Why vCloud Tech?Visualize, Monitor, Troubleshoot, and Automate your Environment with Solutions Designed to Ensure Uptime and Gain Actionable Insights

Network Performance Monitoring software can use different protocols and approaches to determine network availability, functionality, and performance. SNMP and Syslog are two of the most widely used network device monitoring protocols and methodologies. The most prevalent network management protocol is SNMP or Simple Network Management Protocol.

Administrators can use SNMP to collect performance data from various network devices simultaneously, then store and analyze the data in a centralized location. Performance measurements are collected by Network Performance Monitoring Software placed on each host device and relayed to the central manager, who organizes the data into database tables, examining it for signs of mistakes and latent performance concerns. On the other hand, Syslog is a system that allows administrators to get notifications from network devices in response to preset events and situations. After configuring, the networked device can create Syslog data concerning problems, unexpected shutdowns, misconfigurations, and other events, which admins can use for security and system monitoring.

  • Multi-Vendor Network Monitoring.

 

  • Network Insights for Deeper Visibility.

 

  • Smart Card.

 

  • NetPath and PerfStack for Easy Troubleshooting.

 

  • Smarter Scalability for Large Environments. 

 

  • Prior Notice.
  • Sensor and Protocol Compatibility: Make sure Network Monitor supports common types of data collection such as packet sniffing, API, SNMP, ICMP, and WMI.

 

  • Multi-Vendor Compatibility: You need visibility into devices from multiple vendors with network monitoring software compatible with various device types and vendors.

 

  • Advanced Notifications: Reduce the barrage of unnecessary network alerts by choosing your network monitoring tools. Go beyond simple signals by defining network performance alerts based on nested trigger conditions, parent-child dependencies, and network topology. It should also be able to send network notifications through multiple channels, such as SMS and email.

 

  • Path Visualization: Cloud and on-premises applications and services so you can see changes along the path, more easily identify service provider issues, and use historical views to identify potential performance issues. It is essential to analyze hop by hop. The way before the problem started.

 

  • Performance Analysis: When it comes to performance issues, streamlined analysis helps you quickly identify root causes. Look for network monitoring software that allows you to compare both real-time and historical metrics swiftly.

 

  • Intelligent Mapping: Don’t underestimate the performance of your current network card. Visualizing and seeing relationships between routers, switches, interfaces, and other elements at a glance makes it easier to identify and understand problems.

 

  • Wireless Monitoring and Management: Wireless networks are also critical to end-user productivity. A network monitoring tool should provide a way to view dead zones and uptime, monitor access points, and create wireless heat maps.

 

  • With Reliable Network Device Monitoring Software:

SolarWinds Network Performance Monitor (NPM) is designed to give hardware health overviews for your monitored devices, which is vital for controlling servers, switch, router, and other critical infrastructure life cycles. Using network device monitoring software, you can rapidly check the current node count, filter by device status (Up, Warning, Critical, and Undefined), and drill down to locate unavailable or offline nodes. NPM also lets you compare current performance to previous data, which can help you spot problems early.



  • With Simplicity, Drill Down to see Specific Nodes:

When a gadget sends an alert message, you must be ready to intervene at any time. You can travel from monitoring your entire infrastructure to drilling down into the selected node in critical status to view device information using NPM’s simple dashboard. In a few clicks, you may see device statistics such as current node status, device information, average response time, packet loss, and other vital metrics.



  • Get Up-to-the-Minute Performance Information:

Some performance faults are apparent immediately, while others take longer to manifest. NPM gives you minute-by-minute visibility into real-time performance issues and the ability to examine performance and hardware health statistics using past benchmarks. Furthermore, the intelligent alerts system is set up to deliver notifications in response to device problems, faults, shutdowns, and other events, allowing you to respond as soon as a problem is discovered.



  • Data on Network Performance:

NPM can aid in the analysis of historical network data and the correlation of performance with hardware state. You can more rapidly develop a temporary fix or work to replace the network equipment to restore expected network service availability by isolating hardware concerns. NPM’s deep packet inspection features are used to monitor network performance. You may also utilize the PerfStackTM dashboard to cross-correlate measurements across your environment for a more contextual picture of performance.



  • Discover Network Devices Quickly:

It would be best if you first discovered network devices before you can begin monitoring. NPM comes with an SNMP-based device scanner that regularly performs network discovery and builds a thorough inventory. You may use this information to generate a network topology map that will update automatically as new devices are added to your network. The dynamic topology map is used to scan troubled devices and rapidly dive for more information visually.

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