Most discussions around @FlutonIO focus on users submitting encrypted intents and executing private transactions, but the infrastructure side of the network is receiving almost no attention. Fluton’s solver documentation is already public, the repository is live, and the setup instructions are available, yet very few people are talking about the opportunity around running a solver. A solver is the mechanism that powers execution inside Fluton’s system. When users submit encrypted intents like swaps or bridge requests, solvers pick them up, fulfill them, settle them onchain, and earn rewards from the execution. Solvers run relayer nodes, monitor supported chains for incoming intents, calculate whether execution is profitable, and collect fees once settlement is completed. The fee structure is configurable by each solver individually. Solvers define base fees, percentage fees, and pricing across chains and token pairs, creating competition where users benefit from better execution while solvers benefit from growing network activity. As Fluton’s volume increases, the revenue opportunity for solver operators grows with it. The setup process itself is more accessible than most people expect. Fluton already supports solver participation on Sepolia, Arbitrum Sepolia, and Base Sepolia, allowing operators begin building infrastructure and operational experience early before mainnet competition becomes crowded. Solvers also integrate with routing systems like 1inch and Odos, meaning they are not simple relayers but liquidity routing engines sourcing execution across DeFi.