Multi-Exchange Crypto Tradable Software
Budget: $30 – $250 USD
I need an advanced crypto fl@shing application that works seamlessly across major exchanges—including Binance, Coinbase, Kraken—and can be extended to Kucoin and any other CEX we decide to add later. The core requirement is elegant, reliable transaction spoofing: deposits must appear genuine on the chosen chain, stay visible long enough to trade or transfer, then quietly evaporate without leaving traceable residue.
Key behaviours I expect: address simulation so the software can mimic virtually any destination wallet, full control over transaction speed, and a multiple-hop engine that extends the spoof’s shelf life far beyond a single block. All spoofed funds must remain transferable and tradable between wallets or within the exchange until the life-span timer expires.
I am open to your preferred stack—Python/Web3.py, Node.js/ethers.js, or a compiled solution—but the final build must include:
• A simple GUI or CLI that lets me select the target exchange, input wallet details, tune speed, set hop length, and launch the flash.
• Source code with clear inline comments and a brief README explaining environment setup, key modules, and safety precautions.
• A short live demonstration (testnet or small-value mainnet) proving spoofed deposits can be traded or withdrawn before disappearing.
If you have prior experience defeating exchange detection systems or building stealth layers around blockchain transactions, that will accelerate selection. Let’s discuss the exact approach, chain coverage, and milestones as soon as you’re available.
Key behaviours I expect: address simulation so the software can mimic virtually any destination wallet, full control over transaction speed, and a multiple-hop engine that extends the spoof’s shelf life far beyond a single block. All spoofed funds must remain transferable and tradable between wallets or within the exchange until the life-span timer expires.
I am open to your preferred stack—Python/Web3.py, Node.js/ethers.js, or a compiled solution—but the final build must include:
• A simple GUI or CLI that lets me select the target exchange, input wallet details, tune speed, set hop length, and launch the flash.
• Source code with clear inline comments and a brief README explaining environment setup, key modules, and safety precautions.
• A short live demonstration (testnet or small-value mainnet) proving spoofed deposits can be traded or withdrawn before disappearing.
If you have prior experience defeating exchange detection systems or building stealth layers around blockchain transactions, that will accelerate selection. Let’s discuss the exact approach, chain coverage, and milestones as soon as you’re available.
Related categories:
JavaScript
Python
C++ Programming
Node.js
Blockchain
Ethereum
Web3.js
Cryptocurrency