Solana Jupiter × DFlow Router Arbitrage Bot cover
Arbitrage
v2.0 · Updated weekly
ArbitragePro4.8

Solana Jupiter × DFlow Router Arbitrage Bot

Combine Jupiter and DFlow swap routes to search for SOL-to-SOL round-trip pricing inefficiencies without deploying a custom contract.

Overview

Pairs Jupiter and DFlow swap routes to hunt SOL-to-SOL round trips: swap into an intermediate asset on one router, back to SOL on the other, profiting when the loop closes above the starting balance after costs.

No custom contract is required — supported legs compose from router instructions. Stale quotes, excessive price impact, and thin routes are rejected before submission, never after.

Highlights

Compares Jupiter and DFlow quotes for inefficienciesBuilds round-trip routes that start and end in SOLNo user-deployed smart contract for supported routesCalculates fees, impact, priority costs, min net profitRejects stale or unprofitable quotes pre-submission

How the Strategy Works

  1. 1

    Scan dual routers

    Request fresh Jupiter and DFlow quotes across approved intermediates.

  2. 2

    Assemble the loop

    Compose SOL → Token X via one router and Token X → SOL via the other.

  3. 3

    Cost the round trip

    Estimate network, platform, and priority fees against the projected output.

  4. 4

    Gate on net profit

    Proceed only if estimated net profit clears your configured minimum.

  5. 5

    Submit atomically where possible

    Compose both legs into one transaction when route support allows.

Product images

See the bot in action

Explore the monitoring, configuration, and execution interfaces included with Solana Jupiter × DFlow Router Arbitrage Bot.

3 product previews
Solana Jupiter × DFlow Router Arbitrage Bot — Dual-Router Scanner
Screenshot 1

Dual-Router Scanner

Compare Jupiter and DFlow quotes across approved intermediate assets.

Solana Jupiter × DFlow Router Arbitrage Bot — SOL Round-Trip Builder
Screenshot 2

SOL Round-Trip Builder

Build SOL-to-token-to-SOL routes using liquidity from both supported routers.

Solana Jupiter × DFlow Router Arbitrage Bot — Pre-Execution Profit Check
Screenshot 3

Pre-Execution Profit Check

Evaluate quote age, fees, priority costs, price impact, slippage, and expected net output.

Live Execution Monitorslot 241,102,556
Scan
Quote
Simulate
Execute
Exit

Realized Profit (24h)

$0

Opportunities Scanned

0

Win Rate

0%
SOL → USDC → SOL · net +0.0042 SOLskipped · stale quote

Core Settings

SettingDescription
Starting SOL amountCapital allocated to each route
Intermediate tokensApproved assets the bot may route through
Minimum net profitRequired expected profit after estimated costs
Maximum price impactRejects routes with excessive market impact
Slippage toleranceLimits unfavorable execution changes
Priority feeControls transaction prioritization
Quote ageRejects quotes older than the configured limit
Token allowlistPrevents routing through unknown assets
Setup guide

Install and configure the bot

Preview the complete installation workflow. Follow each step in order and validate the bot in paper mode before enabling live execution.

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0 of 7 steps complete

Extract the bot

Download the ZIP package and extract it into a private directory.

terminal
unzip solana-jupiter-dflow-arbitrage.zip && cd solana-jupiter-dflow-arbitrage

Check Python

Confirm that Python 3.11 or newer is installed on your machine.

terminal
python --version

Create an environment

Create an isolated virtual environment for the bot dependencies.

terminal
python -m venv .venv

Activate the environment

Activate the virtual environment before installing dependencies.

terminal
source .venv/bin/activate
# Windows PowerShell
.venv\Scripts\Activate.ps1

Install dependencies

Install the required Python packages from the included requirements file.

terminal
python -m pip install --upgrade pip
pip install -r requirements.txt

Create your environment file

Copy the included example and add your private configuration values.

terminal
cp .env.example .env

Start the bot

Start live monitoring only after reviewing every configured risk limit.

terminal
python main.py
Environment setup

Configure your .env file

Add these values to the included environment file. Keep wallet credentials and API secrets private.

Frequently Asked Questions