Can I replace or recharge the batteries in the tracker?

This varies by model. Some trackers have built-in batteries that can only be replaced by the manufacturer. Others use rechargeable batteries, while some models operate on user-replaceable batteries.

Do I need additional infrastructure to operate a tracker?

This depends largely on the tracking technology used. Short-range tracking technologies like BLE, UWB, NFC, and RFID require dedicated infrastructure. However, the following technologies can work without additional infrastructure: Wi-Fi tracking primarily utilizes existing urban infrastructure. GPS is infrastructure-independent since it uses global satellites.

How accurate are tracking devices?

The accuracy of positioning depends on the local conditions. The following accuracy levels can be achieved with each technology: UWB, NFC, RFID, BLE: <1m GPS: 5-10m Wi-Fi: up to 10m

How does a GPS tracker work?

A GPS tracker uses the Global Positioning System (GPS) to determine the exact location. The device receives signals from GPS satellites and analyzes them to identify the position. The tracker regularly sends its location to a cloud service, such as a website or app, where the most recent position can be accessed.

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IoT Track and Trace

Q: Can a tracking device be used without an internet connection?

It depends on the tracking technology. Pure short-range trackers that rely solely on RFID, BLE, UWB, or NFC typically do not have their own internet access, meaning the infrastructure must be connected to the internet. GPS and Wi-Fi trackers, on the other hand, have their own internet access via cellular networks. In poorly covered areas, temporary storage can buffer location data until it can be transmitted.

Q: What is a tracking device and what is it used for?

A tracking device is a battery-powered unit that regularly transmits its location to a cloud application. It is attached to objects, tools, or goods whose precise location is critical within a work process. The purpose of a tracking device is to reduce costs and increase efficiency. For example, it can significantly shorten the time needed to locate a specific item or optimize the route between multiple assets.

Q: How does a GPS tracker work?

A GPS tracker uses the Global Positioning System (GPS) to determine the exact location. The device receives signals from GPS satellites and analyzes them to identify the position. The tracker regularly sends its location to a cloud service, such as a website or app, where the most recent position can be accessed.

Q: How long does the battery of a tracking device last?

The energy consumption of a tracker primarily depends on the frequency of positioning and transmission attempts, as each attempt consumes energy. The more optimal the conditions for tracking and transmission, the lower the tracker’s energy consumption. For example, GPS tracking uses more energy than Wi-Fi tracking. Particularly energy-intensive are unsuccessful GPS attempts, such as when trying to locate a position indoors.

Q: What are the differences between BLE, Wi-Fi, and GPS tracking?

The choice of tracking technology depends heavily on specific requirements and use cases. BLE (Bluetooth Low Energy) is ideal for cost-effective indoor tracking of large volumes of assets, Wi-Fi provides good coverage in urban and indoor environments, and GPS is the best choice for precise outdoor tracking. Many trackers, such as the low-cost tracker, incorporate multiple tracking technologies to deliver the best possible results in various scenarios.

Whether it's location, movement, or temperature: With IoT-based Track and Trace services, you always have full visibility over your valuable goods, load carriers, or machinery. The combination of innovative technologies and globally reliable network coverage allows you to continuously monitor your assets – ensuring maximum transparency and security. This enables you to reduce costs, optimize processes, and increase the efficiency of your business. Learn more on this page about the detailed functionalities and the wide range of application possibilities our IoT trackers offer.

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Challenges for companies in the field of Track and Trace

Recurring search for assets
Manually searching for lost or misplaced assets costs companies valuable time and resources. Without a reliable Track and Trace system, employees often have to spend considerable time searching, which hampers productivity and leads to delays.
Assets go missing
The loss of assets is the worst-case scenario, leading to significant material costs. Whether due to theft or misplacement, missing load carriers or tools must be replaced, causing unnecessary expenses and negatively impacting profitability.
Comprehensive transport tracking
Adhering to contractual agreements, such as monitoring the condition of transported goods, tracking the transport route, and notifying upon arrival at the destination, is essential. Without efficient transport tracking, companies cannot provide their customers with reliable information and risk facing penalties.
Cost Pressure/Efficiency Improvement
By setting virtual geofences and automating inventory management, automatic alerts for overstock or understock of various assets can be triggered. This provides a quick overview of asset utilization and allows for demand-driven use under a “pay-per-use” model.

