

Number of remote access users, groups and sessions supported by the device.The scope of these reports has been expanded with the new VPN Sessions package, these new reports provide current values and data history for VPN Session details including: The examples provided here will reference Cisco hardware specifically, but the same principles and practices can be employed for any vendor specific data.Ī standard Statseeker installation comes with a range of vendor specific VPN reports for Cisco VPN sessions. Note: due to differences in how data can be retrieved from devices from various manufacturers, Statseeker provides vendor specific data configurations for VPN centric infrastructure: Cisco, F5, Juniper Pulse, Palo Alto, SonicWall, etc. Your local Statseeker Sales representativeįor details on installing this CDT package, see Custom Data Types.To acquire the latest Statseeker VPN Monitoring Bundle, please contact either: In response to the COVID-19 issue Statseeker has expanded the default VPN sessions monitoring functionality with an updated VPN Monitoring Bundle containing expanded reporting, alerting and dashboarding options for Cisco, F5, Palo Alto and Juniper Pulse. The ability to monitor VPN session data is initially provided to Statseeker users via Custom Data Packages (CDT’s), and these CDT’s are periodically rolled into the default Statseeker installation. In addition, we will look at pulling this data into your Statseeker dashboards. This article will look at monitoring and reporting on VPN connections into your network, as well as configuring thresholds and alerts against your VPN capacity.

Graphi vpn monitor series#
Gets its data via an SNMP agent and simultaneously stores it into the SQL server and into the RRD (Round Robin Database) file with RRDtool - industry standard, high performance data logging and graphing system for time series data.Measures two values - incoming/outgoing traffic per VPN tunnel.Adds new VPN tunnel to the list automatically.Easy configuration with intuitive Web GUI.Easy installation with RPM or DEB Linux package management system.However, VPNTTG works with VPN tunnel’s IP address and it stores for each VPN tunnel historical monitoring data into the SQL server and into the RRD (Round Robin Database) file. This means that the historical data, gathered on the connection, is lost each time. whenever tunnel disconnects and reconnects, it gets assigned a new OID number. VPNTTG has web based intuitive graphical user interface in order to select and/or search interesting VPN tunnel and monitor incoming/outgoing bandwidth traffic on a daily, weekly, monthly and yearly basis.Īdvantage of VPNTTG over other SNMP based monitoring software’s is following: Other (commonly used) software’s are working with static OID numbers, i.e. VPNTTG stores monitoring data into the SQL server and into the RRD (Round Robin Database) file for each VPN tunnel as well. VPNTTG uses the Simple Network Management Protocol ( SNMP) to send requests to a device such as Cisco ASA 5500 Series Adaptive Security Appliances or to similar VPN concentrator which has CISCO-IPSEC-FLOW-MONITOR-MIB and CISCO-REMOTE-ACCESS-MONITOR-MIB support.
