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Endpoint Monitoring

User Guide

Written by Sunny

Overview

Endpoint Monitoring is a proactive monitoring feature that continuously checks the availability and performance of external services from your Pronto-managed networks.

It enables administrators to verify Internet connectivity, monitor cloud applications, and identify latency or service outages before they impact business operations.

The monitoring engine periodically tests configured endpoints using supported protocols such as:

  • ICMP (Ping)

  • HTTP / HTTPS

  • TCP

The collected results are displayed through dashboards, historical reports, and detailed endpoint insights.

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~~~ NOC Dashboard 
Dashboard 
SELECT NETWORK 
Total Devices 
Total Clients 
Total Alerts 
Now 
1 
0 
1 
2 
Subrata_Lab 
V 
Monitor 
Site 
Organization 
Network Analytics 
Activity Log 
Configure 
Clients 
NOC Dashboard 
Network Devices 
Firmware 
Topology 
Reports 
Notifications 
21:15 
0:21:30 
0:21:45 
0:22:00 
0:22:15 
SIM 
Event Log 
Endpoint Monitoring 
UPSTREAM 
DOWNSTREAM 
Network SSIDS 
Top 5 Devices by Usage 
Name 
Security 
Clients 
0 
Anu 
psk2 
0 
00:0C:66:16:4D:1D(1) 
De: 
2.4 GHZ 
5 GHZ 
S_router 
psk2 
0 
2.4 GHZ 
5 GHZ 
Ok 
Access point 
50k 
100k 
150k 
200k 
250k 
none 
0 
2.4 GHZ 
Values 
New SSID allll 
none 
0 
2.4 GHZ 
UP 
DOWN 
Network devices 
Client


Benefits

Endpoint Monitoring helps administrators:

  • Verify Internet connectivity

  • Monitor cloud-hosted applications

  • Detect latency issues

  • Identify service outages

  • Monitor ISP performance

  • View historical endpoint availability

  • Analyze endpoint health trends over time


Accessing Endpoint Monitoring

Navigate to:

Monitor -> Endpoint Monitoring

The Endpoint Monitoring dashboard provides an overview of all configured endpoints across your monitored networks.

Endpoint Monitoring Dashboard

The dashboard provides a high-level summary of endpoint health.

It includes:

  • Response Efficiency

  • Endpoint Health Distribution

  • Historical Monitoring Reports

  • Endpoint Availability Trends

Latency Analysis

The Latency Analysis widget displays the overall response efficiency for monitored endpoints.

Example:

Q Search Devices by Name, MAC ID, GUID, Tags or Network 
Bharat 
Endpoint Monitoring 
Subrata_Lab > 
All Endpoint X 
0 
Last 7 days X 
0 
Latency Analysis 
Site Distribution by Response time 
STATUS 
4 
0 
0 
0 
99.75% 
Good 
99.75% 
Good 
Warning 
ritical 
Down 
· Warning 
0.19% 
4 
RESPONSE 
Efficiency 
3 
· Critical 
0.06% 
2 
. Down 
0% 
1 
0 
Endpoint Monitoring Reports 
Click a day to view details 
Good Endpoints 
Warning Endpoints 
Critical Endpoints 
Down Endpoints 
99.75% 
0.19% 
0.06% 
0% 
100% 
75%

Response Efficiency

99.75%

The dashboard categorizes endpoint responses into four health states.

Status

Description

Good

Endpoint responded within the configured latency threshold.

Warning

Response time exceeded the warning threshold.

Critical

Response time exceeded the critical threshold.

Down

Endpoint was unreachable.

This section provides an overall view of endpoint performance across all monitored sites.

Site Distribution by Response Time

Q Search Devices by Name, MAC ID, GUID, Tags or Network 
Bharat 
Endpoint Monitoring 
Subrata_Lab 
All Endpoint X 
0 
Last 7 days X 
0 
Latency Analysis 
Site Distribution by Response time 
STATUS 
4 
0 
0 
0 
. Good 
99.75% 
Good 
Warning 
ritical 
Down 
99.75% 
· Warning 
0.19% 
4 
RESPONSE 
Efficiency 
· Critical 
0.06% 
2 
. Down 
0% 
1 
0 
15 
Endpoint Monitoring Reports 
Click a day to view details 
Good Endpoints 
Warning Endpoints 
Critical Endpoints 
Down Endpoints 
99.75% 
0.19% 
0.06% 
0% 
100% 
75%

This graph displays the number of monitored sites based on their current endpoint status.

Example:

Good : 4
Warning : 0
Critical : 0
Down : 0

This allows administrators to quickly identify whether issues are isolated to specific sites or affecting multiple locations.


