Monitor
Overview
The monitor widget in ONES:
Shows the complete topology view of the fabric
User can change the topology view by:
Datacenter
AI-ML
The Topology view can be categorised by:
Region
Platform
ASICs
Statuses
Not streaming, Faulty Fans, Faulty PSUs, Links Down
Metrics
Bandwidth RX & TX
Memory, CPU & ASIC Utilization
This page shows all the links and information connected to each other
Using a right click on device it allow a user to go to specific feature details
Traffic, Health, Capacity, Protocols
Allow a user to connect device via SSH, Console Access
Can get SYSLOGS
Traffic View
PFC Enabled Device view
input/output packets in million per sec
Errors and Discard packets per interface
And more related metrics
AI-Fabric metrics
Health of the devices
CPU & Memory Utilization
CPU & PSU Temperature
PSU Voltage & Fan Speed
SSD Temperature, Health and Memory utilization
Server GPU Metrics
Capacity of the devices
IPv6 & IPv6 Routes
ASIC/Software/Kernel
ASIC ACL capacity
Links Page
All the connected devices
Transceivers info
Protocols status
BGP status
VXLAN
MCLAG
LACP
QOS
Topology
Navigate to Monitor >> Topology
Topology Type: DATACENTER
Topology Type: AI-ML
This shows the complete Topology view, how the devices are connected
Topology can be filtered by Underlay/Overlay/RoCE
We can put the filters to check the customized view of the Topology
Count of devices
All devices onboarded
Not streaming
Faulty Fans & PSUs
Links Down
We can also check Down Links to check the topology those are having links in the shutdown state
When we hover the cursor over any device and use right click we get few more controls
Device details/Ports
Direct Navigation per device
Traffic/Health/Capacity/Protocols
Console connect
SYSLOG
we can also filter the view by using
Statuses
Not streaming, Faulty Fans, Faulty PSUs, Links Down
Metrics
Bandwidth RX & TX
Memory, CPU & ASIC Utilization
Traffic
Using this widget we can check the input and output errors across all the devices
This widget also shows the input and output packet per device
Navigate to Monitor >> Traffic
This page shows the information:
Device Name & IP
Roles & Region
Device details
Interface speed and ports
Errors & Utilization of the links
Filter Ribbon can be used to get a customized view
PFC Enabled Devices
Operator up/down
Admin down
PFC Enable interfaces
When we click on any device it gives more information about the interface traffic
Errors per interfaces
Bandwidth Utilisation per interfaces
When we click on any particular interface it gives the timescale of the inputs and output packets with Errors and Discards & all metrics in detail
This page shows the traffic drop rate per interface based and will be very useful while doing any troubleshooting for a traffic drop
Using these details a user can check more details inside to fix the issue of dropping/discarding packets
Health
This page shows the latest utilization of all the devices
CPU & Memory utilization
Temperature & Voltage of PSU
fan speed in % & RPM
SSD Temperature, Health and Memory Usage
Navigate to Monitor >> Health
Health Status
Health Status is reported for the following components
Roles
SKU/ASIC
Ports/Max Speed
CPU Utilization (%)
Memory Utilization (%)
CPU Temperature (℃)
PSU Temperature (℃)
PSU Voltage (V)
Fan Speed (RPM)
SSD
Temperature(℃)
Health(%)
Memory(%)
HOST / IP
Device Name
Device IP
Roles/Region
Device Role
Device Region
SKU/ASIC
SKU (Stock Keeping Unit)
ASIC
Port/Max Speed
Total number of ports available
Speed of ports
CPU Utilization (%)
CPU Utilization reported in 4 states
Normal
Acceptable
Critical - Action needed
Not Streaming - Agent is not up
Click on any device to get the view/status of all the components related to that device
Memory Utilization (%)
Memory Utilization reported in 4 states
Normal
Acceptable
Critical - Action needed
Not Streaming - Agent is not up
Click on any device to get the view/status of all the components related to that device
Average CPU Temperature (C)
Details of the temperature of the CPU across all the devices in degrees celsius
Any device that breaches the configured acceptable or critical value will be shown here
Click on any device to get the view/status of all the components related to that device
Average PSU Temperature (C)
Power Supply Temperature in degrees celsius
Any device that breaches the configured acceptable or critical value will be shown here
Click on any device to get the view/status of all the components related to that device
PSU (Voltage)
Power Supply Voltage readings in volts
Any device that breaches the configured acceptable or critical value will be shown here
Click on any device to get the view/status of all the components related to that device
Average Fan Speed (%)
Fan Speed in % of maximum supported RPM
Any device that breaches the configured acceptable or critical value will be shown here
Click on any device to get the view/status of all the components related to that device
SSD
SSD Status will be shown here
SSD Temperature: will allow a user to track the temperature
SSD Health: will allow a user to check the health utilization in percentage
SSF Memory: this metric will be useful to check the utilization of SSD
Customized View
We can check the health of the device as per some customization
We can filter the devices by:
Roles
Region
Role-based Customization
We can choose a role using the available Role-based option
