The Leading Lora Based GPS Tracker

LoRa GPS Tracker - ATL-1

Experience the cutting-edge LoRa-based, solar-powered ATL-1 Asset Tracker seamlessly integrated with Fleet & Asset Management systems. This LoRa GPS tracker delivers all the benefits of traditional cellular trackers, eliminating the need for costly monthly cellular fees.

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Solar-Powered LoRa ATL-1 Asset Tracker: Reliable GPS and Temperature Monitoring for Large-Scale Operations

The Solar-Powered LoRa ATL-1 Asset Tracker, encased in a durable IP67 enclosure, features integrated GPS and offers a LoRa communication range of up to 3/4 mile (1.2 km). This robust solution is ideal for tracking valuable assets, including heavy equipment, chassis, containers, generators, trailers, reefer trailers, and other high-value items across expansive areas such as yards, depots, airports, warehouses, and seaports.

For added functionality, a high-precision digital temperature LoRa sensor is available as an option, perfect for monitoring temperature-sensitive environments like reefer trailers and cold storage rooms.

Long-Range Communication

The LoRa GPS Tracker offers a communication range of up to 3/4 mile (1.2 km) with the Piccolo Gateway.

Solar Powered

The ATL-1 LoRa GPS Tracker is designed for minimal power consumption. With approximately 8 hours of daily sunlight exposure, it typically operates continuously without the need for additional charging in most applications.

Temperature Monitoring

Includes optional high-precision digital temperature sensor, ideal for monitoring reefer trailers and cold storage rooms.

IP67 Waterproof Enclosure

Engineered specifically to endure the most demanding environments.

How LoRa GPS Tracker ATL-1 Works

The TIS LoRa GPS Tracker ATL-1 is an advanced asset-tracking solution designed to provide real-time location and environmental data through a low-power, long-range network. Here’s how it operates to ensure efficient monitoring and management of assets across large areas:

1. Installation and Setup
  • The ATL-1 tracker is attached to assets like trailers, containers, pallets, or heavy machinery. The device can be installed in outdoor and indoor environments, such as large yards, ports, and warehouses.
  • A LoRa network, created by installing Piccolo ATX2S gateways throughout the area, connects the trackers with each other and facilitates communication across a coverage radius of up to 3/4 mile (1.2 km) per device.
  • The ATL-1 sends GPS-based location data along with optional temperature and other environmental information through the LoRa network.
  • The Piccolo ATX2S gateway collects data from multiple ATL-1 trackers and transmits it to the Fleet.Net Cloud Platform via cellular networks, ensuring reliable, real-time data access.

The ATL-1 is solar-powered and consumes minimal energy, allowing it to operate independently without the need for regular charging. This low-power setup enables the tracker to function continuously with exposure to sunlight for just a few hours per day.

  • Boundaries or “geofences” can be set within the Fleet.Net Cloud Platform to define specific zones within a yard, port, or warehouse.
  • The system generates alerts for events such as an asset entering or leaving a designated area, movement outside expected boundaries, or when it requires attention (e.g., temperature thresholds in reefer trailers).
  • Data sent to the iFleetGPS Cloud Platform is accessible through an online dashboard, providing easy access to real-time asset location, condition, and environmental data.
  • Managers can use this data to optimize operations, improve asset visibility, and reduce asset downtime.

LoRa is reshaping the landscape of connected devices by providing long-range, low-power solutions, making IoT more accessible and scalable than ever.

Exclusive Features of TIS Lora GPS Tracker ATL-1

TIS LoRa GPS Tracker ATL-1 has a wide range of features that make it highly suitable for IoT applications, particularly in environmental situations where long-range, low-power communication is a must. Key features include:

Extended Communication Range

Transmits data over a LoRa network with a range of up to 3/4 mile (1.2 km) to the Piccolo gateway, ideal for large yards, ports, and warehouses.

Operates on solar power with minimal exposure required, reducing the need for frequent charging.

Built to endure harsh outdoor environments, the rugged casing protects against dust, moisture, and extreme weather.

Provides accurate, real-time location tracking for high-value assets, including heavy equipment, trailers, and containers.

 Compatible with digital temperature sensors for monitoring temperature-sensitive assets like reefers and cold storage.

Configurable for boundary crossing alerts (e.g., entering/exiting a yard or port), including movement and location notifications.

Seamlessly integrates with the iFleetGPS  Cloud Platform via cellular networks for remote data access and asset monitoring.

Long-lasting solar and battery operation combined with low power consumption ensure consistent, ongoing tracking without heavy maintenance.

LoRa Tracking Applications

Piccolo ATX2S devices, housed in durable IP67-rated enclosures, are strategically installed across yards, depots, airports, or ports, creating a reliable LoRa network with a half-mile radius between each unit. Serving as LoRa gateways, the Piccolo ATX2S devices upload data from ATL-1 LoRa GPS Trackers to the iFleetGPS Cloud Platform via cellular connectivity, providing real-time asset tracking and streamlined data management.

