Today, GPS (Global Positioning System) and GNSS (Global Navigation Satellite System) play a vital role in positioning and time synchronization in many industries. However, the widespread use of these technologies has brought potential threats to GPS / GNSS signals. Jamming (signal disruption ) and counterfeiting attacks can compromise the reliability and accuracy of these systems.
Data Link ( Data Link) layer and Network (Network) layer are two different network layers in different layers in computer networks and have different functions. Here are the main differences between these two layers: Function: Data Link Layer: This layer determines how data is transmitted and edited and controlled in the physical environment. Their main
Effective management and monitoring of industrial processes is critical to the success of a business. Telemetry and remote monitoring technologies developed to meet this need allow efficient execution of industrial processes. In this article, we will examine the role of telemetry and remote monitoring technologies in industrial applications. What is Telemetry and Remote Monitoring? Telemetry
GPS (Global Positioning System) and GNSS (Global Navigation Satellite System) are positioning technologies that are critical in many industries today. However, the widespread use of these systems has led them to become a target for malicious actors. Jamming attacks to disrupt or block GPS and GNSS signals can cause serious problems in civil and military
Error control in the Data Link Layer is a mechanism used to ensure that transmitted data is transferred accurately and reliably. Error control has the following key functions: Error Detection The Data Link layer uses various methods to detect possible errors in transmitted data frames. Errors can occur during the transmission of a data frame
Technological advances are moving rapidly towards an era when devices communicate with each other and data is collected from everywhere. At the center of this transformation are telemetry and Internet of Things (IoT) technologies. Telemetry and IoT revolutionize collecting, analyzing and sharing data over the internet of objects. What is IoT and Telemetry? Internet of
GPS (Global Positioning System ) is a positioning system that allows users to determine their locations using signals from satellites around the world. If GNSS (Global Navigation Satellite System) is a general term covering different positioning systems worldwide and includes other systems as well as GPS, for example GLONASS (Russia), Galileo (Europe), Includes systems such
Data Link layer uses a set of network protocols specially designed for different network technologies and environments. Which protocols to use depend on the type and hardware of the network. Here are some common Data Link layer protocol examples: Ethernet (IEEE 802.3) Ethernet is the most common Data Link protocol commonly used in wired LAN
GPS / GNSS Anti-Jam Systems provide signal security, usually using two main approaches: Anti-Jamming (AJ) Systems These systems are used to regain GPS / GNSS signals mixed or blocked by enemy intervention and to provide accurate location and time information. These include special algorithms and antennas that can identify and interfere with powerful jamming signals.
In an era where digital transformation is progressing rapidly, industries are turning to new technologies to optimize business processes and gain competitive advantage. One of the main components of this transformation, called Industry 4.0, is telemetry technology. Telemetry offers significant advantages to businesses by offering data collection and remote monitoring capabilities in many industrial areas,