Tower connects topology, client paths, events, and configuration history so your team can see who is affected, isolate the likely root, and prepare a guarded response—without replacing Dashboard.
Tower turns the same fixed evidence in the public demo into one investigation—from the first unreachable AP to the likely root and the guarded next action.
AP-FL1-04 stops reporting. Seven client sessions are affected, while both WAN uplinks remain healthy. Tower starts with what shares a path.
Trace Maya Chen’s FIN-LT-024 through AP-FL1-04, ACCESS-SW-04, and the healthy HQ-MX-EDGE. The break appears before the gateway.
ACCESS-SW-04 advertises native VLAN 120 while CORE-SW-01 port 12 expects VLAN 10. Tower places that change beside the downstream DHCP and AP failures.
Tower keeps observation read-only, validates allowlisted parameters, shows the affected scope before confirmation, and records every authorized result.
Network evidence comes first. Azure, identity, endpoints, cameras, and service workflows dock into the same operational picture when they explain impact or sharpen the next action.
2D, 3D, and geographic topology; client paths; ports; VLANs; DHCP; firmware; Wi-Fi evidence; and live tools.
Connect Azure resources, line-of-business applications, dependencies, SSO state, reachability, and the site-to-site VPN.
Join network clients to Intune devices, Entra identities, onboarding state, and the exact AP or switch port they use.
Attach the evidence, validate the expected parameters, show the affected scope, and wait for explicit human confirmation.
The incident stays inside your boundary. Tower keeps credentials in the private service, starts in read-only mode, and makes every authorized write deliberate and inspectable.
Review the architecture with us →API keys and tokens are held by the private Tower service and never delivered to browser code.
PRIVATE BOUNDARYObservation works without enabling changes. Write capabilities remain explicitly armed and authorized.
SAFE BASELINEAllowlisted parameters, strict validation, blast-radius confirmation, and per-action results.
VALIDATE + CONFIRMWho, what, when, parameters, and outcome are captured for every attempted configuration action.
INSPECTABLE HISTORYStart with a managed private deployment. Scale by sites and modules as Tower proves value inside your environment.
For a lean team standardizing a distributed Meraki estate.
For teams that own multi-site reliability and incident response.
For organizations connecting network, cloud, identity, and people ops.
Core and Operations are approved launch rates for managed, single-tenant deployments. Onboarding is quoted after technical validation, and no discounts are preapproved. Final scope is recorded in a separate order form.
No. Tower is the operational layer above it: topology-aware diagnosis, cross-system context, change correlation, and guided workflows. The dashboard remains the source of truth.
As a managed, single-tenant deployment for your organization, typically behind your existing Entra sign-in and TLS boundary. We are intentionally not presenting the current product as a shared multi-tenant service.
In the private Tower deployment, server-side. They are masked in settings and never delivered to the browser. We review the deployment boundary with your team during the pilot.
Only when you explicitly enable it. Tower is read-only by default. Authorized actions are allowlisted, validated server-side, confirmed with their blast radius, and written to the audit history.
Tower reports the missing source as unknown. It does not turn an API failure into a green zero, a fake all-clear, or an invented connection.
No—and Tower says so. Signal color uses measured client RSSI/SNR; radius is a propagation model based on transmit power and environment. A physical survey remains authoritative.
We'll map one real failure path, review your deployment boundary, and scope a private pilot around your environment—not a canned dashboard tour.