Mempool Oracle | Institutional Data Pipeline<br>[SECURITY PROTOCOL]Mempool Oracle is a read-only data provider. We will NEVER ask you to connect a Web3 wallet or provide Exchange API keys. Execution is 100% client-side.
QUANTITATIVE INFRASTRUCTURE<br>Sub-50ms Bitcoin network topology intelligence for algorithmic execution<br>— at 10% of enterprise BDN cost.<br>Direct P2P transaction propagation monitoring for quantitative infrastructure. We provide pure, latency-optimized mempool telemetry, explicitly bypassing standard RPC bottlenecks.<br>Our bare-metal C-engine performs in-memory CPFP/RBF topology resolution, streaming raw network pressure signals directly to your trading algorithms via SSE.<br>Direct P2P inv Propagation Monitoring<br>In-Memory CPFP/RBF Topology Resolution<br>Sub-50ms SSE Telemetry Streaming<br>Provisioning Email<br>I acknowledge the Terms of Service and assume all financial liability for algorithmic execution.<br>PROVISION API KEY - $499 /MODOWNLOAD HISTORICAL SANDBOX DATA (.JSON)VIEW OPEN-SOURCE CLIENT (GITHUB)<br>Need to validate the live SSE stream before deploying?<br>Request a temporary Sandbox API Key
Internal Mesh (C-Engine)
SSE Stream (Client Output)
[!] PUBLIC TELEMETRY SANDBOX. DISPLAYING O(1) SHOCK SCORE AGGREGATION VIA HISTORICAL REPLAY.<br>LIVE VISUALIZER (DELAYED 5m)<br>Mempool Topology O(1) Heatmap
Data reflects historical network pressure. Raw execution signals locked behind API gateway.
Understanding the Topology Heatmap<br>The interactive chart above is a visual aggregation of our O(1) Shock Score Engine . The Y-axis represents the calculated pressure currently inside the Bitcoin mempool. This is not arbitrary transaction volume; it is a mathematical synthesis of two critical metrics: Child-Pays-For-Parent (CPFP) Fee Velocity and Replace-By-Fee (RBF) Acceleration .<br>When massive institutional players attempt to dump assets or front-run the market, they aggressively bid up block space by replacing their transactions with exponentially higher fees. Our C-Engine detects these sequence bumps at the P2P layer milliseconds after they are broadcasted.<br>Execution Benchmark: The massive spikes you see represent coordinated network panic. By bypassing RPC nodes and reading the P2P `inv` propagation directly, your automated trading algorithms ingest these exact signals via our SSE API before the transactions are officially stamped into the blockchain. This latency gap is your execution window.