Our IoT devices have advanced sensor technology and access to mobile data networks for asset tracking.
T7LTE is a small IoT tracking device for long-term tracking and monitoring of assets and equipment globally.
It is built on advanced sensor technology, and it features the low power network technology LTE Cat-M1, long battery life, easy installation and a robust casing.
T8LTE is a small IoT tracking device uniquely designed for safe flight operations and long-term tracking of all assets and equipment. It is built on advanced sensor technology, and it features the low power network technology LTE Cat-M1, long battery life, easy installation and a robust casing.
T9LTE is an IoT tracking device for long-term tracking and monitoring of assets and equipment globally. It is built on advanced sensor technology, and it features the low power network technology LTE Cat-M1, long battery life, easy installation and a robust casing.
T10LTE is an IoT tracking device for long-term tracking and monitoring of assets and equipment globally.
It is built on advanced sensor technology, and it features the low power network technology LTE Cat-M1, long battery life, easy installation and a robust casing.
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T7LTE is a small IoT tracking device for long-term tracking and monitoring of assets and equipment globally.
It is built on advanced sensor technology, and it features the low power network technology LTE Cat-M1, long battery life, easy installation and a robust casing.
T7LTE is a unique IoT product featuring the low power communication technology LTE Cat-M1. It typically offers 5 years battery lifetime based on 1 position/day.
The robust casing is suited for all industrial environments and all-weather conditions with an operating temperature range from -30°C to +85°C.
T7LTE provides global connectivity of any asset, both powered and non-powered equipment and entire fleets. It is primarily designed for heavy industries like transport and logistics, rail, construction, wind power, rental, and theft protection and recovery.
T7LTE transmits data to a cloud-based management software that provides complete visibility and predictive analytics on location, performance, and status of assets and equipment.
Transmissions can be set at fixed intervals and if specified events occur. Devices out of data coverage will log sensor input until coverage is available again.
The built-in 3-axis accelerometer will trigger accurate data on motion, shock, tilt and utilization, while other sensors track temperature and light.
Available external wireless RHT and RFID-tags offer humidity sensor and additional temperature data.
A flight mode feature suppresses radio transmissions to ensure safe conditions during flight.
Positions are acquired by GPS and via mobile network triangulation if GPS is not possible. A built-in radio beacon can be activated for close-range location.
T8LTE is a unique IoT product featuring the low power communication technology LTE Cat-M1. It typically offers 5 years battery lifetime based on 1 position/day.
The robust casing is suited for all industrial environments and all-weather conditions with an operating temperature range from -30°C to +85°C.
T8LTE provides global connectivity of any asset; both powered and non-powered equipment and entire fleets. It is primarily designed for flight operations and industries like transport and logistics, construction, wind power, rental, and theft protection and recovery.
T8LTE uses high-quality batteries designed for safe flight operations that comply with flight safety regulations. A flight mode feature suppresses radio transmissions to ensure safe conditions during flight.
T8LTE transmits data to a cloud-based management software that provides complete visibility and predictive analytics on location, performance, and status of assets and equipment.
Transmissions can be set at fixed intervals and if specified events occur. Devices out of data coverage will log sensor input until coverage is available again.
The built-in 3-axis accelerometer will trigger accurate data on motion, shock, tilt and utilization, while other sensors track temperature and light.
Positions are acquired by GPS and via mobile network triangulation if GPS is not possible. A built-in radio beacon can be activated for close-range location
T9LTE is a unique IoT product featuring the low power communication technology LTE Cat-M1. It typically offers 7 years battery lifetime based on 1 position/day.
The robust casing is suited for all industrial environments and all-weather conditions with an operating temperature range from -30°C to +85°C.
T9LTE provides global connectivity of any asset, both powered and non-powered equipment and entire fleets. It is primarily designed for heavy industries like transport and logistics, construction, wind power, rental, and theft protection and recovery.
T9LTE transmits data to a cloud-based management software that provides complete visibility and predictive analytics. It gives insights on the location, performance, and status of assets and equipment.
Transmissions can be set at user-fixed intervals, for example twice per day, and if specified events occur. Devices out of data coverage will log sensor input until coverage is available again.
