Connected tracking technologies are dramatically reshaping the world of logistics. LoRaWAN asset tracking, a rapidly growing segment within the global IoT market, plays a key role in this transformation. It is transforming modern logistics with advanced smart devices and network analytics. Like all other IoT applications, it drives greater optimization, operational efficiency, security, and effectiveness across the supply chain and asset management sectors. In this article, I will explore LoRaWAN asset tracking, in an attempt to understand the opportunities it offers for the future of asset management strategies.
What is LoRaWAN asset tracking
LoRaWAN asset tracking is an innovative IoT solution based on LoRaWAN technology, aimed at achieving real-time tracking and monitoring of assets. LoRaWAN (Long Range Wide Area Network) is a low-power wide area network protocol specifically designed to connect widely distributed devices, especially suitable for remote and large-scale device connection needs.
The greatest advantage of LoRaWAN lies in its long-range communication and low power consumption, making it ideal for asset tracking in wide coverage areas with low-frequency data transmission.
Unlike GPS, Cellular, WiFi, or other technologies, LoRaWAN offers a cheaper yet more universal solution. For former technologies, battery life, signal coverage range, and installation costs are all limiting factors. On the flip side, LoRaWAN offers a reliable alternative for asset tracking in various environments.
How LoRaWAN tracking works
LoRaWAN trackers are specialized hardware units that utilize long-range, low-power wireless communication to transmit location data. To truly understand LoRaWAN asset tracking, it’s essential to explore its network architecture. The system consists of three main components:
- End Devices (Trackers): Small devices attached to assets that collect and transmit location and sensor data, such as temperature or motion.
- Gateways: Communication bridges that collect data from trackers and transmit them to the network server.
- Network Server: Manages data routing, device authentication, and network performance.
When an asset moves, its tracker sends location and sensor data to nearby gateways, which relay the information to the network server. From there, the data is forwarded to cloud-based platforms for processing.
Typically, an Application Server is used to process and interpret the data from the network server. It provides the final asset tracking interface where users can access real-time asset information, such as location and condition, for tracking and management purposes.
Benefits of LoRaWAN for asset tracking
The advantages of LoRaWAN asset tracking extend far beyond traditional tracking methods:
Extended Battery Life: LoRaWAN has very low power consumption, which means that devices can operate longer without frequent battery replacements. LoRaWAN trackers usually work for up to 5-10 years. It can be convenient and will save organizations money in the long run.
Wide Coverage Area: One of the main benefits of LoRaWAN is its exceptional coverage range. It can transmit greater distances than other communication technologies. This is particularly useful for asset tracking in remote areas where long-range connectivity is essential.
Easy Scalability: You can scale your LoRaWAN network by adding trackers and gateways to maximize tracking of assets. Whether it’s a dozen assets or thousands across many locations, LoRaWAN is simple and effective for any size business, no matter how much your assets grow.
Real-Time Tracking: A LoRaWAN tracker is attached to the asset, which can check where and what status the asset is at. It delivers a notification to your device notifying you of your asset’s whereabouts and environmental condition.
Cost-Effectiveness: With LoRaWAN, you enjoy comprehensive cost-effectiveness throughout the asset tracking lifecycle. All this results in significant long-term savings of lower device costs, minimal maintenance requirements, reduced power consumption etc.
Use cases of LoRaWAN tracking across industries
Today, LoRaWAN asset tracking is increasingly being used in many IoT-based solutions across a range of real-world applications. Let’s see some of the most interesting and popular LoRaWAN asset tracking use cases in several industries.
Vehicle tracking
LoRaWAN vehicle tracking is one of the most important use cases of modern logistics and supply chain management. Energy-efficient LoRaWAN trackers are being integrated into fleet management systems, allowing businesses to monitor vehicle locations and performance. The applications for which they can be used include fleet management, route optimization, cold chain logistics and asset tracking.
Animal tracking
LoRaWAN technology can be used in animal tracking in several ways – LoRaWAN devices can collect data, in real-time, about animal location, movement patterns, and behavioral indicators. These trackers could enable farmers to access immense insight into the location and health requirements of their livestock and for all the better, likely resulting in higher profits. Ultra-long range LoRaWAN trackers can also be used in in wildlife management operations.
In one herd tracking solution, the client implemented a cost-effective approach by using a head-cow tracking system. That is, the head cow wears a LoRaWAN tracker, and the other cows are equipped with Bluetooth beacons. These beacons continuously send data to the LoRaWAN tracker worn by the head cow, so that the farmer can track the location of the entire herd.
