Many vehicle fleets take advantage of advanced technologies and applications to increase efficiency and safety. These applications — including AVL systems, rider apps, and computer-aided dispatch — hinge on the uninterrupted flow of GNSS data from the field to the cloud. Any downtime could jeopardize the accuracy of location data, impacting operations and services.
Use a comprehensive Ericsson solution — including vehicle routers with zero trust networking capabilities — to seamlessly connect GNSS-dependent applications. Ericsson NetCloud Manager makes it easy to monitor the real-time location of all fleet vehicles through a unified, single-pane-of-glass platform.
Ensure data reliability with constant uptime
Using enterprise-grade routers for vehicles — especially dual-modem routers supporting multi-carrier failover and GNSS — ensures consistent 5G and LTE connectivity to maintain the accuracy of location-based data for fleets, even in unavoidable dead zones such as tunnels. NetCloud’s “dead reckoning” feature can calculate the route of a vehicle during a dead period by utilizing the previously determined position, speed, and direction traveling until cellular connectivity and/or the GNSS signal is restored.
Manage an entire vehicle fleet from anywhere
Create a safe and productive environment for your in-vehicle Wi-Fi with content filtering. Define access based on user groups, prioritizing business-critical applications for seamless productivity, while inappropriate or distracting websites are kept safely out of reach. Rest assured, everyone onboard is protected from online threats, malicious websites, and malware.
Securely connect devices to protect vehicle data
Our solutions with optional zero trust security technologies safeguard sensitive vehicle data by securing connected devices and eliminating default access, giving users and devices access only to the resources they need to do their jobs. These solutions — managed through NetCloud — include secure access to the internet and private and SaaS applications to protect against malicious actors, zero-day attacks, and lateral movement during breaches.
