Support data applications that demand highly reliable connections with minimal packet retransmission, mobility support, low latency, ultra security, and real-time visibility.

There is increasing interest in high speed communication services for transportation systems. The interest arises from diverse application cases with varying quality of service needs: communications with the engineer/driver; closed-circuit television video for safety/security surveillance; richer passenger information systems, provisioning of passenger WiFi connectivity; and, more recently, the advent of autonomous vehicle navigation. However, the lack of quality-of service features in many solutions limits their ability to carry both mission-critical and non-mission critical data traffic in the same network reliably. A key requirement is that these services be able to deliver guaranteed quality of service in dynamically varying data traffic conditions. To achieve this, data backhaul has to accommodate dynamic configuration with mobility management driven directly from a local area network controller. sureNET.Transportation is a subscription-based network-as-a-service, with integrated cellular connectivity, to create new low-latency mobile connectivity and backhaul solutions for transportation applications.

Plug-and-play cellular connection hot spots, with the ability to automatically aggregate bandwidth across multiple cellular connections.

Integration with WiFi or 5G network at transportation nodes.

Programmable configuration for data delivery based on application priority and quality of service requirements.

Reliable access to high bandwidth, low latency, and secure connectivity.

Improve throughput quality, with no packet loss, minimize latency/jitter, duplicate filtration, with zero switching time and no packet reordering.

Combine multiple communication channels with hot/cold redundancy modes.

Ultra-secure data connectivity.

Centralized configuration and real-time, remote monitoring.

Simple process to get started and monthly subscription model.