Latency in computing refers to the time delay between an input and the resulting output. It exists at every level of a system, from the input and output (IO) delay between a user and a device to the network delay as data travels between computers and servers across the world.
For a payment system that aims for broad adoption, low network latency can be important. If the gap between paying at a checkout and confirming that payment grows too long, it may create friction for users.
An exchange with low latency and high throughput can process these orders quickly, allowing automated strategies to respond to price movements in a timely way. An exchange with high latency, by contrast, may process orders with a delay relative to the evolving market price. This can lead to orders being filled at unexpected prices and may cause traders to miss opportunities.
Whether on a blockchain or a trading platform, latency shapes how responsive a system feels and how reliably it behaves under load. Understanding the sources of delay can help users set realistic expectations about confirmation times and order execution, and it highlights why scalability and performance remain active areas of development across the crypto industry.
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