BASE-NATIVE MORPHO BLUE LIQUIDATION BOT
Acquire a Base-native Morpho liquidation bot stack.
A documented Rust system designed to discover at-risk Morpho Blue positions, authenticate pending and Flashblocks-aware state, prepare economically viable liquidations and evaluate execution routes in parallel.
Pre-revenue source-code/IP acquisition. No claim of profitable LIVE execution, guaranteed latency or mainnet win rate.
- 01Watchmarkets + near-LLTV positions
- 02Detectoracle + Flashblock signals
- 03Validatepending HF + causal state
- 04Preparesizing + economics + liquidity
- 05SelectR04 readiness + R05 routes
Snapshot counts describe the audited transfer package; they are not certifications of profitability or production readiness.
WHAT HAS BEEN BUILT
A liquidation-bot stack, not a generic trading template.
The platform decomposes the Morpho liquidation problem into independently testable and observable stages: discovery, causal state, health and economics, preparation, route selection, decision and transport.
Find the positions worth watching.
Targeted indexing, PostgreSQL state, watchlists, reconciliation and completeness replay.
Prove the opportunity belongs to the state being prepared.
Flashblock trigger N, authenticated pending state N-k, health, sizing, economics and liquidity gates.
Select a route without weakening the safety model.
Parallel route intelligence, fail-closed admission, telemetry, reproducible release identity and rollback.
Operational guardrail Signing, nonce reservation and transaction broadcast remain outside the public SHADOW proof.
Can this opportunity reach a safe, authenticated PreparedExecution?
R04 measures the causal preparation path before any authority to sign or broadcast exists.
Which viable execution route should be selected without delaying R04?
R05 evaluates multiple routes in parallel and records why each candidate was selected or excluded.
ASSET MATURITY
Engineering completion and competitive proof are reported separately.
These are independent dimensions, not additive stages in a single progress percentage.
Engineering asset
- Technical foundationRust system, indexer, simulation, telemetry and release controls
- R04 causal readinessImplemented and tested inside the zero-send SHADOW boundary
- R05 route intelligenceParallel candidate evaluation isolated from the primary path
- TransferabilitySpecifications, evidence, rollback, SBOM and onboarding
Competitive proof
- Natural mainnet samplesComplete R04 and R05 denominators have not yet accumulated
- Submission latencySigner-to-builder transport is outside the current SHADOW proof
- Inclusion and win rateNo competitive LIVE canary has been authorized
- Net profitabilityNo revenue or repeatable mainnet economics are claimed
Waiting for complete natural opportunities that satisfy the full R04 contract.
Waiting for natural multi-route waves that satisfy the independent R05 contract.
- 01Engineering baseImplemented and transferable
- 02Natural observationEvidence accumulation pending
- 03Capped LIVE canaryLocked until buyer authorization
BUILT FOR SAFE DILIGENCE
The buyer can verify before taking operational risk.
The transfer package includes specifications, tests, fixtures, forensic reports, runbooks, release evidence, known limitations and bilingual onboarding. Repository access remains private until buyer qualification and NDA.
Traceable decisionsArchitecture, specs and evidence maps
Fail-closed safetySHADOW isolated from signing and submission
Reproducible handoffRelease identity, rollback and buyer runbooks
Competitive researchPublic onchain evidence separated from inference
BUYER COMPLETION PATH
A defined next phase — not a black box.
Recreate infrastructure
Dedicated 8–16 vCPU, 32–64 GB RAM and NVMe host; PostgreSQL, monitoring and backups.
Benchmark placement
Run 24–72-hour endpoint tests. Northern Virginia/Ashburn is a first candidate, not a claimed sequencer location.
Configure buyer-owned access
RPC credentials, database, wallets, signer policy, market admission and provider budgets.
Accumulate natural evidence
Complete independent R04/R05 observations and measure preparation, route and transport SLOs.
Authorize a capped LIVE canary
Only after legal, security, capital, transport and loss-limit gates are approved.
CLEAR DISCLOSURE
What this acquisition does not claim.
- No revenue, customers or product-market fit.
- No demonstrated profitable LIVE execution or mainnet win rate.
- No completed natural R04/R05 sample requirement.
- No guarantee of sub-200 ms end-to-end execution.
- Same-Flashblock competition may require PRECOMMIT and verified ordered/builder transport.
- Seller cloud, RPC, GitHub, wallet and email accounts are excluded.
PROPOSED TRANSFER
Source, evidence and accumulated engineering knowledge.
A controlled asset transfer: the engineering package changes hands; operational identities and risk authority do not.
Source & system components
Seller-controlled Rust and Solidity source; indexer, strategy, simulation and monitoring components.
Verification corpus
Deterministic tests, fixtures, transferable evidence and security-oriented invariants.
Operating knowledge
Specifications, forensic reports, runbooks, architecture decisions and known limitations.
Controlled handoff
SBOM, hash verification, buyer onboarding and a negotiated knowledge-transfer period.
- 01
VerifyHashes, inventory and acceptance criteria
- 02
TransferRepository, IP schedule and documentation
- 03
RebuildBuyer-owned infrastructure and credentials
CONTROLLED TRANSACTION
Verify first. Transfer through a defined process.
- 1
Public overview and buyer qualification
- 2
Mutual NDA and confidential memorandum
- 3
Proof of funds or written indication of interest
- 4
Time-limited, read-only technical diligence
- 5
Asset Purchase Agreement and funded escrow
- 6
Hash verification, IP transfer and handoff
Public contact details and repository access are intentionally omitted. Inquiries and offers should remain inside the authorized marketplace workflow.