gpslinker

track and secure your vehicle using this app

Gpslinker developed the world’s smartest, most compact and cost effective tracking device, providing user friendly and powerful options for keeping track of vehicles people and things cared for.Gpslinker implemented New Generations technologies are ready to use with new infrastructure. Whether dealing with a single device idea or a complex multi device requirement.

The Gpslinker Instant Location Reporter technology was designed to address today’s growing demand for wireless location-based connectivity with a new network element that replaces old, useless technologies. Gpslinker manages all customer profiles and call routing automatically, from pre-determined rule sets outlined by the customer.

the new Gpslinker adapting their needs in real-time, in response to new information, such as location, speed of travel, destination, Geo fencing needs, and others. This technology is a key building block that enables Gpslinker’s technologies.

Gpslinker Device

Our Tracking Device is a compact, lightweight device with long-lasting battery life. Accessories included will allow you to secure your Gpslinker device to different objects, including backpacks, bikes, belts, and luggage. Gpslinker Universal can also be hard-wired in a car, eliminating the need for charging. Designed for outdoor use.Using the Gpslinker device is simple

Gpslinker App

The Gpslinker companion App is a single-point interface for configuring, managing, and tracking your devices. It allows for parallel tracking of all the devices a user owns under a single account, as well as remote updating of settings, device power, and other features.

The Gpslinker app is available on all PCs and smartphones, providing full time accessibility for users. Any notification (SOS button, geo-fences, speed thresholds, etc.) can be delivered in-app, emails, or text messages, making tracking and updating possible even without access to the app itself.

Gpslinker provides near real-time tracking, including notifications based on geo-boundaries, speed, and sudden impact or acceleration.