Endpoint Monitoring Reports

Bharat 
Q Search Devices by Name, MAC ID, GUID, Tags or Network 
Good 
Warning 
Critica 
Down 
Good 
99.75% 
99.75% 
. Warning 
0.19% 
4 
RESPONSE 
Efficiency 
3 
· Critical 
0.06% 
2 
Down 
0% 
1 
0 
15 
Endpoint Monitoring Reports 
Click a day to view details 
Down Endpoints 
Good Endpoints 
Warning Endpoints 
Critical Endpoints 
99.75% 
0.19% 
0.06% 
0% 
100% 
75% 
50% 
25% 
0% 
Jun 27 
Jul 1 
Jun 2! 
Jun 26 
Jun 2 
Jun 29 
Jun 30

The reporting section displays historical endpoint performance for the selected time period.

Summary cards include:

  • Good Endpoints

  • Warning Endpoints

  • Critical Endpoints

  • Down Endpoints

Example:

Metric

Value

Good

99.75%

Warning

0.19%

Critical

0.06%

Down

0%

Selecting a date on the chart opens detailed monitoring information for that day.

Endpoint Insights

Endpoint Monitoring Reports 
Click a day to view details 
Good Endpoints 
Warning Endpoints 
Critical Endpoints 
Down Endpoints 
99.75% 
0.19% 
0.06% 
0% 
100% 
Jun 30, 2026 
. GOOD 
99.81% 
75% 
Warning 
0.13% 
Critica 
0.05% 
50% 
Down 
0% 
View Details 
25% 
0% 
un 25 
un 26 
Jun 27 
un 28 
Jun 29 
un 30 
Jul 1

Selecting a day from the Endpoint Monitoring Reports opens the Endpoint Insights page.

This page provides a detailed breakdown of endpoint performance during the selected time period.

Information displayed includes:

  • Endpoint Name

  • Endpoint Group

  • Monitoring Type

  • Current Status

  • Good %

  • Warning %

  • Critical %

  • Down %

Example:

< Endpoint Insights - Jun 30, 2026 
100% 
75% 
50% 
25% 
0% 
2h 
4h 
6h 
8h 
10h 
12h 
14h 
16h 
18h 
20h 
22h 
24h 
Good Endpoints 
Warning Endpoints 
Critical Endpoints 
Down Endpoints 
99.81% 
0.13% 
0.05% 
0% 
Endpoints 
Networks 
Search 
0 
Status 
ALL X 
V 
Endpoint 
Group 
Type 
Status 
Good 
Warning 
Critical 
Down 
test2 
icmp 
Good 
100% 
0% 
0% 
0% 
8.8.8.8 
1.1.1.1 
test2 
icmp 
Good 
100% 
0% 
0% 
cloudflare.com 
test2 
tcp 
Good 
99.26% 
0.53% 
0.21% 
0% 
<a href="http://github.com" rel="nofollow noopener noreferrer" target="_blank">http://github.com</a> 
test2 
http 
Good 
100% 
0% 
0% 
0% 
1 
8 / page 
V 
V

Endpoint

Type

Status

8.8.8.8

ICMP

Good

1.1.1.1

ICMP

Good

cloudflare.com

TCP

Good

github.com

HTTP

Good

This allows administrators to identify which monitored endpoint experienced degraded performance.


Endpoint Details

Endpoints 
Networks 
Search 
0 
Status: 
All X 
V 
Endpoint 
Group 
Type 
Status 
Good 
Warning 
Critical 
Down 
8.8.8.8 
test2 
icmp 
Good 
100% 
0% 
0% 
1.1.1.1 
test2 
icmp 
Good 
100% 
0% 
0% 
cloudflare.com 
test2 
tcp 
Good 
99.26% 
0.53% 
0.21% 
0% 
<a href="http://github.com" rel="nofollow noopener noreferrer" target="_blank">http://github.com</a> 
test2 
http 
Good 
100% 
0% 
0% 
0% 
&lt; 
1 
8 / page 
V

Selecting an endpoint opens the Endpoint Details page.

This page contains detailed performance information for the selected endpoint.

Displayed information includes:

Overview

Displays:

  • Endpoint Name

  • Endpoint Group

  • Monitoring Type

  • Monitoring Summary

Example:

8.8.8.8

Group: test2

Type: ICMP

&lt; 8.8.8.8 
Insights 
30 Jun 2026 X 
OVERVIEW 
8 
8.8.8.8 
8.8.8.8 
8.8.8.8 (8.8.8.8) - ICMP ping monitoring, test2 group. 
MESSAGE 
Group: test2 Type: ICMP 
8.8.8.8 was reachable throughout the monitored period with 100.0% availability. Average latency was 8.1 ms, peaking at 8.8 ms at 14:45 UTC. Monitoring 
data was unavailable for 62 intervals earlier in the window. Performance remained stable throughout the window.