Our Track and Trace Services offer many advantages

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Collection based on fill level

Remote transparency over container fill levels is especially important in waste management. Our Track and Trace services enable precise level measurement of current fill levels through robust sensors for condition monitoring and localization. This allows for optimized collection schedules and avoids empty trips. Automatic notifications when thresholds are reached enable fill-level-based collection as needed.

Monitor load carriers

Our Track and Trace services enable the identification and localization of your load carriers, providing continuous transparency regarding their location and usage. This reduces shrinkage and loss, speeds up returns to the pooling system, and optimizes utilization. Geofencing helps detect unauthorized movements and improves inventory management, logistics, and maintenance. As a result, you can enhance operational efficiency and reduce the need for costly replacement.

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Monitor construction machinery

With intelligent tracking and operating time counters, your available equipment, machines, and tools are utilized more efficiently, reducing maintenance and repair costs. Geofencing and localization ensure that needed resources are easy to find, and pickup processes are more efficient. This networked approach increases transparency, boosts utilization, and improves availability. Additionally, theft or unauthorized use is prevented through automatic alerts.

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Smart supply chain

Delivery delays, lost, or damaged goods often lead to customer dissatisfaction and financial losses. Our intelligent IoT trackers (for localization), combined with geofencing and motion detection, offer comprehensive transport monitoring from loading to delivery. This includes condition monitoring, such as humidity or temperature tracking. This way, arrival times can be better planned, routes optimized, and delays detected early.

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Automate processes

Precise monitoring and optimization of your production processes can significantly boost productivity. Our solutions enable the localization of movable assets, goods, and machinery, linking specific process steps to geographic zones (geofencing). This helps identify bottlenecks, automate processes, and eliminate waiting times and lengthy searches. Thus, you can detect and resolve potential issues early and efficiently.

We offer solutions for every use case

Experience the many benefits of Deutsche Telekom

Simple

Thanks to network coverage of over 99% for LTE-M and NB-IoT and 96% for 5G across Germany – combined with our own transatlantic network and partnerships with 600 certified roaming and satellite partners – we offer best-in-class coverage and global IoT connectivity. All with just one SIM card, one contract, and one central customer service.

Secure

With flawless network coverage and secure IP-VPN connections, we ensure reliable global connectivity. ISO-certified hardware and regular inspections also guarantee that your project remains fully protected and optimally supported at all times.

Flexible

The right network technology is available for every application, anywhere – whether it’s NB-IoT, LTE-M, 5G, or satellite connections. Thanks to the new Dormant Connectivity, devices are cost-effectively pre-connected at the factory and can be activated on demand at any time.

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Manage vehicles efficiently

Logistics is one of the most competitive and dynamic industries. With our Internet of Things solutions, you can successfully transform from a traditional transport operator into a fully digital logistics provider.

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Positioning with pinpoint accuracy

Knowing where: With Precise Positioning, drones, autonomous vehicles, or robotic colleagues are always safely underway. Because you know exactly where they are, down to the last centimeter.

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Frequently asked questions

It depends on the tracking technology. Pure short-range trackers that rely solely on RFID, BLE, UWB, or NFC typically do not have their own internet access, meaning the infrastructure must be connected to the internet. GPS and Wi-Fi trackers, on the other hand, have their own internet access via cellular networks. In poorly covered areas, temporary storage can buffer location data until it can be transmitted.

A tracking device is a battery-powered unit that regularly transmits its location to a cloud application. It is attached to objects, tools, or goods whose precise location is critical within a work process. The purpose of a tracking device is to reduce costs and increase efficiency. For example, it can significantly shorten the time needed to locate a specific item or optimize the route between multiple assets.

The energy consumption of a tracker primarily depends on the frequency of positioning and transmission attempts, as each attempt consumes energy. The more optimal the conditions for tracking and transmission, the lower the tracker’s energy consumption. For example, GPS tracking uses more energy than Wi-Fi tracking. Particularly energy-intensive are unsuccessful GPS attempts, such as when trying to locate a position indoors.

The choice of tracking technology depends heavily on specific requirements and use cases. BLE (Bluetooth Low Energy) is ideal for cost-effective indoor tracking of large volumes of assets, Wi-Fi provides good coverage in urban and indoor environments, and GPS is the best choice for precise outdoor tracking. Many trackers, such as the low-cost tracker, incorporate multiple tracking technologies to deliver the best possible results in various scenarios.