
});

// Send the transaction
const res = await suiClient.signAndExecuteTransaction({
  signer: keypair,
  transaction,
  options: {
    showEffects: true,
  },
});

// Capture the created aggregator ID
let aggregatorId;
res.effects?.created?.forEach((c: any) => {
  if (c.reference.objectId) {
    aggregatorId = c.reference.objectId;
  }
});

// Wait for transaction confirmation
await suiClient.waitForTransaction({
  digest: res.digest,
});

// Log the transaction effects
console.log(res);

Updating Feeds

With Switchboard On-Demand, passing the PTB into the feed update method handles the update automatically.

const aggregator = new Aggregator(sb, aggregatorId);

// Create the PTB transaction
let feedTx = new Transaction();

// Fetch and log the oracle responses
const response = await aggregator.fetchUpdateTx(feedTx);
console.log("Fetch Update Oracle Response: ", response);

// Send the transaction
const res = await suiClient.signAndExecuteTransaction({
  signer: keypair,
  transaction: feedTx,
  options: {
    showEffects: true,
  },
});

// Wait for transaction confirmation
await suiClient.waitForTransaction({
  digest: res.digest,
});

// Log the transaction effects
console.log({ aggregatorId, res });

Note: Ensure the Switchboard Aggregator update is the first action in your PTB or occurs before referencing the feed update.

Adding Switchboard to Move Code

To integrate Switchboard with Move, add the following dependencies to Move.toml:

[dependencies.Switchboard]
git = "https://github.com/switchboard-xyz/sui.git"
subdir = "on_demand/"
rev = "mainnet" # testnet or mainnet

[dependencies.Sui]
git = "https://github.com/MystenLabs/sui.git"
subdir = "crates/sui-framework/packages/sui-framework"
rev = "framework/mainnet" # testnet or mainnet
# override = true # Uncomment if you need to override the Sui dependency

Once dependencies are configured, updated aggregators can be referenced easily.

Example Move Code for Using Switchboard Values

In the example.move module, use the Aggregator and CurrentResult types to access the latest feed data.

module example::switchboard;

use switchboard::aggregator::{Aggregator, CurrentResult};
use switchboard::decimal::Decimal;

public entry fun use_switchboard_value(aggregator: &Aggregator) {

    // Get the latest update info for the feed
    let current_result = aggregator.current_result();

    // Access various result properties
    let result: Decimal = current_result.result();        // Median result
    let result_u128: u128 = result.value();               // Result as u128
    let min_timestamp_ms: u64 = current_result.min_timestamp_ms(); // Oldest data timestamp
    let max_timestamp_ms: u64 = current_result.max_timestamp_ms(); // Latest data timestamp
    let range: Decimal = current_result.range();          // Range of results
    let mean: Decimal = current_result.mean();            // Average (mean)
    let stdev: Decimal = current_result.stdev();          // Standard deviation
    let max_result: Decimal = current_result.max_result();// Max result
    let min_result: Decimal = current_result.min_result();// Min result
    let neg: bool = result.neg();                         // Check if negative (ignore for prices)

    // Use the computed result as needed...
}

This implementation allows you to read and utilize Switchboard data feeds within Move. If you have any questions or need further assistance, please contact the Switchboard team.\

Quotes (New - October 2025 Switchboard Upgrade)

Switchboard Oracle Quotes provide a more flexible way to consume oracle data by allowing you to create a quote verifier in your program and then fetch quotes on-demand. This approach gives you more control over when and how oracle data is consumed. Alternatively, you can just keep track of timestamps manually in a state object.

Overview

The Quote flow works in two main steps:

1. Create a Quote Verifier: Set up a verifier in your Move program that can validate oracle quotes

2. Fetch Quotes: Use the SDK to fetch oracle consensus data and create quotes that can be used in subsequent transactions

Step 1: Creating a Quote Verifier

First, create a quote verifier in your Move program:

import { Quote, SwitchboardClient } from "@switchboard-xyz/sui-sdk";
import { Transaction } from "@mysten/sui/transactions";

const client = new SwitchboardClient(suiClient);
const tx = new Transaction();

// Create a new quote verifier
const verifier = await Quote.createVerifierTx(client, tx, {
  queue: queueId, // The oracle queue ID
});

// Execute the transaction to create the verifier
const result = await suiClient.signAndExecuteTransaction({
  transaction: tx,
  signer: keypair,
});

Step 2: Fetching Quotes

Once you have a verifier, you can fetch quotes using the SDK:

import { fetchQuoteUpdate } from "@switchboard-xyz/sui-sdk";

const tx = new Transaction();

// Fetch quote updates for specific feed hashes
const quotes = await fetchQuoteUpdate(
  client,
  ['0x7418dc6408f5e0eb4724dabd81922ee7b0814a43abc2b30ea7a08222cd1e23ee'], // Feed hashes
  tx,
  {
    numOracles: 3, // Optional: specify number of oracles
  }
);

// The quotes object can now be used in subsequent move calls
tx.moveCall({
  target: 'YOUR_PACKAGE::your_module::use_quotes',
  arguments: [
    quotes, // The quotes object from fetchQuoteUpdate
    // ... other arguments
  ],
});

// Execute the transaction
const result = await suiClient.signAndExecuteTransaction({
  transaction: tx,
  signer: keypair,
});

Move Integration for Quotes

In your Move code, you can work with quotes using the quote verifier.

module example::quote_consumer;

use switchboard::quote::{Self, QuoteVerifier, Quotes};
use switchboard::decimal::Decimal;

public struct State has key {
    id: UID,
    quote_verifier: QuoteVerifier,
}

// Initialize your program with a quote verifier
public fun init_with_verifier(ctx: &mut TxContext, queue: ID) {
    let verifier = switchboard::quote::new_verifier(ctx, queue);
    
    transfer::share_object(State {
        id: object::new(ctx),
        quote_verifier: verifier,
    });
}

// Use quotes in your program logic
public entry fun consume_quotes(
    program: &mut State,
    quotes: Quotes,
    ctx: &mut TxContext
) {
    // Verify and extract quote data
    let quote_data = program.quote_verifier.verify_quotes(&quotes);
    
    // Access individual quotes by feed hash
    let feed_hash = b"7418dc6408f5e0eb4724dabd81922ee7b0814a43abc2b30ea7a08222cd1e23ee";
    if (quote_data.contains(feed_hash)) {
        let quote = quote_data.get(feed_hash);
        let result: Decimal = quote.result();
        let value_u128 = result.value();
        let timestamp: u64 = quote.timestamp_ms();
        
        // Use the quote data in your program logic...
    };
}