Concurrent Order Management: The Super Position Manager Design
Revealing QuantMesh's core SPM component and how it eliminates order conflicts via Slot state machines and reconciliation.
Related Content
Tags
Low-Latency System Design: The Path from Milliseconds to Microseconds
From zero-copy parsing to lock-free design, discover how QuantMesh squeezes every microsecond of performance in Go.
WebSocket Real-time Data Processing Optimization Tips
Deep dive into how QuantMesh achieves extreme WebSocket throughput via message coalescing, async heartbeats, and pipelining.
Related Posts
QuantMesh Core Implementation: Architecture of a High-Performance Grid Trading System
Layered design, concurrency, state management, IExchange abstraction, and risk controls—technical deep dive into QuantMesh after large-scale live trading volume.
The Real Culprit Behind CPU 100%: A Missing `ok` in Go and the Resulting Busy-Loop
Post-mortem of an intermittent CPU 100% — a Go select-read on a channel without ok, zero-values flood the loop after close. Includes SIGUSR1 dump trick and repo-wide sweep.
Grid Trading Risk Control Dilemma and the Composite Risk Controller Solution
When multiple risk factors are simultaneously bearish but none reaches its individual trigger threshold, traditional independent risk checks fail. This article introduces QuantMesh's Composite Risk Controller — how it normalizes scattered signals, applies weighted aggregation for joint decision-making, and covers the ambiguous "cloudy day" risk scenarios in grid trading.