4 Roles available
Super Spine
Spine
Leaf
ToR
Let’s check it with a Leaf filter
After selecting Leaf input, here is the new view of only devices that belong to the Leaf role
Per Device Status
This Platform Widget also gives the option to check the extended capability view of the device
Apart from this monitoring view, we can also verify/check extended feature sets like:
PSU Current (A)
PSU Power (W)
Services Running
Services CPU/Memory Consumption (%)
To view per device status with all possible widgets, click on any of the devices present on the list
When we choose a specific device we get an output like this
Device Info Ribbon
1
Time Frame: Check Utilization Trends based on Time Range The application has the capacity to store up to 2 weeks of data
2
Refresh Component Status
3
Alerts: show all the alerts triggered by rules
4
Raise a Ticket for Technical Support
5
Documentation
6
API Explorer
7
Device Details
Platform
Number of Ports and Speed
Agent Version
Uptime
CPU Utilization
Memory Utilization
CPU Temperature
Services running on the device
CPU Usage (%)
Here we get the complete status of CPU usage with a time range A complete status What was the usage from starting to end
To check a specific time detail we can hover the cursor to any level
Memory Usage (%)
Now here we get the status of Memory Usage of selected device
To check a specific time detail with memory utilization, we can hover the cursor to any level
Services CPU Consumption (%)
This widget shows us the CPU consumption percentage level of all services / per service.
Here we can see we have the option to check the consumption view of CPU
To check a specific time detail we can hover the cursor on any level
Services Memory Consumption (%)
This widget shows us the Memory consumption percentage level of all services / per service.
Here we can also check the consumption view of only Memory.
To check a specific time detail we can hover the cursor on any level
Services Running
The best widget here for Services
We can also check the total number of count of services running on the platform
This graph shows the red colour bar, red colour show at what time one of the services went down
CPU Temperature (C)
This template shows the status of CPU temperature in degree celsius
Here we get the status of all the CPU and Core running on the device
Components
This page outlines the key metrics for accurately monitoring the performance of various components, specifically focusing on Temperature, Current, Fans, and Power.
SSD
Device Resource Utilization Page
This page allows users to monitor the resource usage of their devices, providing a proactive view of how resources are allocated per switch and the trends in service usage. If you notice any resource usage spiking, you can easily navigate to another utilization page to identify the specific processes contributing to the increased demand. This feature is designed to help users manage their resources more effectively and prevent potential issues before they impact performance.
These metrics can be effectively analyzed through a time series graph.
Capacity
This page shows the view of Capacity and a few more details related to devices
This widget Shows
Roles/Region per device
SKU and ASIC details per device
ASIC ACL Capacity utilization
IPv4 Routes (ASIC, Software, Kernel)
IPv6 Routes (ASIC, Software, Kerneel)
Roles/Region per device
SKU and ASIC details per device
ASIC ACL Capacity utilization
IPv4 Routes (ASIC, Software, Kernel)
IPv6 Routes (ASIC, Software, Kernel)
This Capacity Widget give us the control to get the output per Role and Region basis also
Let's choose Leaf Role to get the customized view
In the same way, we can customize the view by Region & SKUs
This is the extended view of the device capacity for all the IPv4 and IPv6 ASIC routes, ACL utilization, software, and kernel routes
Using this page a user will be able to troubleshoot the protocol or any misbehaviour happening on the devices due to any capacity issue of routes
Per Device Status
This widget gives us the capability to check the extended view of the Routes & ACL usage with a range of time
Click on any of the devices to get the extended view
Feature
Use
When we move the cursor to metrics this gives the usage view of ipv4:
ASIC
Kernel
Software
When we move the cursor to metrics this gives the usage view of ipv6:
ASIC
Kernel
Software
When we move the cursor to metrics this gives the usage view of ACL:
ASIC
Links
This page gives a view to the user for all the possible connected links between devices with a few more capabilities
Navigate to Monitor >> Links
Hostname
Hostname of the managed device
Role
Role of the device
Port/Interface
Interface details
Port Speed
Link speed of connected devices
Transceiver
SFP/QSFP Optics statuts
Manufacturer
Device Manufacturer
Manufactured Date
Date of Manufacturing
Admin and Operator status
Local and Remote status of link
This page helps a user to get the best view of the number of connections between devices with speed and other manufacturer details
This page gives the exact view of the interface name, interface speed, transceivers and admin & operator status
User can also check the transceiver details with timescale database
Protocols
This Protocol Page shares the metrics of below features
BGP (numbered/ unnumbered)
VXLAN
MGLAG
LACP
QOS
BGP
