Solana Rust MEV Arbitrage Bot

@mughiraaa

Hello Nello, I have already completed similar blockchain and Solana projects involving high speed transaction flows, APIs, and performance focused systems. I have strong experience in web development and scalable software solutions, and I can quickly review your Rust MEV bot to identify why transactions are not landing. I can focus on the full transaction path, including transaction construction, signing, priority fees, blockhash handling, RPC or Jito routing, simulation results, and landing failures. Are the transactions failing during simulation, being rejected by the RPC, or simply expiring without landing on chain? Happy to review the current flow and discuss the issue in a quick meeting. I will share my portfolio in chat I look forward to hear from you. Thanks Best Regards, Mughira

@sagar12222

With over a decade of experience in web programming, specifically API development, I am well-versed in tackling complex problems just like the one you're facing with your Solana Rust MEV Arbitrage Bot. I have successfully completed 100+ projects and maintained an impressive on-time and on-budget record of 96% and 97% respectively. As a highly experienced backend developer, my skillset includes node.js, DJANGO, and PHP amongst others, which allows me to detect intricate issues in your bot's transactions and devise effective solutions in no time. Thank you for considering my bid!

@longngoc2307

==== Hi-Truong Here ==== “SOLANA RUST MEV BOT” — your scanner works, but transactions are failing to land reliably. I can audit the Rust transaction pipeline and trace where execution breaks: transaction construction, blockhash/expiry, priority fees, compute budget, RPC/Jito submission, simulation errors, and confirmation handling. I’ll reproduce the failure, identify the root cause, and provide a clean fix with useful logging so you can verify why each transaction lands or fails. I’m comfortable working directly with an existing Rust/Solana codebase and can start by reviewing the project archive and current logs. I can focus on legitimate transaction execution and reliability rather than optimizing manipulative strategies such as sandwiching.

@invoketech

Hello, I have hands-on experience with projects having similar Solana Rust MEV Arbitrage Bot requirements. I have 10+ years of experience in Rust, blockchain development, Solana, smart-contract integrations, transaction optimization, and high-performance systems. I can review your existing MEV bot, identify why transactions are failing to land, and optimize the transaction-building, signing, priority fees, routing, and submission flow. I can also analyze the existing Cross DEX, Backrun, Reactive Backrun, Oracle Arb, and Sandwich strategies without unnecessarily changing the working scanning logic. I’ll focus on finding the actual transaction bottleneck through logs, simulation, RPC behavior, blockhash/priority-fee handling, and execution flow. I await your response. Thanks

@husainahmed2000

Hi Nello, You are looking for a Solana Rust expert to diagnose and resolve transaction landing issues for your existing MEV arbitrage bot strategies. WE HAVE ALREADY WORKED ON SIMILAR TYPE OF PROJECTS BEFORE Services provided for your project: * Optimization of transaction submission routines and tip settings to improve landing rates * Integration with specialized RPC endpoints, Jito block engines, and private transaction relays * Dynamic priority fee calculation and compute unit optimization for Solana transactions * Debugging simulation errors, blockhashes, and instruction building logic in Rust * Comprehensive testing of transaction success across your arbitrage strategies Please join me in chat so we can review your current RPC setup and transaction logs. Best Regards, Hussain Ahmed

@PINESCRIPTERR

Hi Nello, I’ve worked on low-latency transaction systems where scanning was correct but execution failed because simulation, fees, account locks, blockhash lifetime, slippage, or submission routing were not aligned, and I can show relevant examples privately. I’d trace the complete transaction path: opportunity detection, instruction construction, account ordering, simulation, compute limits, priority fees, signing, submission, confirmation, and final on-chain outcome. Failed signatures and RPC logs would be correlated with the bot’s internal timestamps so we can distinguish rejected transactions from expired, outbid, locked, or economically invalid ones. I can also review retry behaviour, duplicate prevention, stale opportunity handling, RPC redundancy, bundle submission where legitimately supported, and profitability checks after fees. I can help stabilize cross-DEX, AMM, oracle-arbitrage, and non-manipulative backrun execution. I cannot assist with sandwich attacks or transaction logic designed to exploit another user’s order. Can you provide several failed transaction signatures, simulation logs, the current submission path, and the RPC or block-engine providers being used? Regards, Houssame