Accuracy vs Precision in ZeroKey's Quantum RTLS

Accuracy and precision in measurement determine how closely you hit a target. Accuracy measures proximity to the true value, while precision gauges proximity between measured values. The same principles apply to Real Time Location Systems (RTLS) including ZeroKey’s Quantum RTLS.

Accuracy

Accuracy refers to how close a measurement is to the true value or actual position of an object. Accuracy is crucial in applications where the absolute position needs to be as close to reality as possible, such as in inventory management or industrial automation where knowing the exact location of assets is essential.

Precision

Precision, on the other hand, describes the consistency or repeatability of measurements. A system that produces repeatable results over multiple measurements is considered precise. In RTLS, precision is important for ensuring that repeated tracking of an object's movement appears smooth and reliable.

Accuracy vs Precision

The difference between these two measurement principles is especially relevant to RTLS. Optimizing both accuracy and precision is essential for a high-performance RTLS, particularly in environments where minute spatial details are paramount for tasks like asset tracking, robot navigation, or worker safety. Balancing these factors helps provide a reliable and realistic representation of object locations.