This BGP section will help a user to know more and accurate number with following details
BGP 2 byte and 4 byte AS
BGP numbered
BGP unnumbered
Total number of neighbors configured
How many neighbors are up and down
total number of prefixes and how many we are advertising
BGP neighbor details
Here we can get:
Device name
Device IP
Here We get the view of:
Roles and Region
this column shares the details of:
SKU
ASIC
This shared the count of total BGP neighbours
This column share the status of
how many BGP neighbours are UP and running
How many BGP neighbours are in Down state
This column shares the Total Prefixes Present in BGP
These are the total number of advertised prefixes by the router to other BGP neighbours
This is the Local BGP AS number
Here we have the control to check more details on neighbours
This page gives the best details of the BGP neighbours connected with the devices and possible metrics/values a user can use to troubleshoot a BGP neighbour
Neighbor View
This shows the status of the neighbour's details, the total number of neighbours, received routes, neighbour RID, BGP AS number & much moreWe have the option here to check the neighbour details and status of RoutesWe can click on neighbours to get more details about all neighbours connected
Feature
Feature
Here we get the details of connected neighbours
Neighbour Device Name
Neighbour IP
Here we get the Neighbour BGP AS number
This shares the neighbour status of uptime, from how long the neighbour is connected
Here we get the detail of the last neighbour reset timer
This share the count of established and dropped connections per neighbour
Here is the view of the Keep Alive timer:
Tx: how many keepalives have been transmitted
RX: how many keepalives have been received
Here is the view of the Route Refresh messages count:
Tx: how many Route-Refresh messages have been transmitted
RX: how many Route-Refresh messages have been received
Here is the view of the Updates Count:
Tx: how many times updates have been transmitted
RX: how many times updates have been received
Per device status (Neighbour's & Announcement)
The user can get per-device status by choosing a particular Device
Click on the device name to get the status
This new page shows the status of BGP neighbours about UP and Down status
On the right side it shows the BGP announcements and the local prefixes present in the BGP table
VXLAN
This section is really helpful in finding the devices with active VXLAN features enabled with a few more details
L2 & L3 VXLAN metrics
Local VTEP
Remote VTEP and details on how many are up and down
VLAN to VNI Mapping
VRF to VNI mapping
Below output shows all the possible devices with VXLAN details
VTP Details
By clicking on Local VTEP ID we get the most accurate details on that device for all the remote VTEP connected to this
Users can click on operation status to get the time series graph about the up nd down status, at what time the VTEP was up or down
VLAN to VNI Mapping
Users can get the details on VLAN to VNI mapping using the option on this page
VRF to VNI Mapping
Using the below option user can check all the possible VRF to VNI Mapping
MCLAG
This feature enhances network management by allowing users to access a timescale graph. This graph shows the status of neighbour and peer links over time, indicating periods when they were down or active. Users can further examine the health page to determine whether downtime resulted from process issues or resource utilization problems.
Additionally, the feature provides tools for verifying:
MGLAG (Multi-Chassis Link Aggregation Group) Domain ID
The status of PortChannels associated with Peer Links
MCLAG-L3 (Multi-Chassis Link Aggregation Level 3) status
MCLAG-L2 (Multi-Chassis Link Aggregation Level 2) status
With these capabilities, users can effectively track and diagnose network performance and configuration issues.
Time Series Graph with up and down status
Navigate to Monitor >> Protocols >> <Choose Devcice> >> Click on Active/Passive
LACP
Using this Page metrics user will get the details on the EtherChannel status, it will show per device etherchannel status with member ports and the status with a time series graph
Selecting a port channel on any device allows users to view its time series data. This feature enables the analysis of the device's status, ranging from the latest hour up to two weeks of metrics.
QOS (Quality of Service)
Quality of Service (QoS) in networking is used to prioritize certain types of traffic, ensuring critical applications like video conferencing, VoIP, or online gaming get sufficient bandwidth. It helps reduce latency, minimize jitter, and maintain consistent performance, especially in congested networks, by managing and controlling traffic flows based on importance.
This page allow a user to check the active configuration related to:
QoS Active Queues on interfaces
802.1p and DSCP to TC mapping
PFC enabled queues
TC to PG and Queue mapping
Scheduler and WRED status
Queues status per device
To verify the activated queues, the user can click on "Show Active" This page displays the status of each queue along with the features enabled for each interface.
All Profile
The "Show All" option allows the user to view all activated configurations per widget, providing a detailed overview of QoS-related settings for each device.
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