Portal user guide

What each part of the CNA portal is for and how to get answers from it. For everyone who uses the portal, whatever their role.

Views are being consolidated in the next release. This guide describes each view by its purpose, not by menu path or position on screen. The views you see depend on the services your organisation uses.

The home view

The landing page when you sign in. It answers "is anything wrong right now?" across every service you have.

The portal home view: counts of sensors, end-user devices and servers online, with a green 'Good' application-response average for each.
Counts online and application averages on the home view.
  • Counts online: office sensors, end-user devices and servers currently reporting.
  • Application averages: the average application response seen by each source, shown red, amber or green, so you can tell at a glance whether users are affected.
  • Active alerts: everything currently firing that needs attention.
  • Service-provider feeds: the latest status and news published by the providers your services depend on, so "is it us or them?" is answered in one place.
  • Shortcuts to the office, end-user device and infrastructure views you subscribe to.

Office monitoring

Office views show what your sensors measure, either across all sites at once or for one site. Start with all sites to see whether a problem is local or general, then open a site from the list of offices.

If you see…It usually means…
One site slow, the rest fineA local cause: the office network, Wi-Fi or circuit
Every site slowThe provider or the application
One application slow, the others normalThe application, not the network
Sensors fine but laptops slowThe device

Application response

How long each application takes to respond to the sensors' web requests. Each sensor tests every configured application every two minutes. The view shows an average for each application, then a graph over time, so you can compare applications side by side.

Response-time graphs for three applications over five days: two stay steady with short spikes, while the office suite jumps to about 4 seconds once.
One application spikes while the others stay normal: look at the application, not the network.

For a single site, the application view also shows the ping response time and the network path to each application.

DNS

How long name lookups take from the sensors, as an average and over time. A timeline of lookup results shows problems at a glance:

ResultMeaning
0Success
1Timeout
2Error

The DNS response codes returned by the server are shown alongside.

WAN circuits

Each office circuit is probed from the cloud, looking back at the office's public IP address. It is the one measurement in CNA taken from outside your offices. For each circuit you see the average round-trip time and packet loss for the current period, the last 7 days and the last 30 days, then a graph with round-trip time in milliseconds on the left axis and packet loss as a percentage on the right.

A site WAN graph for two circuits: round-trip time between about 2 and 3.5 ms with one spike to 6.7 ms, and packet loss at 0% on the right-hand axis.
Both circuits at one site: latency on the left axis, loss on the right.

Network path

A hop-by-hop trace from the sensors to each application, with the latency at every hop. Use it to tell whether the delay starts inside the office, at your internet provider or at the application's edge, and hand the provider evidence rather than a complaint.

A traceroute timeline with one line per hop, mostly between 5 and 10 ms, where one hop spikes to 36 ms.
One hop spikes to 36 ms, so you know where the delay starts.

Wi-Fi

Each floor that has a wireless map has its own Wi-Fi view. Open it from the site.

The floor map

Your floor plan, with each sensor drawn where it sits and coloured by the signal it receives. The average signal strength and reception quality for the floor are shown with it.

A floor plan with three sensors: one green at −66 dBm, one amber at −69 dBm and one red at −76 dBm.
Sensors coloured by signal strength. Demo names.
ColourSignal
GreenAbove −67 dBm
Amber−68 to −75 dBm
RedBelow −75 dBm

Use the time slider under the map to move back and forward through the selected time range, for example to replay a bad morning.

Select a sensor's label to open its detail.

Sensor detail

Everything one sensor knows about its Wi-Fi connection. Signal, quality, link rate and access point are measured every 15 seconds.

ShownUse it to
ConnectionSee the network name (SSID), the access point (BSSID), channel and channel width the sensor is using
Sensor MAC addressGive your wireless provider what they need to find the sensor in their own tools
Signal and quality over timeSignal in dBm and reception quality as a percentage. Drag across a graph to zoom in.
RoamingSee when the sensor moved from one access point to another, and what that did to the signal
Transmit and receive ratesSpot a link that is connected but slow
Nearby networksA scan every 15–20 minutes of the 24 strongest access points around the sensor, with network name, channel, BSSID, frequency and encryption, as a table and on a timeline. Hidden networks are included. Scans are kept for 24 hours.
A roaming graph over six hours: each colour is a different access point; after the second roam the signal rises from about −70 to about −60 dBm.
Roaming: each colour is an access point.
A sensor's Wi-Fi scan over six hours: one row per nearby network with its channel, frequency and security, and a coloured tile with the signal in dB at each scan, green for strong and red for weak.
The nearby-network scan from one sensor: every network it can hear, scan by scan.

