Sub-50ms Bitcoin network topology intelligence for algorithmic execution
— at 10% of enterprise BDN cost.
Direct P2P transaction propagation monitoring for quantitative infrastructure. We provide pure, latency-optimized mempool telemetry, explicitly bypassing standard RPC bottlenecks.
Our bare-metal C-engine performs in-memory CPFP/RBF topology resolution, streaming raw network pressure signals directly to your trading algorithms via SSE.
- Direct P2P inv Propagation Monitoring
- In-Memory CPFP/RBF Topology Resolution
- Sub-50ms SSE Telemetry Streaming
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Mempool Topology O(1) Intelligence Dashboard
Live stats aggregated over 60s rolling window. Individual events delayed 5 minutes. TXIDs and exact sizes locked behind API gateway.
0 events in history buffer
Reading the Intelligence Dashboard
The dashboard above is a live, sanitised window into our O(1) Shock Score Engine — the same engine your trading algorithms connect to via SSE. The four metric cards at the top reflect the last 60 seconds of real network activity, updated every 30 seconds. The chart below shows the shock score history with a strict 5-minute delay applied. TXIDs, node IPs, and exact transaction sizes are withheld from this public view and are only available to provisioned subscribers.
Whales / 60s is the count of transactions exceeding 5 BTC detected by the triangulation mesh in the current rolling window. Sustained counts above 5 per minute indicate elevated institutional activity and typically precede fee market compression.
Avg Shock Score is a normalised composite metric ranging from 0.00 to 0.99. It synthesises three signals: RBF Fee Velocity (the rate at which a transaction's fee is being bumped upward), RBF Aggression (the number of replacement bumps on a single output), and Whale Density (the concentration of large transactions within a short time window). A score above 0.80 indicates coordinated network pressure and is the primary trigger signal for execution algorithms.
RBF Activity shows the percentage of detected whale transactions that have opted into Replace-By-Fee. When this rises above 50%, it indicates that institutional players are actively competing for block space — a reliable leading indicator of fee market volatility.
Network Status reflects whether the mempool is in an active or void state. A void occurs when transaction propagation rates drop below the engine's baseline threshold — often a precursor to sudden price movement as suppressed activity releases. When a MICROBURST badge appears, the engine has detected three or more whale transactions within a single second — the highest-urgency signal the system produces.
Execution Benchmark: By reading directly from the Bitcoin P2P layer via inv message propagation — bypassing RPC nodes entirely — our C-engine sees transactions milliseconds before they are visible to standard infrastructure. The shock score your algorithm receives via SSE reflects conditions that the broader market has not yet priced in. That latency gap is your execution window.