01
See the whole path
Follow a person or device through the AP, switch port, gateway, WAN, and the cloud service they are trying to reach.
Network · Cloud · IdentityNetwork & IT operations, in one command view
Know what failed—and what to do next.
Tower turns Meraki, Azure, identity, and people telemetry into one live operational picture—so your team can see the blast radius, trace the likely cause, and act with guardrails.
Managed private deploymentRead-only by defaultCredentials stay server-side
TTOWERLIVE
14:32:08 EDT
Devices online142 / 14598% up
Active alerts31 critical
Clients824last 5 min
WAN uplinks12 / 12connected
OPS VIEW · REFRESHED 9s AGO
LIVE OPERATIONAL CONTEXT
Topology, evidence, and next action in the same place.
MERAKIMICROSOFT AZUREENTRA + INTUNEVERKADAADPFRESHSERVICE
One incident narrative
Your tools have the data.
Tower gives it a point of view.
Built for lean IT teams running distributed sites, Tower connects the evidence that normally lives in six different consoles.
02
Diagnose with evidence
Group downstream symptoms beneath the likely root, count the blast radius, and place recent changes on the same incident timeline.
Topology · Events · Change history03
Act with guardrails
Turn a known fix into a validated, confirmed action. Read-only stays the default, and every authorized change leaves an audit trail.
Validate · Confirm · VerifyINCIDENT / HQ-2407OPEN · 14:31
P1
LIKELY ROOT
ACKNOWLEDGED · MMIDF2-SW-01 unreachable
Topology groups the AP and 42 affected clients beneath this switch.
42 clients impacted3 downstream devices1 business service
14:19Configuration change
Trunk port 48 native VLAN changed 10 → 120
14:28Wireless failures spike
DHCP stage failures begin on AP-05 and AP-06.
14:31Incident opened
Switch alert and client impact grouped automatically.
Correlation is evidence, not a claim of cause.
Diagnose with evidence
Stop rebuilding the incident timeline by hand.
Tower places topology, client impact, connection failures, alerts, events, and recent configuration changes in one investigation.
- Root before noiseDownstream symptoms roll up beneath the likely failed device.
- Blast radius you can explainSee the affected people, clients, devices, and services.
- Honest uncertaintyMissing feeds stay unknown. Correlation never masquerades as certainty.
One operational picture
Start with the network.
Connect the rest of IT.
Meraki is the operational wedge. Azure, identity, endpoints, cameras, and people add the context that turns a device alert into a business answer.
NETWORK OPERATIONS
Every site. Every path. One map.
2D, 3D, and geographic topology; client paths; ports; VLANs; DHCP; firmware; Wi-Fi evidence; and live tools.
CLOUD + APPLICATIONS
Map the service, not just the VM.
Connect Azure resources, line-of-business applications, dependencies, SSO state, reachability, and the site-to-site VPN.
ERFleet ERPCritical business serviceHEALTHY
VMerp-app-01Azure VM · East USRUNNING
DBerp-sql-prodSQL · 34 msONLINE
PEOPLE + ENDPOINTS
Start with the person, not the MAC address.
Join network clients to Intune devices, Entra identities, onboarding state, and the exact AP or switch port they use.
SK
Sofia Khan3 devices · on network now
GUIDED AUTOMATION
Automate the runbook. Keep the gates.
Coordinate ADP, AD/Exchange, Entra, Intune, Freshservice, and the steps that still require a human.
NEW HIRE · STARTS AUG 24Maya Chen · Finance Analyst72%
- Account + mailbox detected
- Entra license assigned
- NEXT · Prepare laptop
BUILT TO BE VERIFIED
Operational trust is an engineering feature.
The same honesty Tower brings to incomplete telemetry shows up in how the product itself is tested.
461automated tests passing
35API routes smoke-tested
237UI contracts validated
CURRENT BUILD · 0 FAILING
Guardrails by design
Powerful when armed.
Predictable by default.
Your operations console should never create a second incident. Tower keeps the private deployment boundary clear and makes each write deliberate.
Review the architecture with us →Credentials stay server-side
API keys and tokens are held by the private Tower service and never delivered to browser code.
Read-only by default
Observation works without enabling changes. Write capabilities remain explicitly armed and authorized.
Every action has a gate
Allowlisted parameters, strict validation, blast-radius confirmation, and per-action results.
History you can inspect
Who, what, when, parameters, and outcome are captured for every attempted configuration action.
Launch pricing
Price the estate, not the operator seats.
Start with a managed private deployment. Scale by sites and modules as Tower proves value inside your environment.
CORE
Network clarity
For a lean team standardizing a distributed Meraki estate.
From$499/ month
Up to 10 managed sites- Live topology + client paths
- Issues, ports, VLAN + DHCP analysis
- 23-check site audit
- Reports + config history
RECOMMENDED
OPERATIONS
Evidence to action
For teams that own multi-site reliability and incident response.
From$999/ month
Up to 25 managed sites- Everything in Core
- Change correlation + root grouping
- Watched services + incident workflow
- Guarded remediation actions
PLATFORM
Hybrid IT control plane
For organizations connecting network, cloud, identity, and people ops.
Custom
Designed around your estate- Everything in Operations
- Azure + business-app mapping
- People + endpoint context
- Onboarding and offboarding modules
Launch pricing is for managed, single-tenant deployments and may include a one-time onboarding fee. Final scope follows a technical validation.
Straight answers
Questions your security and infrastructure teams will ask.
Is Tower a replacement for the Meraki dashboard?+
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.
Can Tower make changes to our network?+
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.
Where do our API credentials live?+
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.
Is the Wi-Fi view an RF survey?+
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.
How is Tower deployed today?+
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.
What happens when an integration is unavailable?+
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.
Private pilot
Bring one ugly incident.
We'll show you the path.
Book a technical walkthrough built around your sites, tools, and deployment boundary—not a canned dashboard tour.
0130-minute discovery02Architecture + data review03Scoped private pilot