ModelA sensors also report noise and signal-to-noise ratio.

End-user devices

If you use the end-user device agent, these views show what each user's own Windows device experiences. Unlike a sensor, the agent reports only while the device is switched on.

Device list

One row per device, with counts of devices reporting and applications monitored at the top.

The device list: one row per laptop with operating system, build and model, free CPU, memory and disk as green, amber or red cells, a Wi-Fi signal bar and the agent version.
The device list.
  • User, operating system, build and model of each device.
  • CPU, memory and system disk as coloured cells, so a device running out of resources stands out.
  • Wi-Fi signal as a coloured bar.
  • Public IP address of the connection, which can be mapped to your offices so you can see who is working where.
  • Agent version.

Below the list are application response averages from all devices and an overview of the estate's Wi-Fi, CPU, memory and disk.

Device detail

Open a device from the list. A device selector shows which devices are online, so you can switch between them without checking which are reporting.

  • The device: operating system, uptime, CPU, memory and system disk with their use.
  • Connectivity: if you use Zscaler, the laptop agent shows the Zscaler client connection details.
  • Wi-Fi: signal, receive and transmit rates and traffic, with a timeline that also shows roaming between access points, and a scan of nearby networks every 15–20 minutes, kept for 24 hours.
  • Network interface: throughput, packets per second, discards and errors.
  • Resources: CPU, memory, disk and the processes running.
One laptop's overview: uptime, CPU, memory and disk, the Windows version, model and agent version, its Wi-Fi connection details, and its average Wi-Fi signal and transmit and receive rates.
One device at a glance: resources, Windows and agent versions, and its Wi-Fi connection.
The same laptop's Wi-Fi over three hours: signal strength, transmit and receive rates, and a timeline of the nearby networks it could see, banded by signal strength.
The device's Wi-Fi over an afternoon: signal, link rates and the networks around it.

Application reachability per device

From a device, open its application reachability view: the same application, ping and network-path information as a site's application view, measured from that device. Compare it with the sensors at the same office to tell a device problem from a network one.

Servers

If you use the server and VM agent, the infrastructure views show CPU, memory, disk and network for your Linux and Windows servers, whether critical processes are running and how long each certificate has before it expires, on the same timeline as the office measurements. See Infrastructure monitoring for what is collected.

The AI assistant

Ask the portal what's going on, in plain English. The assistant answers from your own data: it can explain what a view shows and suggest what to check next. It helps people interpret the data. It does not detect anomalies or raise alerts by itself: alerts still follow the thresholds your administrators set.

The AI assistant explaining, in plain English, what the signal strength and reception quality figures on a Wi-Fi view mean.
The assistant explaining a Wi-Fi view.

Start with the questions your service desk asks every day, such as "what does the data on this view mean?" or "what should I check next?"

The assistant is included as standard for up to 3 users. More about it: The portal. How it handles your data: FAQ.

Working with dashboards

To…Do this
Change the time rangeOpen the time picker. Choose a relative range, such as the last 12 hours, yesterday or this week so far, or set an absolute range with a start and end date and time.
Zoom inDrag across the part of a graph you want to see.
Zoom outUse the zoom-out control to widen the time range.
RefreshUse the refresh control to update now, or pick an automatic refresh interval. Views don't refresh automatically unless you set one.
Keep a favouriteStar the view. Starred views are easy to find again, and you can make one your home view.
Share what you seeShare by link, or as a snapshot of the data at that moment.
Show it on a NOC wallSwitch to view (kiosk) mode, which hides the menus for a large screen.
Focus on one graphOpen a panel full screen from its menu. Click a series in a legend to show or hide it.
Find a viewSearch by view name or panel title.
Learn the shortcutsPress ? to list every keyboard shortcut.

Time ranges use the time zone in your preferences.

Your account

Open your profile to manage the following.

SettingNotes
PasswordChange it at any time if you have a CNA account. Not available when you sign in through your identity provider: change it there, or ask your administrator.
ProfileYour name, user name and email address.
PreferencesTheme (light or dark), your home view, time zone, the first day of the week used by ranges such as "this week", and the interface language.
SessionsSee where your account is signed in. If you suspect someone else has used your credentials, sign out the other sessions, then change your password.

Your preferences take precedence over your organisation's defaults.

The CNA portal is built on Grafana.