Pallet tracking
Today’s pallet tracking systems are more intelligent than ever, and that’s due, in no small part, to the impressive trackers that they come equipped with. LoRaWAN trackers can locate these pallets across vast logistics networks without frequent battery replacements. This makes them a much more solid choice for logistics managers who typically don’t want to spend a fortune on tracking their inventory.
Container tracking
LoRaWAN technology is transforming container tracking by enabling real-time location and condition monitoring. With global trade and supply chains getting more complex, LoRaWAN devices can help with route scheduling and prioritize at-risk containers. Nowadays, these trackers are used very widely in logistics, from international shipping to warehouse management to the cold chain logistics.
Industrial equipment tracking
LoRaWAN tracking technologies are playing a huge role in industrial equipment location tracking. From the manufacturing facilities to the construction sites and industrial parks, there are often massive pieces of equipment, machines, tools, etc. Companies can reduce asset loss and boost equipment utilization by attaching LoRaWAN trackers to them.
Rental fleet tracking
Rental fleet vehicles like scoters and motorcycles today are all equipped with tracking devices. For obvious reasons, these tracking innovations in rental fleet tracking are directed towards operational efficiency and asset security. Utilizing LoRaWAN tracking, rental companies can keep an eye on the vehicle location, usage patterns, and potential misuse.
Waste management tracking
Waste management companies are also taking to the use of LoRaWAN technology in a massive way. LoRaWAN trackers are attached to waste bins and collection trucks. These devices help waste management teams track the whereabouts of collection vehicles in real-time, making sure that they optimize routes and prevent inefficiencies.
Choosing LoRaWAN asset tracking devices
As a result of an exploding need for tracking efficiency, there is an urgent need to implement IoT tracking solutions across industries. We have been actively supplying new devices and technologies to keep up with the rapidly global demand for asset tracking. MOKO SMART offers a wide variety of asset-tracking devices to cover various business needs ranging from indoor to outdoors and GPS tracking to industrial tracking. Let’s take a look at some of our versatile LoRaWAN trackers.
LW001-BG Pro LoRaWAN GPS Tracker
The LW001-BG Pro is our most powerful LoRaWAN positioning solution. It supports GPS, Bluetooth and WiFi positioning and has up to 10 years of battery life. A rechargeable version of LW001 is also available. Utilizing rugged IP67, the LW001-BG Pro provides reliable performance in harsh conditions. If you have enough budget, this is the most recommended tracker.
The LW008 is relatively smaller in size than the LW001, also IP67-rating, and is suitable for tracking in industrial environments. The LW008 is better suited for tracking small vehicles, equipment and assets, etc. We also offer two versions of the LW008 tracker with different battery capacities — please inquire for specifications of the tracker you need.
LW012-CTE LoRaWAN Container Tracker
Our dedicated device for container tracking is the LW012. With an IP67 waterproof rating and an 8000 mAh battery, it’s built for durability. The LW012 also features a light sensor on the bottom for tamper detection. If you’re looking for a reliable container tracking device, then the LW012 is an excellent choice.
The LW006 is a compact rechargeable safety LoRaWAN tracking device in ID-card style. It is designed to transform the way that you can track your people and assets. It also provides GPS, Bluetooth and Wi-Fi position.
Conclusion
LoRaWAN tracking has already created a profound impact on supply chain operations and transportation management – and this trend is poised to accelerate in the coming years. As with any tracking solution, understanding your specific needs is key. Working with MOKOSmart ensures you get the right device and support, helping you optimize tracking performance across your operations. Whether you’re monitoring shipments or enhancing security, MOKOSmart’s LoRaWAN asset trackers are designed to meet diverse tracking requirements. The asset tracking revolution waits for no one. Are you in?
FAQs about LoRaWAN trackers
How much does a LoRaWAN tracker cost?
Prices on devices and features vary from $50–$300/unit. We also have more affordable options if you have a limited budget.
What is the typical battery life of LoRaWAN tracking devices?
Most MOKOSmart LoRaWAN trackers can operate for 5-10 years, depending on usage. We also provide rechargeable LoRaWAN trackers that can last longer.
Can LoRaWAN trackers work indoors?
Yes, our LoRaWAN trackers support GPS, as well as Bluetooth and WiFi positioning for indoor environments.
Can these work in remote areas?
Yes! That’s LoRaWAN’s superpower – to achieve extensive coverage in remote and challenging environments.
