Companies that operate multiple sites (or are growing rapidly) know the pattern: The actual bottleneck is rarely the hardware - it is time, processes and the susceptibility to errors during rollout. This is exactly where UniFi Site Manager 5.0.0 comes in: With the new "UniFi Fabrics" orientation, the Site Manager moves from a pure multi-site overview to a scalable control plane that places much more emphasis on standardization, automation and zero-touch provisioning (ZTP).
This is particularly relevant for SD-WAN scenarios because gateways at the WAN edge are typically the "critical first devices" of a new site: Bringing up the Internet, pulling policies, establishing VPN/SD-WAN - and preferably without on-site technicians and manual click paths.
Ubiquiti is positioning the UniFi Site Manager as a centralized platform for remote administration of all deployments - especially for MSPs and larger enterprises with geographically dispersed locations. At the same time, the concept is designed to maintain local control and enable license-free remote management (i.e. without traditional cloud controller/hosting fee models).
With "UniFi Fabrics", this idea is further expanded: a uniform control plane model that not only makes multi-site operation "visible", but also standardizes it operationally - including orchestration of configurations, central policy control and ZTP as a growth driver.
Zero-touch provisioning means here: Devices are "registered" in advance in the Site Manager and assigned to a target site. All that then needs to be done on site is to connect the cables and switch them on - adoption and assignment happen automatically. This reduces manual steps and prevents typical rollout errors (wrong site, wrong device, wrong template, etc.).
Ubiquiti describes the process very pragmatically using ZTP codes on the packaging: scan the QR code or capture the code, store it in the Site Manager inventory, assign the site - and the device is automatically adopted when it is plugged in.
SD-WAN stands and falls with reproducibility at the WAN edge. In practice, it is precisely these tasks that traditionally require "hands-on":
A practical procedure (especially for hub & spoke designs) typically looks like this: