What is a NLM Software in 5G and 4G network?

NLM is an abbreviation for Network Listening Module by Arttha5G – a software product that provides an alternative to GPS for 5G and 4G networks. NLM uses advanced signal processing algorithms to measure the distance between two points in the cellular network infrastructure. This data is utilized to generate precise maps of wireless devices and network locations. NLM is a reliable and cost-effective solution to locate wireless devices within the cellular network.

NLM is gaining popularity in the market because it provides more accurate location data than traditional GPS and other positioning systems. Due to this, NLM is becoming a preferred alternative to GPS. It is highly suitable for various use cases such as logistics tracking, public safety, and asset tracking. NLM is also used for location-based services and navigation, including ride hailing services, augmented reality applications, autonomous vehicles, and drone navigation.

The use of 5G technology by companies is increasing and this will result in a higher demand for NLM software in the upcoming years. This market will be driven by the need for accurate location data and the improvement of positioning systems. Additionally, government investments in public safety infrastructure projects and the growing use of location-based services by consumers will also contribute to the growth of this market.

Why is NLM unique and an ideal choice to substitute GPS in 5G and 4G networks?

NLM utilizes the existing cellular network infrastructure to measure the distance between two points, while GPS relies on satellites to calculate the location of a device. This makes NLM more reliable than GPS as it does not require any line-of-sight contact with a satellite. Furthermore, NLM provides more precise and accurate location data than GPS, making it ideal for use cases such as public safety, logistics tracking and asset tracking. NLM also requires less energy to operate compared to GPS, making it ideal for battery-powered devices and networks.

Here are some of the advantages of using NLM as an alternative to GPS:

  • NLM is more reliable in areas with poor GPS reception, such as indoors or in urban areas with tall buildings.
  • NLM is more accurate than GPS in some cases, such as when the device is moving quickly.
  • NLM does not require the use of satellites, which can be expensive and difficult to maintain.
  • NLM is a relatively new technology, so it is still under development. However, it has the potential to be a more reliable and accurate alternative to GPS in the future.

How does the NLM work?

The NLM operates by utilizing sophisticated signal processing algorithms to determine the signal strength between two points. It utilizes Time Difference of Arrival (TDOA), a technique that measures the time disparity between two base stations’ signals to determine their distance. The data is utilized to create precise maps of the whereabouts of wireless devices and networks. NLM is better than traditional GPS in providing exact location information, which makes it a preferable choice for navigation and location-based services like augmented reality apps, ride-hailing services, drone navigation, and self-driving cars and adas systems.

NLM, which stands for Network Listening Module, is a crucial component in 4G and 5G networks. It offers more accurate location data compared to traditional GPS and other positioning systems, making it useful for public safety, logistics tracking, and asset tracking. Also, NLM has become more popular due to its low-power consumption, and many vendors now offer NLM-based solutions for 4G and 5G networks.

Use cases of NLM:

NLM is currently being utilized in a variety of use cases such as public safety, asset tracking, logistics tracking, and location-based services. Public safety organizations use NLM to track the whereabouts of personnel and assets more accurately than traditional GPS. Asset tracking companies also use NLM for fleet management and to monitor the movement of shipments. Logistics tracking companies use NLM to improve their supply chain operations.

Accurate navigation in location-based services such as augmented reality applications and ride hailing services – NLM can being utilized by developers of location-based services to more accurate navigation than traditional GPS This is especially beneficial for augmented applications and hailing services, which require precise location data in order to deliver a better user experience.

NLM for self-driving cars and ADAS: NLM can be used in self-driving car and Advanced Driving Assistance Systems (ADAS) to provide more precise location information. This is important for providing users with a safe and reliable driving experience. NLM an ideal choice for positioning systems due to its accuracy, low power consumption, and reliability.

NLM for Asset tracking and fleet management: NLM is a cost-effective and affordable option for asset tracking and fleet management. It provides more accurate location data than traditional GPS, making it ideal for keeping track of vehicles and other assets in real-time. NLM can also be used to detect potential malfunctions or breakdowns before they occur, allowing organizations to take preemptive action.

Emergency services: NLM can be used to track the location of emergency vehicles and personnel, which can help to improve response times and save lives. NLM can also be used to detect the location of emergencies such as fires or natural disasters, allowing emergency services to respond quickly and effectively.

Fraud detection: NLM can be used to detect fraudulent activity, such as credit card fraud and identity theft. By using NLM to track the location of wireless devices, organizations can detect suspicious activity and prevent fraud before it occurs.

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