A high-performance backend system for constructing, simulating, and submitting private BNB transaction bundles via the Four.Meme Bundler. Designed for MEV resistance, execution privacy, and block inclusion optimization — inspired by Flashbots, adapted for BNB Smart Chain.
The Four.Meme Bundler is a modular and programmable transaction orchestration engine that enables private, off-mempool execution of BNB Chain transactions. It interfaces with Four.Meme relays (Flashbots-compatible infrastructure) to deliver transactions directly to validators — bypassing the public mempool and reducing MEV risks such as front-running, sandwich attacks, and back-running.
Built for builders, traders, and automation frameworks, it provides an SDK-like backend that supports dynamic bundle construction, event-based triggers, and pre-submission simulation to ensure bundle success.
- 🔒 Private Transaction Bundles Construct and submit signed bundles directly to BNB validators using Four.Meme's private relay.
- 🧠 Dynamic Bundle Logic Generate bundle strategies on the fly, triggered by events, gas spikes, or specific contract states.
- 🧩 Flashbots-Compatible API Fully interoperable with existing Flashbots tooling for developers familiar with Ethereum MEV architecture.
- ⚙️ Simulation & Validation Run real-time bundle simulations before submission using the Four.Meme simulation API.
- 🔔 Event-Driven Automation Integrate with contract event streams, price feeds, or mempool listeners to trigger automated bundles.
- ⚡ BNB-Optimized Designed specifically for BNB Smart Chain (BSC) performance characteristics and validator consensus model.
- Language: Node.js / TypeScript
- Blockchain SDK: Ethers.js (BNB-compatible)
- Relay Layer: Four.Meme Bundler / Flashbots Provider
- Environment Management: dotenv
- Network: BNB Smart Chain RPC (Mainnet or Testnet)
MEV-resistant trading bots on BNB DEXs (e.g., PancakeSwap).
Private NFT minting or sniping strategies.
Contract event-based execution (token price triggers, limit orders).
Automated arbitrage bundles across private relay networks.
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MIT License © 2025 KEI NOVAK