The pervasiveness of GPS in our daily lives – from navigation apps to location-based services – makes it easy to forget the intricate technology behind it. GPS relies on weak radio signals transmitted from orbiting satellites that travel thousands of miles, and these signals can be susceptible to disruption. This is where GPS anti-jamming comes

GNSS, or Global Navigation Satellite System, is a state of the art technology that cate to our modern positioning, navigation and timing (PNT) needs. It’s intricate design has resulted in a complex system, but also allowed for simple calculus and trigonometry to work out position of the receiver anywhere in the world. At its Heart,

Satellite navigation systems provide user coordinates derived from distance measurements that are based on the propagation time of the transmitted signals. Thus, all these systems rely on very accurate clocks and time standards. To meet the needs of internal time synchronization and dissemination, each GNSS maintains a specific system time. The time systems of the

Time probably is the most under-appreciated concept by many that use it. Everyone experiences it but explaining is a difficult job. The perception of time is usually associated with change and for that one needs a unit and a starting point, moreover some sort of uniformity is also required for the unit. Defining a unit