tracking chip

Types of Tracking Chips

A tracking chip is a small electronic device used to track the location of an object or a person. There are different types of tracking chips, which include the following:

• GPS Tracking Chips

  GPS tracking chips use the Global Positioning System (GPS) to determine their exact location anywhere on Earth. They get signals from satellites and can track locations precisely. These chips are commonly used in vehicles for navigation and tracking. For example, when a vehicle is stolen, the owners can track the exact location using the GPS tracking chip embedded in the vehicle. Besides, they are also applied in outdoor activities like hiking and biking, where the exact location is necessary.

• Cellular Tracking Chips

  These tracking chips use mobile networks to track locations. They communicate with cell towers, allowing tracking through triangulating signals with nearby towers. Cellular tracking chips are widely used in personal tracking devices like smartphones and wearables. For instance, in case a person gets lost, the location can be tracked through the smartphone. Also, they are used in emergency response systems, where the location is necessary for quick response.

• Wi-Fi Tracking Chips

  These tracking chips use Wi-Fi networks to determine locations. They communicate with available Wi-Fi networks to estimate locations. Wi-Fi tracking chips are often used in indoor tracking systems like asset tracking in hospitals or malls. For instance, the exact location of an asset can be known when it is tracked through the available Wi-Fi networks. Besides, they are also used in marketing analytics, where the location of different customers can be known.

• Bluetooth Tracking Chips

  Bluetooth tracking chips are short-range tracking chips that use Bluetooth connections to track locations. They are often used in devices like trackers for finding lost items like car keys or pets. For example, when the pet is lost, it can be found through the Bluetooth connection with the owner’s smartphone. Besides, they are also used in proximity-based marketing, where advertisements can be pushed to a person based on their location.

• RFID Tracking Chips

  Radio-frequency identification (RFID) tracking chips use electromagnetic fields to automatically identify and track tags attached to objects. These chips are used in supply chain management for tracking goods. For instance, goods can be tracked in real-time during their movement from the point of production to the point of consumption. Besides, they are also used in access control systems, where the location of different people can be known.

Specification & Maintenance of Tracking Chips

There are several specifications users need to consider before getting any tracking chip, and they include the following:

• Size and Weight

  Most tracking chips are tiny and lightweight to ensure they don't add extra weight or bulk to the tracked item. For instance, some tracking chips measure 5 mm in diameter and 3 mm in height. The weight can be as little as 0.7 grams, which is comparable to a small paper clip.

• Battery Life

  Some tracking chips with longer battery life provide tracking for several months without requiring a recharge or replacement. Those chips with short battery life can last for a few weeks. Users can receive notifications when the battery is low. Therefore, the user will always know when to recharge or replace the battery.

• Communication Technology

  The communication technology used by a tracking chip determines how it connects to the network. Some common types include cellular, Bluetooth, and satellite. Cellular chips utilize mobile networks to provide tracking over long distances. Bluetooth chips offer short-range tracking and are commonly used in tracking devices like key finders. Satellite tracking chips provide tracking in remote areas where other networks are unavailable.

• GPS Accuracy

  Tracking chips use GPS technology to get location data. Therefore, the accuracy of the tracking chip will depend on the GPS technology used. Some have an accuracy of about 5 meters. Others have a larger margin of error, like 20 meters. The environmental conditions like buildings and trees can influence the accuracy of the GPS technology by obstructing the satellite signals.

• Data Security

  Data security is important when using tracking chips. Some tracking chips have encryption features that ensure the transmitted data is secure. They use secure protocols to prevent unauthorized access or tampering with the tracked data.

• Coverage Area

  The coverage area differs depending on the tracking chip being used. For example, some offer global coverage, especially those utilizing satellite or cellular networks. Others have limited coverage, such as within a specific region or country.

Below are some ways to maintain a tracking chip to ensure it functions properly:

• Regular Charging

  If the tracking chip has a rechargeable battery, it is vital to charge it regularly. Always follow the manufacturer's instructions on how to charge it and use the recommended charger. This will prevent the battery from getting damaged and ensure the chip functions properly.

