50 times more accurate than GPS: the first quantum navigation system has been created, which will save up to $1 billion per day

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With this in mind, Q-CTRL has developed a system that uses quantum sensors for navigation. The system has demonstrated high accuracy, and most importantly, it does not emit signals that can be detected and intercepted or jammed. "Ironstone Opal" uses the Earth's magnetic field, which changes slightly as the planet rotates. By measuring these changes using magnetometers, the system is able to determine the location of a specific object.

Australian company Q-CTRL has for the first time demonstrated its own secure quantum navigation system capable of operating independently of GPS.
The system, dubbed "Ironstone Opal," is said to be unjammable and 50 times more accurate than GPS. According to the developers, GPS signal jamming is a major problem, as it disrupts the operation of vehicles that rely on it to determine their location. This is especially noticeable in situations of military conflicts and cyberattacks.

Engineers from Q-CTRL emphasize that GPS jamming causes about a thousand flights to be canceled every day around the world. This, in turn, causes daily losses to the global economy of about $1 billion.