Is MEV on Solana still profitable?

Opportunities exist every day because prices on different Solana venues diverge constantly, but competition is strong and edge decays. Profitability depends on latency, simulation accuracy, tip strategy and capital. We show you live data before you commit to a build.

Do you need access to my private keys?

No. The bot runs on your own infrastructure with your own signer. During development we test with our own wallets and small size; at handover you deploy it with your keys.

Can the bot run several MEV strategies at once?

Yes. Strategies are plug-in modules sharing the same data feed, simulation layer and risk guards, each with its own capital limits and kill switch.

Which data feeds does a Solana MEV bot need?

A private RPC with Yellowstone Geyser gRPC access for account and transaction streams, a Jito block engine connection for bundles, and optionally centralized exchange market data for CEX/DEX strategies.

How is this different from buying a bot online?

Off-the-shelf bots are sold to many buyers who then compete for the same routes with the same code. We build one bot for one client, around their strategy, and they own it outright.

Solana MEV

Solana MEV bot development: extract value on-chain with a bot you own

A Solana MEV bot captures maximal extractable value: the profit available from ordering, bundling and timing transactions inside a block. We design and build Solana MEV bots in Rust for traders and funds, from atomic DEX arbitrage to back-running and liquidations, and hand over the full repository.

Get a quotation How we build it

Strategies: Arbitrage, back-run, liquidation, new pools
Stack: Rust, Geyser gRPC, Jito block engine
Ownership: Full source code handed over

Transaction streams racing toward a Solana block, illustrating MEV capture

What a Solana MEV bot actually does

MEV on Solana is different from Ethereum. There is no public mempool to read, blocks arrive roughly every 400 milliseconds, and priority is decided by priority fees and Jito tips rather than gas auctions. A Solana MEV bot therefore works from data streams instead of mempool sniffing: it subscribes to account updates through Yellowstone Geyser gRPC, rebuilds the state of the pools it cares about in memory, and reacts the instant a reserve, an order book or an oracle price changes.

Every strategy follows the same loop: detect a state change, compute the profitable action, simulate it against the latest slot, sign and submit it as a bundle, then record what happened. The quality of a bot is decided by how fast and how accurately it runs that loop, which is why we write the hot path in Rust and keep the strategy logic in isolated modules.

The MEV strategies we build

Most clients start with atomic DEX-to-DEX arbitrage because it is self-contained: both legs execute in a single transaction that either profits or reverts. From there, the same infrastructure supports the other families of Solana MEV.

Atomic DEX arbitrage across Raydium, Orca, Meteora, Lifinity, Phoenix and Pump AMM, two-leg and triangular.
Back-running: reacting to large swaps that move a pool's price away from the market and restoring it for a profit.
Liquidation bots for lending protocols, watching health factors and racing to repay undercollateralized positions.
New-pool and launch strategies that detect liquidity the moment it is added, with strict safety filters.
CEX/DEX spread capture that pairs on-chain execution with centralized exchange order books.

Three MEV strategies on Solana: back-running, liquidation and new-pool sniping

Infrastructure that decides whether you land

On Solana the edge comes from latency and inclusion. A bot that sees a pool update 30 milliseconds after a competitor loses every race, regardless of how clever its strategy is. We deploy next to your RPC and Geyser providers, keep the pool graph in memory, and submit through the Jito block engine with dynamic tip bidding so you pay for inclusion only when the expected value justifies it.

Every candidate transaction is simulated before signing. Negative expected value after swap fees, priority fees, tips and slippage is dropped. This is what separates a production Solana MEV bot from an open-source script: the script finds opportunities, the bot only spends money on the ones that survive simulation.

How an engagement works

We start with a scoping call and a live screen-share of bots we have built and operated on mainnet. You describe the strategies you want, your capital range and your infrastructure. We answer with a fixed-scope quotation and a timeline; a custom MEV bot is a minimum six-month engagement covering architecture, build, dry-run testing, small-size mainnet testing, handover and tuning.

You receive a documented Rust repository, deployment templates, Grafana dashboards, alerts and 30 days of post-handover support. There is no licence server, no obfuscation and no revenue share. Results depend on capital, competition and market conditions; we deliver engineering, not a profit guarantee.

FAQ

Solana MEV bot: questions we are asked

Related services

Built on the same engine

A bundle of Solana transactions locked together racing toward the Jito block engine

Jito bundle arbitrage

Atomic bundle assembly, tip bidding and block engine submission that maximise inclusion.

Precision engine core with a mint pulse traveling a straight line, illustrating low-latency Rust systems

Rust arbitrage bot

Sub-millisecond engines with in-memory state, simulation and guards, delivered as your repository.

A new Solana liquidity pool igniting while a sensor beam locks onto it

Solana sniper bot

New-pool detection, launch filters and same-slot execution with strict safety rules.

Ready to build? Tell us about your strategy.

Tell us about your edge, capital range and infrastructure. We reply with a scoping call, a live demo of bots we have built, and a fixed-scope quotation.

Start your project