The built-in 3-axis accelerometer will trigger accurate data on motion, shock, tilt and utilization, while other sensors track temperature and light
.
Available external wireless RHT and RFID tags offer humidity sensors and additional temperature data.
A flight mode feature suppresses radio transmissions to ensure safe conditions during flight.
Positions are acquired by GPS or via mobile network triangulation if GPS is not available. A built-in radio beacon can be activated for close-range locations.
T10LTE is a unique IoT product featuring the low power communication technology LTE Cat-M1. It typically offers seven years battery lifetime based on one position/day.
The robust casing is suited for all industrial environments and all-weather conditions with an operating temperature range from -30°C to +85°C.
T10LTE provides global connectivity of any asset, both powered and non-powered equipment and entire fleets. It is primarily designed for heavy industries like transport and logistics, construction, wind power, rental, and theft protection and recovery.
T10LTE transmits data to a cloud-based management software that provides complete visibility and predictive analytics. It gives insights into the location, performance, and status of assets and equipment.
Transmissions can be set at user-fixed intervals, for example twice per day, and if specified events occur. Devices out of data coverage will log sensor input until coverage is available again.
The built-in 3-axis accelerometer will trigger accurate data on motion, shock, tilt and utilization, while other sensors track temperature and light.
Available external wireless RHT and RFID tags offer humidity sensors and additional temperature data.
A flight mode feature suppresses radio transmissions to ensure safe conditions during flight.
Positions are acquired by GPS or via mobile network triangulation if GPS is not available. A built-in radio beacon can be activated for close-range locations.
Please contact us if you cannot find an answer to your question.
The Internet of Things
IoT is short for The Internet of Things, and as the name implies, the term covers how things and objects are designed with access to the internet. You might recognise IoT technology from home appliances such as smart TVs, intelligent light bulbs, or robot vacuum cleaners which can be controlled or updated over the internet. However, IoT is not necessarily restricted to electronics with embedded chip technology nor Wi-Fi networks inside the four walls of the home. The introduction of IoT devices with access to mobile data networks has been a real game-changer for IoT in businesses across industries. The small, robust IoT devices can be attached to containers, machines, trailers, boats, or vehicles. From here, they will use mobile networks to transmit their smart data on the conditions, location, and actual usage. This opens up an entirely new world of possibilities as it enables businesses to receive previously unavailable insights.
An IoT tracking device is an electronic device with advanced sensor technology and access to mobile data networks. Devices are typically relatively small, and as such, they can be attached to almost any asset you wish to monitor. If battery-powered, they will not even need an external power source from the attached asset.
Inside the device is an internal microprocessor, a memory, and more sensors that record data. IoT devices include a transmitter with a sim card and send their data over the air through data networks much like your mobile phone. Different IoT tracking devices support various wireless data networks, from high-speed LTE mobile networks to older GSM networks. Bluetooth and Wi-Fi are also available in some tracking devices.
The data collected by a tracking device is information recorded by the sensors built into its hardware. A well-equipped IoT tracking device will track movement, shock impacts, temperature, humidity, inclination, vibration and much more. It can seem wishful thinking that something with highly advanced and sensitive technology can be robust enough to use anywhere from construction machines to shipping containers. But IoT technology comes in impressively robust and hard-to-kill hardware. The most robust tracking devices have proven to measure and transmit data under both extreme weather conditions or while exposed to immense pressure or vibration without compromising data precision. As such, a new world opens for businesses to track and log smart IoT data directly from their assets.
Smart IoT data is the information extracted from the sensors of your IoT tracking device. It is sent directly from the device to a dedicated data platform. Here you can analyse the data at your convenience. As will be apparent, an IoT tracking device can give you much more data than you will ever need. However, you can configure devices online only to track the data you need. The following examples of intelligent data it is possible to track are Humidity, Light, Dew point and Position. Position is one of the most fundamental pieces of information provided by an IoT tracking device
The position is the essential information an IoT tracking device provides.
With the right software solution on your data platform, smart IoT data can be converted into valuable insights with only a few clicks.
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