• Battery Replacement

  Users should replace the tracking chip's battery when it runs out. They should use batteries that are compatible with the tracking chip and follow the manufacturer's instructions. This will ensure the tracking chip continues working accurately.

• Software Updates

  Some tracking chips require periodic software updates. Users should always check the manufacturer's website or their app for any available updates. Installing the updates ensures the tracking chip has the latest features and improvements.

• Cleaning

  To ensure the tracking chip functions properly, users should periodically clean it. They should use a soft, dry cloth to remove any dirt or dust that may accumulate. Avoid using harsh chemicals or liquids, as they may damage the chip.

• Proper Storage

  If the tracking chip is not being used, it is important to store it in a safe and dry place. Keep it away from extreme temperatures or moisture, as these conditions can damage the chip.

• Signal Interference

  Tracking chips can be affected by signal interference, reducing their effectiveness. Users should keep them away from devices or materials that can obstruct the signals, such as metal objects or strong electromagnetic fields.

How to Choose Tracking Chip

There are several factors to consider when choosing a tracking chip, including:

• Purpose

  Consider the purpose of the tracking device. Is it for tracking pets, tracking cars, tracking luggage, or tracking people? Different purposes have different requirements.

• Size and Form Factor

  Consider the size and form factor of the tracking chip. It should be small and compact so that it can be embedded easily in different objects or worn by individuals. For example, tracking chips for pets should be small and lightweight.

• Battery Life

  Consider the battery life of the tracking chip. It should have a long battery life to avoid frequent charging or replacement. This is especially important for tracking chips embedded in objects or worn by individuals.

• Range

  Consider the range of the tracking chip. It should have a long range to track objects from a distance. This is especially important for tracking chips used in tracking vehicles.

• Accuracy

  Consider the accuracy of the tracking chip. It should have high accuracy to track objects precisely. This is especially important for tracking chips used in tracking people.

• Price

  Consider the price of the tracking chip. It should be affordable to meet different budgets. Tracking chips for different purposes and requirements are available at different prices.

How to DIY and Replace Tracking Chip

Most tracking chips are pre-activated and ready to use. In case of replacement, follow these steps:

• Turn Off Your Pet

  It is important to turn off or deactivate the pet to avoid any interference or disturbance during the process. If the pet is a car, turn it off to make sure all the systems are at rest and not working.

• Access the Device

  Once the pet has been turned off, the next step is to access the device where the tracking chip has been installed or placed. This can be done by opening the skin or the device.

• Remove the Old Chip

  Once the device has been accessed, the next step is to remove the old tracking chip. This is done by carefully detaching it from the tissues or the circuits where it was attached.

• Clean the Area

  Once the old tracking chip has been removed, the next step is to clean the area where the chip was attached. This is done in order to make sure that the area is clean and ready for the new chip to be installed.

• Prepare the New Chip

  This is done by following the instructions provided by the manufacturer. In most cases, this involves activating the chip and configuring it to ensure that it is ready to use.

• Install the New Chip

  Once the new tracking chip has been prepared, the next step is to install it. This is done by attaching it to the tissues or circuits where the old chip was removed. Make sure that the new chip is securely attached and that there are no loose connections.

• Test the Device

  Once the new chip has been installed, the next step is to test the device to make sure that it is working properly. This can be done by checking the tracking data and making sure that the device is responding to the commands.

Q&A

Q1: Can someone remove a tracking chip and it not be detected?

A1: Yes, it is possible to remove a tracking chip undetected. However, this is not guaranteed, and there are many factors to consider. For instance, the person tracking might have a more advanced tracking system that will still detect the chip being removed.

Q2: How long does a tracking chip last?

A2: There is no specific period that a tracking chip can last. This is because there are several factors to consider. For instance, the type of tracking chip, the battery life, the usage, and the environmental conditions can determine how long a tracking chip can last.

Q3: Can a tracking chip be harmful?

A3: There have been several discussions about the tracking chip being harmful, especially in kids. According to research, there is no proof of a tracking chip being harmful. However, there are several side effects associated with tracking chips, such as skin irritation.

Q4: Does a tracking chip control a person?

A4: No, a tracking chip does not control a person. It is only used to monitor movements.