LoRa GPS Trackers and Gateways

Connect with us to discuss your unique needs and requirements.

piccolo ATX2S GPS Tracker
Solar-Powered Piccolo ATX2S IoT Gateway

Experience the industry’s leading solar-powered device for asset tracking, the Piccolo ATX2S, which also functions as a LoRa Gateway. It seamlessly communicates with LoRa Trackers deployed across your operations and uploads data to the cloud through cellular connectivity.

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Solar-Powered ATL-1 LoRa Tracker

A groundbreaking LoRa-based, solar-powered asset tracker, the ATL-1 is designed for limitless tracking applications, providing continuous and efficient asset monitoring.

Advanced LoRa Technology for Asset Tracking

Our LoRa-based asset tracking solution provides a comprehensive IoT system for seamless asset monitoring. This technology transmits precise location and temperature data to Piccolo gateways, which then efficiently upload the data to the Cloud, ensuring real-time visibility and management of assets.

How Lora Sensor works
Lora Temperature sensor

LoRa for Yard Management

The ATL-1 LoRa GPS Trackers are mounted on essential assets throughout the yard, including generators, heavy machinery, and refrigerated trailers. These trackers utilize the LoRa network to transmit GPS location data and, if needed, temperature readings of each asset.

Key Functionalities Include:

  • Obtain precise GPS location for assets within the yard, depot, or campus
  • Set up boundaries and receive real-time event notifications for each asset, including:
    • Entry into the yard
    • Exit from the yard
    • Crossing preset boundaries within the yard
    • Movement alarms
  • Optional temperature monitoring for refrigerated trailers

LoRa for Port Management

The ATL-1 LoRa GPS Trackers provide reliable tracking for port assets such as containers and chassis. Using the LoRa network, these trackers transmit GPS-based location data to enhance port operations.

Key Functionalities Include:

  • Obtain precise GPS location of chassis, containers, and other assets at the port or yard
  • Define boundaries and receive notifications on key asset events, including:
    • Entry into the port
    • Exit from the port
    • Loading onto a vessel
    • Unloading from a vessel
    • Tracking assets on board a ship
  • Optional temperature monitoring for refrigerated trailers
Lora gps tracker for port management
Lora for warehouse management

LoRa for Warehouse Management

The ATL-1 LoRa GPS Trackers provide effective monitoring for warehouse assets, including pallets and cold room items, by transmitting GPS-based location and temperature data over the LoRa network.

Key Functionalities Include:

  • Obtain precise GPS location for each pallet in the warehouse
  • Set up a wireless LoRa network for seamless temperature monitoring across warehouse and cold storage areas

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FAQ

  • What is a LoRa sensor?
    • LoRa sensors are wireless devices that utilize LoRa (Long Range) technology to transmit data over long distances with low power consumption. They are commonly used for monitoring environmental conditions such as temperature, humidity, and other parameters in various applications.

  • How does LoRa technology work?
    • LoRa technology uses chirp spread spectrum modulation to achieve long-range communication. It allows devices to communicate with gateways at distances of several kilometers, even in urban environments, while consuming minimal power.

  • What are the main benefits of using LoRa sensors?
    • Some key benefits include long-range communication capabilities, low power consumption, scalability for large deployments, and the ability to operate in challenging environments. These sensors are ideal for applications in agriculture, logistics, smart cities, and more.

  • What types of data can LoRa sensors monitor?
    • LoRa sensors can monitor a variety of data types, including temperature, humidity, air quality, light levels, soil moisture, and more, depending on the specific sensors used.

  • How far can LoRa sensors communicate?
    • LoRa sensors can communicate over distances of up to 15 kilometers (approximately 9 miles) in rural areas and around 2 to 5 kilometers (1.2 to 3.1 miles) in urban environments, depending on the terrain and obstructions.

  • Are LoRa sensors suitable for outdoor use?
    • Yes, many LoRa sensors are designed to be weather-resistant or waterproof, often rated with an IP67 enclosure, making them suitable for outdoor applications.

  • What kind of power source do LoRa sensors use?
    • LoRa sensors typically use low-power batteries that can last several years, depending on the frequency of data transmission and the sensor’s usage. Some sensors can also be powered by solar energy.

  • How do I integrate LoRa sensors into my existing system?
    • Integrating LoRa sensors involves connecting them to a LoRa gateway, which transmits the data to a cloud platform or local server for analysis. Most LoRa sensors come with documentation and support for seamless integration.

  • Can I monitor multiple parameters with a single LoRa sensor?
    • Yes, many LoRa sensors can be equipped with multiple sensing capabilities, allowing them to monitor various environmental parameters simultaneously.

  • What industries can benefit from LoRa sensors?
    • Industries such as agriculture, logistics, supply chain management, smart cities, environmental monitoring, and industrial automation can greatly benefit from the deployment of LoRa sensors.

  • Is the data from LoRa sensors secure?
    • Yes, LoRa technology incorporates encryption and secure communication protocols to ensure that data transmitted by LoRa sensors is protected from unauthorized access.

  • What kind of maintenance do LoRa sensors require?
    • LoRa sensors are generally low maintenance, but it’s recommended to regularly check the battery status and functionality. Depending on the application, periodic calibration may also be required.