1. Executive Summary & Fleet-Wide Telemetry Overview
On October 29, 2026, at approximately 16:14:21 local server time, a comprehensive diagnostic snapshot was captured from the Bot Console of the qln-live-trading-rithmic10 quantitative execution environment. At the exact moment of capture, the system was operating with its primary market data gateway in an active state (Gateway ONLINE), actively routing three distinct symbol feeds (3 sym) across sixteen instantiated algorithmic trading bots (16 bots · 16 on gw · 16 data). Fifteen of these instances were deployed on the Chicago Board of Trade and Chicago Mercantile Exchange 10-Year U.S. Treasury Note futures contract for December 2026 delivery (ZNZ6), while one more recently launched instance was deployed on the CME Micro EUR/USD foreign exchange futures contract (M6EX6).
A forensic examination of the fleet’s telemetry reveals a deeply instructive bifurcated operational state: high-level portfolio stability and positive mark-to-market drift masked by a severe, systemic market data staleness anomaly across the fixed-income (ZNZ6) execution channels.
At the macro level, the Bot Console header reports an aggregate Realized PnL of $0.50 (R $0.50) and an Unrealized PnL of $0.50 (U $0.50), derived from a cumulative total of 34 executed trades across the entire sixteen-bot array. However, trade generation is heavily concentrated inside a specific subset of the fleet. Specifically, only five of the sixteen bots (representing 31.25% of the deployed fleet) have executed trades during their seven-hour and twenty-nine-minute uptime window. The remaining eleven bots (68.75% of the fleet) sit at zero executions. As this forensic breakdown demonstrates, the inactivity among the eleven zero-trade bots is not random; it is the direct result of three distinct operational mechanisms: strict directional regime filters (such as short-only yield-spike parameters refusing to trigger during an upward-drifting bond price session), incomplete historical bar-warming cycles, and upstream data ingestion freezes.