Device management for vehicle fleets: centralized, vendor-agnostic.

Zero-touch provisioning describes the automatic initial configuration of a new device the first time it powers on — no manual intervention on site. Device management is the broader term: it covers zero-touch provisioning as part of the rollout, but also extends to ongoing configuration changes, OTA updates, inventory, status monitoring, and lifecycle management. Zero-touch provisioning is one function within device management, not a replacement for it. Both are integrated into Unwired Edge Cloud.

Device management for vehicle fleets means centrally administering network devices like routers and access points across the entire fleet. A cloud platform handles inventory, configuration, software updates, status monitoring, and rollout of new devices. Instead of setting up each device manually on site, you define configurations and update strategies once, centrally, then push them to individual devices, groups, or the whole fleet. Unwired Edge Cloud consolidates these tasks in a vendor-agnostic platform built for long-haul operation in transit fleets.

Unwired Edge Cloud is API-first by design: every function in the UI is also available via REST API. ITSM systems, procurement tools, inventory systems, CI/CD pipelines, and existing monitoring stacks integrate without custom development. Bulk rollouts, scheduled configuration checks, and automatic device onboarding from procurement systems can all be automated. Standards-based interfaces instead of proprietary protocols mean the platform fits into your toolchain rather than adding another silo.

Unwired Edge Cloud is built to scale. From small pilot deployments to fleets with thousands of routers and access points, management runs on the same architecture. Group-based configurations, bulk actions, and parallel rollouts mean operational effort doesn’t scale linearly with fleet size. Tenants, sites, and routes can be modeled hierarchically, with permissions and views set per team. Management stays clear even as the fleet grows significantly over the years.

Unwired Networks is certified to ISO 9001 and ISO 27001. Security principles like Zero Trust and STRIDE-based threat modeling are built into Unwired Edge Cloud and Unwired Edge Cloud OS. All configuration changes and update histories are logged and audit-ready. For transit operators subject to NIS-2 or similar regulations, Unwired Edge Cloud provides a compliant foundation. Updates continue for ten years and beyond, keeping devices secure even late in their service life.

Yes. Network configuration is part of device management and rolls out through the same cloud platform. Maintain settings like VLANs, uplinks, VPN connections, firewall rules, and Wi-Fi configuration centrally, then assign them to individual devices, groups, or entire fleets. Changes propagate consistently, and offline devices apply them the next time they come online. Underlying network capabilities like WAN bonding and SD-WAN are separate features of the platform, also configured through device management.

OTA (Over-the-Air) updates deliver operating system, software, and security patches from the cloud straight to network devices in the fleet. In Unwired Edge Cloud, device management packages updates, rolls them out to test groups first, then distributes them fleet-wide after approval. Offline vehicles pull pending updates automatically as soon as they reconnect. Thousands of devices stay on a uniform software baseline — no workshop visits, no on-site interventions. Ten-plus years of guaranteed update delivery cover devices across the full vehicle lifecycle.

Unwired Edge Cloud is vendor-agnostic by design and supports devices from leading transit-sector vendors including Lanner, Teltonika, Televic, Belden, Duagon, Teldat, Kontron, Westermo, and Antonics. The only prerequisite: the device must run Unwired Edge Cloud OS. New vendors and models are typically integrated within one to three months. Form-fit-function compatibility means you can mix devices from different vendors in the same fleet, or swap individual models later — without rebuilding device management.