Morpho/Base Liquidation Engineering Platform - Sell Project

I am offering the exclusive source-code and IP transfer of a pre-production liquidation engineering platform built specifically for Morpho Blue markets on Base. This is not a generic trading-bot template or a short liquidation script. It is the result of approximately four months of engineering, empirical observation and architectural research into how competitive liquidations actually work on Base. The project reached the point where the remaining challenge is no longer basic application development. Completing competitive mainnet validation requires a professional low-latency environment, premium RPC infrastructure and a verified transaction submission route. I am selling the platform because I am not currently allocating the additional capital required for that final phase. What the platform does The system was designed to: Index Morpho Blue markets, positions and protocol events. Calculate health factors and identify positions approaching liquidation. Reconstruct and validate liquidation conditions from on-chain state. Observe Base Flashblocks and pending-state transitions. Detect opportunities where HF < 1.0. Simulate liquidation execution against forked EVM state. Evaluate liquidation economics and alternative execution routes. Prepare authenticated liquidation candidates while preventing stale-state execution. Monitor RPC latency, WebSocket continuity, provider degradation and operational budgets. Maintain reproducible releases with manifests, binary hashes, rollback procedures and fail-closed controls. Expose system state through an operator dashboard and structured telemetry. The currently configured market set can be expanded. The architecture was designed to support additional Morpho markets, collateral assets, oracle configurations and execution routes. Engineering depth The transfer package currently contains approximately: 165,000 lines of Rust across 12 workspace components. 2,400+ declared Rust tests. 275 Python tests. 100+ technical specifications. Solidity contracts and Foundry tests. Deterministic fixtures, fuzzing and invariant testing. Release, deployment, rollback and operational tooling. Buyer onboarding, infrastructure and incident-response documentation. Sanitized evidence from previous SHADOW observation runs. The work also includes months of empirical research covering: Historical Morpho liquidations on Base. Health-factor and oracle-price transitions. Flashblock timing and pending-state behavior. Public and premium RPC characteristics. WebSocket degradation and recovery behavior. Competitor transactions and publicly observable execution patterns. Likely competitive architectures, clearly separated between verified on-chain evidence and technical inference. VPS placement, network latency and provider topology. Same-block and next-Flashblock execution constraints. Route selection, execution economics and transaction preparation. What has been validated A historical Base fork campaign reconstructed 50 recent liquidation events: 50/50 events were correctly recognized as liquidatable by the local health-factor gate at the liquidation-event price. 49 positions transitioned from healthy to liquidatable at the relevant price movement. One position was already below the liquidation threshold before the final price transition. The liquidation logic, state reconstruction and fork-based execution path produced satisfactory deterministic results for positions with HF < 1.0. Separately, Base Sepolia canaries validated the transaction transport pipeline, including: Signed transaction submission. RPC acknowledgement. Pending/preconfirmation observation where supported. Receipt and sealed-transaction observation. Separation of signing, provider acknowledgement, preconfirmation and final receipt latency. These are meaningful engineering results, but they are not presented as proof of profitable mainnet inclusion or a proven competitive win rate. Historical fork validation and testnet submission do not replace controlled LIVE validation. Technology stack The platform includes: Rust asynchronous services. Solidity smart contracts. Foundry testing and contract tooling. PostgreSQL indexing and position state. EVM fork simulation. JSON-RPC and WebSocket provider lanes. Base Flashblocks ingestion and continuity verification. Morpho Blue health-factor and liquidation economics. Multi-route execution analysis. Structured telemetry and dashboard visualization. systemd production service definitions. Immutable release manifests, hashes and rollback controls. Provider-specific budgets and hard consumption limits. Safety controls separating observation, preparation, signing and broadcasting. Why the final phase requires additional infrastructure The seller-operated environment was suitable for engineering and SHADOW observation, but not for claiming professional same-block competitiveness. The recommended buyer environment is: Northern Virginia/Ashburn as the initial deployment region. 8–16 dedicated vCPU. 32...