Rugged, future-ready GPS tracking devices built for high-performance asset tracking, long-term deployments, and next-generation Cellular IoT networks.
Build scalable, future-proof tracking solutions with Digital Matter’s range of 5G-ready GPS trackers designed to deliver reliable performance as cellular networks evolve.
Our 5G-ready tracking devices are built to operate on modern low-power cellular networks while maintaining backward compatibility. This ensures long-term viability for large-scale deployments where reliability and network resilience matter.
Not sure which small GPS tracking device is right for your application? Compare all Digital Matter GPS trackers by size, battery life, connectivity, and ideal use cases in our full side-by-side comparison guide.
26 Products
Digital Matter’s battery-powered GPS trackers are engineered from the ground up for ultra-low power consumption, enabling multi-year battery life on LTE-M and NB-IoT networks while maintaining accurate, reliable location data.
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Each device is engineered to be small, rugged, and discreet. Ideal for small equipment tracking or tools.

Activate real-time tracking by switching devices into Recovery Mode when assets are lost or stolen, enabling fast location updates to support asset retrieval.

Track asset usage and operational time based on movement data to better understand utilization and support data-driven decision-making.

Set proactive maintenance schedules using run hours, distance traveled, or usage patterns to reduce downtime and extend asset lifespan.

Monitor tipping, turning, and rotational movement with built-in axis angle sensing, tip detection, and rotation counting for specialized equipment and assets.

Configure impact alerts when defined g-force thresholds are exceeded, helping protect sensitive, high-value, or fragile assets.

Create custom geofences and receive alerts when assets enter or leave defined locations. Geofencing rules can also be stored directly on devices for enhanced location-based behavior without constant network communication.

Deploy-Once Battery Life
Digital Matter’s battery-powered GPS trackers are engineered from the ground up for ultra-low power consumption, enabling multi-year battery life on LTE-M and NB-IoT networks while maintaining accurate, reliable location data.
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Rugged and Weatherproof
Each device is engineered to be small, rugged, and discreet. Ideal for small equipment tracking or tools.

Theft Recovery
Activate real-time tracking by switching devices into Recovery Mode when assets are lost or stolen, enabling fast location updates to support asset retrieval.

Run Hour Monitoring
Track asset usage and operational time based on movement data to better understand utilization and support data-driven decision-making.

Preventative Maintenance
Set proactive maintenance schedules using run hours, distance traveled, or usage patterns to reduce downtime and extend asset lifespan.

Tip Detection and Rotation Counting
Monitor tipping, turning, and rotational movement with built-in axis angle sensing, tip detection, and rotation counting for specialized equipment and assets.

Impact Detection
Configure impact alerts when defined g-force thresholds are exceeded, helping protect sensitive, high-value, or fragile assets.

Advanced Geofencing
Create custom geofences and receive alerts when assets enter or leave defined locations. Geofencing rules can also be stored directly on devices for enhanced location-based behavior without constant network communication.

No wiring required. Track anywhere with years of battery life.
Designed for assets like tools, crates, containers, or small equipment.
For precision tracking indoors and out.
Resists water, dust, vibration, and extreme conditions.
Simplifies setup and enhances security.
Efficient tracking using a built-in 3-axis accelerometer.
Available in LTE-M, NB-IoT, and LoRaWAN® versions.
Configure devices and push updates via Device Manager.
Operates globally with multi-network cellular and fallback options.

AGWAN is bringing long-range, low-cost pivot irrigation monitoring and control solutions to the agricultural sector of Tasmania and beyond.

TreeMania is a sustainable approach to tree management, reducing the distance between people and nature with the Internet of Things.
Products: ensorData LoRaWAN

Outcomex is improving productivity and safety across rural Australia with LoRaWAN®, Digital Matter devices, and their own in-house application, Farmdeck.
Products: Guppy LoRaWAN® | Yabby LoRaWAN®

Established in 2015, Meshed IoT is providing innovative IoT solutions using the LoRaWAN® network to cities and industries throughout Australia.
Products: Yabby LoRaWAN® | Guppy LoRaWAN® | Oyster LoRaWAN®

GrainMonitor is an intelligent grain bin monitoring system designed to improve grain quality in flat grain storage using the Internet of Things (IoT).
Product: SensorNode LoRaWAN
5G GPS trackers are designed for modern IoT applications that require low latency, long device life, and support for a vast number of connected assets. Unlike legacy cellular trackers, these devices prioritise efficient data transmission, enabling scalable tracking solutions that support mobile assets while maintaining performance, control, and cost efficiency over long deployments.
5G GPS trackers can support frequent or near-real-time updates with low latency by efficiently transmitting small, critical data packets. Responsiveness depends on factors such as device configuration, power management, firmware design, and network availability, allowing a balance between update frequency, reliability, and power efficiency for tracking, safety, and operational oversight.
Yes, LTE-M and NB-IoT are formally included within the 5G standard, providing long-term network service continuity and future-proofing. These technologies establish a reliable foundation for large-scale asset tracking, supporting growing device capabilities while keeping connectivity costs predictable.
LTE-M and NB-IoT networks are designed to extend coverage beyond traditional cellular footprints, making them effective for remote and rural deployments. When combined with GNSS, Wi-Fi, and cell-based positioning, users can verify asset location, monitor conditions such as temperature, and search for assets more effectively across wide geographic areas.
Yes, 5G Cellular IoT networks are built to support a vast number of devices simultaneously, making them ideal for large fleets or distributed asset pools. This allows organisations to establish scalable tracking systems that deliver consistent performance, predictable cost, and reliable data access for all users across their operations.
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