Monitoring Summary

The Overview section summarizes endpoint performance during the selected time period.

Example:

  • Average latency

  • Peak latency

  • Availability

  • Monitoring interruptions

This provides a quick understanding of endpoint health without reviewing individual measurements.


Latency Timeline

Latency 
100% 
0% 
0% 
0% 
Good 
Warning 
Critical 
Down 
3sec 
2.25sec 
1.5sec 
30 June 2026 - 11:30:00 (UTC) 
750ms 
Status: 
Good 
Latency: 
8m 
Oms 
00:00 
02-00 
04:00 
06:00 
08:00 
10:00 
12:00 
14:00 
16:00 
18:00 
20:00 
22:00 
DAY VIEW 
Jun 30 - 00:00 - 23:59 
Drag chart or slider to zoom 
Jun 30 
Jun 30

The Latency graph displays response times throughout the selected monitoring period.

Administrators can:

  • View latency trends

  • Zoom into specific time ranges

  • Identify latency spikes

  • Detect outages

Color indicators represent endpoint health:

Color

Status

Green

Good

Yellow

Warning

Red

Critical

Gray

Down

Connected Devices

Devices 
Networks 
Status: 
All X 
Search 
0 
V 
MAC Address 
Name 
Network Name 
Status 
00:0C:66:16:4D:1D 
Subrata_Lab 
Good 
1 
&gt;

The Devices tab lists all Pronto devices currently monitoring the selected endpoint.

Displayed information includes:

  • MAC Address

  • Device Name

  • Network Name

  • Current Endpoint Status

This helps identify which devices are successfully monitoring the endpoint.


Networks

Endpoints 
Networks 
Search 
0 
Network Name 
Total Endpoints 
Good Endpoints 
Warning Endpoints 
Critical Endpoints 
Down Endpoints 
Subrata_Lab 
4 
4 
0 
0 
O 
&lt; 
1 
&gt; 
8 / page V

The Networks tab displays all networks associated with the monitored endpoint.

Administrators can determine whether endpoint issues affect a single network or multiple locations.


Using Filters

The Endpoint Monitoring dashboard supports filtering by:

  • Network

  • Endpoint Group

  • Time Range

  • Status

These filters help administrators quickly isolate endpoint performance for specific locations or monitoring groups.


Health Status Definitions

Status

Meaning

Good

Endpoint responded successfully within configured latency thresholds.

Warning

Response time exceeded the warning threshold but remained reachable.

Critical

Response time exceeded the critical threshold and indicates degraded performance.

Down

Endpoint did not respond or was unreachable.


Common Monitoring Types

ICMP

ICMP monitoring verifies basic network connectivity by sending ping requests.

Typical use cases:

  • Internet connectivity

  • ISP availability

  • Public DNS reachability

Example:

8.8.8.8
1.1.1.1


HTTP / HTTPS

HTTP monitoring verifies that a web application or website is responding successfully.

Typical use cases:

  • Cloud portals

  • Captive portals

  • Business applications

Example:


TCP

TCP monitoring verifies whether a service is accepting TCP connections on a specific port.

Typical use cases:

  • Database servers

  • POS systems

  • Application servers

  • HTTPS services

Example:

Server:
redis.example.net

Port:
6379


Best Practices

  • Configure multiple endpoints to avoid relying on a single destination.

  • Monitor public DNS services (such as 8.8.8.8 or 1.1.1.1) to validate Internet connectivity.

  • Include business-critical cloud applications in endpoint monitoring.

  • Review historical reports regularly to identify recurring latency or availability issues.

  • Use filtering options to quickly isolate problems affecting specific networks or endpoint groups.


Troubleshooting Tips

If an endpoint shows Warning, Critical, or Down:

  1. Verify the WAN connection is operational.

  2. Confirm DNS resolution if a hostname is used.

  3. Ensure the monitored service is available.

  4. Review latency trends to identify intermittent issues.

  5. Compare endpoint performance across multiple networks to determine whether the issue is site-specific or widespread.


Conclusion

Endpoint Monitoring provides continuous visibility into the health and performance of external services monitored by Pronto devices. By tracking endpoint availability, latency, and historical trends, administrators can quickly identify connectivity issues, monitor critical applications, and proactively resolve network problems before they affect end users.

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