My main use case for Cisco Crosswork Network Insights is that it provides real-time network monitoring, BGP and internet route monitoring, and predictive analysis. For real-time network monitoring with Cisco Crosswork Network Insights, we can see which link is getting overloaded, which router is unstable, and where the traffic is flowing, as well as where the latency and packet loss are happening. These are the main use cases when we look at real-time network monitoring. Related to predictive analysis, it can predict which link has been running at very high utilizations over the last few days or over the last few retention periods. The automation features of Cisco Crosswork Network Insights allow us to set smart alerts using high latency, packet drops, BGP flaps, router changes, and bandwidth spikes, as well as connections between different routers. These are the primary use cases where we can integrate with the automation tool to trigger actions automatically. Moreover, when we get the RCA, we can create any SOPs using that RCA so that whenever we encounter the same types of issues, we are well-prepared with our pre-checks, preventing those issues from arising. This is how it impacts downtimes and enables faster troubleshooting.
My main use case for Cisco Crosswork Network Insights is networking across L1, L2, L3, and L4 networks. A specific example of how I use Cisco Crosswork Network Insights for those networks is to manage a switch, and another is sending to the L4 network to share data with the management servers. I have used Cisco Crosswork Network Insights for cybersecurity in this project for L3 and L4 networks, and we have also used it for cybersecurity purposes.
My main use case for Cisco Crosswork Network Insights is that we deployed it to automate the workloads for our service provider environment, and we are going to eventually manage 700 plus endpoints at the end of the project. A specific example of how I use Cisco Crosswork Network Insights with those workloads is that it has been great at reducing the workload our engineers face on the day-to-day aspects of their jobs, and it has also been able to reduce the time it takes to provision a device while using NSO and has provided valuable data to assist in troubleshooting network-wide issues. Cisco Crosswork Network Insights has been a pivotal aspect to our multi-million dollar network refresh.
Storage architect at a financial services firm with 1,001-5,000 employees
Real User
Top 10
Dec 2, 2025
My main use case for Cisco Crosswork Network Insights involves Cisco products.A specific example of how I use Cisco Crosswork Network Insights includes Cisco UCS blade servers, Cisco UI, and Cisco SAN fabric.
Learn what your peers think about Cisco Crosswork Network Insights. Get advice and tips from experienced pros sharing their opinions. Updated: June 2026.
Cisco Crosswork Network Insights provides advanced network monitoring and insights, enabling efficient network operations and ensuring high performance and reliability for businesses.Cisco Crosswork Network Insights delivers enhanced visibility into network operations through real-time data analysis and intelligent tools. It facilitates proactive management by identifying potential issues before they impact performance, supporting seamless network operations. By leveraging comprehensive...
My main use case for Cisco Crosswork Network Insights is that it provides real-time network monitoring, BGP and internet route monitoring, and predictive analysis. For real-time network monitoring with Cisco Crosswork Network Insights, we can see which link is getting overloaded, which router is unstable, and where the traffic is flowing, as well as where the latency and packet loss are happening. These are the main use cases when we look at real-time network monitoring. Related to predictive analysis, it can predict which link has been running at very high utilizations over the last few days or over the last few retention periods. The automation features of Cisco Crosswork Network Insights allow us to set smart alerts using high latency, packet drops, BGP flaps, router changes, and bandwidth spikes, as well as connections between different routers. These are the primary use cases where we can integrate with the automation tool to trigger actions automatically. Moreover, when we get the RCA, we can create any SOPs using that RCA so that whenever we encounter the same types of issues, we are well-prepared with our pre-checks, preventing those issues from arising. This is how it impacts downtimes and enables faster troubleshooting.
My main use case for Cisco Crosswork Network Insights is networking across L1, L2, L3, and L4 networks. A specific example of how I use Cisco Crosswork Network Insights for those networks is to manage a switch, and another is sending to the L4 network to share data with the management servers. I have used Cisco Crosswork Network Insights for cybersecurity in this project for L3 and L4 networks, and we have also used it for cybersecurity purposes.
My main use case for Cisco Crosswork Network Insights is that we deployed it to automate the workloads for our service provider environment, and we are going to eventually manage 700 plus endpoints at the end of the project. A specific example of how I use Cisco Crosswork Network Insights with those workloads is that it has been great at reducing the workload our engineers face on the day-to-day aspects of their jobs, and it has also been able to reduce the time it takes to provision a device while using NSO and has provided valuable data to assist in troubleshooting network-wide issues. Cisco Crosswork Network Insights has been a pivotal aspect to our multi-million dollar network refresh.
My main use case for Cisco Crosswork Network Insights involves Cisco products.A specific example of how I use Cisco Crosswork Network Insights includes Cisco UCS blade servers, Cisco UI, and Cisco SAN fabric.