A server under load behaves differently
Posted: Fri Oct 30, 2026 11:45 am
A server under load behaves differently
When volatility spikes, thousands of traders send orders at the same moment. The broker's server queues them. The queue creates delay, and the delay grows with the load.
Retail traders feel it as slow fills, rejected orders, or temporary freezes. Order processing at the broker is typically first-in, first-out, but the exact rules differ.
The delay during these peaks can be many times normal. An order that takes 80 milliseconds on a quiet day might take two seconds during NFP.
A scalper using tight stops during these events faces larger slippage than the spread and price alone suggest, because the order sits in a queue while the market moves.
Anything that reduces the number of requests helps. Pre-positioned orders do not need to be sent at the critical moment. Fewer modifications and cancellations avoid adding to the load.
What did execution time look like at the last major release compared with a normal day?
When volatility spikes, thousands of traders send orders at the same moment. The broker's server queues them. The queue creates delay, and the delay grows with the load.
Retail traders feel it as slow fills, rejected orders, or temporary freezes. Order processing at the broker is typically first-in, first-out, but the exact rules differ.
The delay during these peaks can be many times normal. An order that takes 80 milliseconds on a quiet day might take two seconds during NFP.
A scalper using tight stops during these events faces larger slippage than the spread and price alone suggest, because the order sits in a queue while the market moves.
Anything that reduces the number of requests helps. Pre-positioned orders do not need to be sent at the critical moment. Fewer modifications and cancellations avoid adding to the load.
What did execution time look like at the last major release compared with a normal day?