Insights from Performance Engineering Practice High-performing systems are characterized not only by speed, but by predictability, stability under load, and the ability to evolve without performance degradation. Modern performance engineering treats performance as a system property that must be designed, measured, and maintained over time. The following principles summarize key practices commonly applied in high-performance engineering environments, as illustrated through app

1. Latency & Execution Speed Commercial impact: Extremely high Why it matters In HFT and short-horizon quant strategies, profitability is often determined by microseconds. Latency directly affects queue position, fill probability, and adverse selection. Technical challenges Network latency (fiber vs microwave vs FPGA) Kernel bypass, NIC tuning, cache locality Exchange protocol handling Jitter and tail latency control Business impact Revenue impact: 10–30% of strategy PnL Doll

In the fast-paced world of quantitative finance, firms often face complex challenges that require specialized knowledge and expertise. As the industry evolves, the need for tailored consulting services becomes increasingly apparent. Specialized consulting can provide quantitative firms with the insights and strategies necessary to navigate market fluctuations, optimize operations, and enhance decision-making processes. This blog post explores the key benefits of specialized c

In the fast-paced world of trading, where decisions can lead to significant financial gains or losses, the need for reliable and effective trading strategies is paramount. As technology continues to evolve, traders are increasingly turning to expert systems for assistance. These systems not only help in analyzing vast amounts of data but also provide verification of trading strategies, ensuring that traders make informed decisions. In this blog post, we will explore how exper