Network Monitoring

SevOne provides real-time visibility into your network performance. Our reports and graphs represent the data up to the last polling cycle. This ensures you have the most current view of your performance data. SevOne supports all network monitoring technologies, including: 

SNMP
SevOne supports all versions of SNMP for data collection - multiple versions can be used simultaneously to monitor different devices. Additionally, SevOne provides a 15 day device certification SLA to maintenance customers whereby we will add support for any new vendor device types (supporting any relevant SNMP MIBs) for no additional charge.

xStats
SevOne xStats integrates with the 3rdparty element management systems or EMS from network equipment vendors. This unique approach avoids the overhead of directly polling or collecting performance data from individual network elements, and reduces the overhead of adds, moves, and changes as the number of network elements grow.

Network reportsIP SLA
SevOne detects and imports existing IP SLA tests that you configure on your Cisco Routers, and provide a GUI for you to configure new IP SLA tests. SevOne will report on these statistics and provide alerts when threshold violations occur for slow response times, latency and jitter violations.

QoS
SevOne can monitor any policy or class-based QoS on the network, providing helpful QoS reports needed to properly manage the priorities of mission-critical real-time applications such as VoIP or transaction processing.

NBAR
SevOne collects and reports on data collected by the Cisco Network Based Application Recognition (NBAR) engine built into network routers and switches. With NBAR support, SevOne can highlight what type of traffic and how much of that type is passing through router or switch interfaces. SevOne can baseline and alert on changes in NBAR data to help track changes in application usage and end user usage patterns. NBAR provides summary data on what type of traffic passed through a router and what percentage of the total traffic that reflects. For instance, NBAR helps quickly see HTTP (web) traffic makes up 40% of the total utilization of a given interface.
Though not as granular as the talker and traffic analysis which is possible with NetFlow-sourced information, NBAR does provide a good level of detail from devices which are either not capable of sending NetFlow records or for whom generating NetFlow causes too much CPU utilization.