ManageEngineTM Oputils 3
AdventNet ManageEngine OPUTILS integrates more than 40 unique systems and network monitoring tools. The software is based on web, which helps network engineers monitor, diagnose, and overhaul IT resources. When the network engineer and IT operator are managing large networks, especially during troubleshooting, it will find that the toolbox is very convenient and practical.
With ManageEngine OPUTILS, you can make troubleshooting, such as network connectivity, availability, health, and network of any IP node in the network. The software also allows custom tools to manage DNS names, IP and MAC addresses, get information such as CPU, memory, software list. The SNMP tool can be used to monitor any IP nodes that support SNMP, and the Cisco tool is used to monitor Cisco-related devices and nodes. Network and system information can be rendered in real time in various charts and tables. In addition, the results can be output in various report formats in PDF, HTML, and Excel electronic data.
Managengine OPUTILS is completely web, so you don't have to install local installation. IT operators can install this toolset on any remote system and connect with any standard web browser.
ManageEngine OPUTILS Free and Professional Edition:
You can download ManageEngine OPUTILS from our website, and there are some differences between these two versions.
Diagnostic tools
ManageEngine OPUTILS offers a wide range of diagnostic tools to help users troubleshoot networks. Among them, ping and snmp ping are graphical versions of ICMP and SNMP ping utilities, enhanced ping is an improved version of ordinary ICMP Ping. Ping scan is used to list a valid IP node, and SNMP Scan can list a valid SNMP IP node. Proxy Ping helps users start Ping testing from any remote Cisco router, TRACE ROUTE via the network records between the sender's IP and any specified target IP.
Address Monitoring Tool
ManageEngine OPUTILS provides an intuitive address monitoring tool. The DNS Resolver tool can get the DNS name corresponding to any IP node, and also obtain an IP node corresponding to any DNS name. Mac Address Resolver uses a given IP address to get the MAC address corresponding to any node, and vice versa. Node Calculator can provide network data such as binary IP addresses, broadcast addresses. Subnet LIST is used to list all subnets under the specified node. Subnet Calculator is a utility that can calculate or design subnetwork based on a given IP address or network mask. IP Address Manager helps users understand IP availability and manage IP addresses in static DNS environments by predefined user policies.
Desktop monitoring tool
ManageEngine OPUTILS's desktop monitoring tools are used to monitor desktops and get various data, such as system information, CPU, and disk space usage, process monitoring information, installed software lists, and other conventional system details. Disk Space Monitor is used to display the available memory spaces of various devices in the system and the already used memory space. CPU Monitor is used to display CPU utilization in a real-time environment. The Process SCAN tool lists all processes running on the specified system. The Software SCAN tool lists all software installed on a machine. IP Node Browser is used to scan the specified IP node and displays its related details.
Network monitoring tool
The Network Monitoring tool set of ManageEngine OPUTILS can monitor the performance of the device, the mapping switch port and scan the IP node. It contains a unique tool - Wake ON LAN can remotely launch the machine in which the network is not started. Bandwidth Monitor can present average bandwidth utilization and percentage utilization in chart format. Percent utilization charts can display reception utilization and transmission utilization. Switch Port Mapper is an automatically discovered 2 and 3-layer port mapping tool that uses this tool without manually finishing cables, you can present all information about port mapping. Performance Monitor is used to monitor routers, servers, and other nodes to provide data related to utilization, packet traffic, byte traffic, error, and packet loss, etc., and can visually display these performance data through charts. If the system is interrupted and downtown, the Network Monitor tool will issue alarm after continuously monitoring a node and distinguishes different importance alarms through different colors. Network scan is used to scan the network to get network data. IP Network Browser is used to scan the IP node and give all devices. Cisco tool
ManageEngine OPUTILS provides a graphical interface for monitoring Cisco routers. The Router Snapshot tool provides a snapshot of a specific Cisco router. The Chassis tool is used to provide rack information about the Cisco router. The Flash tool is used to provide a flash detail of the Cisco router. Details of Internet Network Operating System Software installed on Cisco routers can be obtained using iOS tools. IP Routes tools can be used to provide IP routing in the Cisco router. Router Monitor is used to monitor CPU utilization, memory utilization, caching loss rates, and caching failure. The Interfaces tool is used to list interfaces, interface types, IP addresses, physical addresses, bandwidth, maximum transmission units, management status, and operational status. Access Lists is used to provide a list of access controls established in the router. Config File Viewer is used to compare the configuration at the time of operation and start, and display the difference between the color code between them. You can also download and back up configuration and print configuration.
SNMP Tool
ManageEngine OPUTILS has two sets of tools - a set of various MIBs in the MIB database, and the other is used to perform SNMP operations on a SNMP node in the network. Simply provide an OID name or OID number to the MIB Node Viewer to locate an accurate MIB in which a particular OID is located. This allows all information about the MIB, the parent node, the OID type, the syntax, and the description of the OID. To see a MIB-defined attribute, the total number of nodes, the defined TC, the defined trap, and the general information of any MIB, you can use the MIB MODULE Viewer. With SNMP Walker, you can view available data over SNMP proxy in the IP node. This tool helps users get values for all SNMP variables in the MIB subtree. SNMP Graph can be used to collect real-time data and draw charts for any SNMP device with the supplied data. Trap viewer is used to monitor and process network traps. With MIB Browser, you can load and browse MIB, and all SNMP-related operations such as GET, SET, GET-BULK, etc.
