Expanding Tenant Routers Into a Unified Connectivity Layer
Aditum Wi-Fi Traverse expands the Zero Touch platform by allowing individual Zero Touch AX Series tenant routers to participate in a shared, building-wide wireless architecture without converting them into a traditional managed Wi-Fi system.
Each Zero Touch AX Series router continues to operate as a fully independent access point for its assigned tenant. Wi-Fi Traverse does not merge or centrally route tenant wireless networks. Instead, in much the same way large Cable ISPs broadcast hotspots across the city, it expands the role of those routers by enabling them to broadcast additional, purpose-built wireless networks, called Conduits, alongside the tenant’s private Wi-Fi. These Conduits remain entirely separate from all tenant traffic, passing traffic directly to a designated VLAN.
This approach preserves tenant privacy and isolation while enabling consistent, building-wide connectivity for non-tenant use cases.
What Wi-Fi Traverse Actually Does
Wi-Fi Traverse allows Zero Touch AX Series routers to broadcast additional SSIDs that are:
- Mapped directly to VLANs on the building switch network
- Identically configured across participating devices
- Centrally defined and managed
- Fully isolated from tenant networks
Each router continues to operate independently, but the Conduit networks they broadcast all connect back to the same network. This allows devices to move throughout the building while remaining on the same VLAN, IP space, and security policies.
To ensure reliability and avoid unintended network behavior, Conduits are automatically disabled on any device that is powered on but unable to reach the network. This prevents the creation of “dead nodes” that would otherwise advertise a network without a valid uplink.
When connectivity is restored, the Conduit is automatically re-enabled with no manual intervention required.
How Wi-Fi Traverse Handles Wireless Performance
Wi-Fi Traverse sits on top of the thoughtfully engineered distributed wireless design of the Zero Touch AX Series routers in which each access point manages its own radios and channel selection locally, while also participating in the shared network architecture. This approach allows the system to scale naturally across a building without any added complexity and engineering or manual spectrum management.
On the 2.4 GHz band, performance is inherently constrained by limited available spectrum and environmental interference. Wi-Fi Traverse treats this band conservatively and prioritizes stability and compatibility rather than aggressive channel manipulation.
On the 5 GHz band, where significantly more spectrum is available, Zero Touch AX Series devices are configured to operate using channels with full-width 80 MHz availability. Each radio automatically selects the most appropriate channel based on local conditions and reevaluates that selection during scheduled daily maintenance windows in the background. This allows the network to adapt over time as RF conditions change, without requiring centralized coordination or manual intervention.
Because each access point makes its own channel decisions, Wi-Fi Traverse avoids the complexity and fragility of controller-driven RF management while still maintaining consistent performance across the building.
This design ensures:
- Stable operation even in dense environments
- Automatic adaptation to changing RF conditions
- Zero Management
Tenant Networks Remain Fully Isolated by Design
Each tenant’s wireless network remains:
- Private to that tenant
- Terminated locally at their router
- Isolated from other tenants
- Never bridged across the building
This is an intentional and critical design decision.
Unlike traditional managed Wi-Fi systems, where tenant devices share a common wireless and switching infrastructure, Aditum’s architecture keeps tenant networks fully local to their own equipment. This distinction is important. Most people know to avoid using hotel or coffee shop Wi-Fi for sensitive activity because all traffic traverses shared access points and upstream infrastructure and your traffic is likely exposed to anyone else on that network. That same model is commonly used in managed apartment Wi-Fi systems, where tenant LAN traffic is carried across shared hardware.
With Aditum, tenant’s local network traffic never even traverses shared access points or building-wide wireless infrastructure. Each tenant’s local network remains private, isolated, and terminated at their own router. Only traffic explicitly destined for the internet leaves the tenant network. This design avoids privacy risks, reduces performance contention, and eliminates any risk from the unresolved legal and liability concerns associated with transporting private LAN traffic across shared systems.
What Are Conduits
Conduits are the individual shared wireless networks created by Wi-Fi Traverse and broadcast by Zero Touch AX series routers.
Each Conduit:
- Uses a dedicated SSID
- Maps directly to a defined VLAN
- Is isolated from tenant traffic
- Can span the entire building
- Is centrally managed
Common examples include:
- IoT Conduit, for smart building and automation devices
- Guest Conduit, for shared or visitor access
- Operations Conduit, for property or IT use
Conduits provide shared connectivity without sacrificing tenant privacy or network separation.
Why This Architecture Matters
Wi-Fi Traverse was designed to avoid the limitations of traditional managed Wi-Fi systems:
- No shared tenant broadcast domains
- No centralized RF controller dependencies
- No cross-tenant traffic visibility
- No legal ambiguity around traffic ownership
Instead, it delivers:
- Predictable behavior
- Scalable deployment
- Clean separation of concerns
- Long-term operational simplicity
And it does all of this without any additional cost. The full capabilities of Wi-Fi Traverse are included on every Zero Touch AX Series router.