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8/7/2019 iti3 http://slidepdf.com/reader/full/iti3 1/34 Multi Router Traffic Grapher (MRTG) The Multi Router Traffic Grapher (MRTG) is a tool to monitor the traffic load on network links. MRTG generates HTML pages containing PNG images which provide a LIVE visual representation of this traffic. MRTG consists of a Perl script which uses SNMP to read the traffic counters of your routers and a fast C program which logs the traffic data and creates beautiful graphs representing the traffic on the monitored network connection. These graphs are embedded into webpages which can be viewed from any modern Web-browser. In addition to a detailed daily view, MRTG also creates visual representations of the traffic seen during the last seven days, the last five weeks and the last twelve months. This is possible because MRTG keeps a log of all the data it has pulled from the router. This log is automatically consolidated so that it does not grow over time, but still contains all the relevant data for all the traffic seen over the last two years. This is all performed in an efficient manner. Therefore you can monitor 200 or more network links from any halfway decent UNIX box.
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Multi Router Traffic Grapher 

(MRTG)

The Multi Router Traffic Grapher (MRTG) is a tool to monitor the traffic load on

network links. MRTG generates HTML pages containing PNG images which provide

a LIVE visual representation of this traffic.

MRTG consists of a Perl script which uses SNMP to read the traffic counters of your 

routers and a fast C program which logs the traffic data and creates beautiful graphsrepresenting the traffic on the monitored network connection. These graphs are

embedded into webpages which can be viewed from any modern Web-browser.

In addition to a detailed daily view, MRTG also creates visual representations of the

traffic seen during the last seven days, the last five weeks and the last twelve

months. This is possible because MRTG keeps a log of all the data it has pulled

from the router. This log is automatically consolidated so that it does not grow over 

time, but still contains all the relevant data for all the traffic seen over the last two

years. This is all performed in an efficient manner. Therefore you can monitor 200 or 

more network links from any halfway decent UNIX box.

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Multi Router Traffic Grapher 

(MRTG)

MRTG uses the Simple Network Management Protocol (SNMP) to send requests

with two object identifiers (OIDs) to a device. The device, which must be SNMP-

enabled, will have a management information base (MIB) to look up the OIDs

specified. After collecting the information it will send back the raw data

encapsulated in an SNMP protocol. MRTG records this data in a log on the client

along with previously recorded data for the device. The software then creates anHTML document from the logs, containing a list of graphs detailing traffic for the

selected device.

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Multi Router Traffic Grapher 

(MRTG)

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CiscoWorks LAN Management Solution (LMS) is an integrated suite of 

management tools that simplify the configuration, administration, monitoring,

and troubleshooting of Cisco networks. Built upon popular Internet-based

standards, CiscoWorks LMS applications help enable network operators tomanage the network through a browser-based interface that can be

accessed anytime from anywhere within the network. CiscoWorks LMS

maintains a centralized list of all Cisco network devices and their credentials

that serves as a single repository for all CiscoWorks applications whether 

they are installed locally or distributed in a multiserver deployment.

CiscoWorks

LAN Management Solution

(LMS)

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CiscoWorks

LAN Management Solution

(LMS)

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CiscoWorks

LAN Management Solution

(LMS)Applications

1. CiscoWorks Device Fault Manager 

Real-time fault detection, analysis, and reporting using device knowledge and

fault rules based on Cisco best practices for each device

2. CiscoWorks Campus Manager 

A robust set of Layer 2 tools for device and connectivity discovery, detailed

topology views, end-station tracking, network discrepancies

3. CiscoWorks Resource Manager Essentials

Tools for managing Cisco devices using inventory- and device-change

management, network-configuration and software-image management,

network availability, and syslog analysis

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CiscoWorks

LAN Management Solution

(LMS)4. CiscoWorks CiscoView

GUI providing back- and front-panel displays of devices in a dynamic, color-

coded graphical display. Simplifies device-status monitoring, device-specific

component diagnostics, and application launching.

5. CiscoWorks Internetwork Performance Monitor 

A network response-time and availability troubleshooting application. This

tool empowers network engineers to proactively troubleshoot network

performance using real-time and historical reports.

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6. CiscoWorks Common Services

Provides the infrastructure for a common management desktop experience and

the services for securing access to all CiscoWorks applications. Includes a

common device and credentials repository for all applications as it populates

the repository after running discovery over the managed network. Facilities

include a foundation for integrating with other Cisco and third-party applications.

7. CiscoWorks Virtual Network Manager 

Provides ability to configure, monitor, and troubleshoot VRFLiteimplementations. Configuration capabilities involve hop-by-hop configurations

involving 802.1q trunks. Also has ability to discover VRFs in the network and

provide a readiness report of capable and enabled devices

CiscoWorks

LAN Management Solution

(LMS)

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CiscoWorks

CiscoView

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CiscoWorks

CiscoView

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CiscoWorks

LAN Management Solution

(LMS)

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CiscoWorks

Campus Manager 

Features:

Device discovery, mapping, and monitoring

• Link and device status display based upon Simple Network Management Protocol

(SNMP) polling

• Identification of Layer 2 configuration discrepancies and many other new physicaland logical discrepancies

• Automatic location and correlation of information on users by MAC, IP address, NT

login, or UNIX host name, with their physical connections to the switched network

• Visibility and launch point of Cisco CallManager from topology services as well as

tracking of phone handset to IP, MAC address, and switch port

• Ability to form hierarchical groups in Topology View based on criteria like

SysLocation, SysName, and IP address or subnet mask with unlimited levels of 

nesting

• Support for Spanning Tree Protocol-Per VLAN Spanning Tree Plus (PVST+),

Multiple Spanning Tree Protocol (MSTP) support for configuration, recommendation

reports, and visualization reports for modeling Spanning Tree Protocol configurationin offline mode

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CiscoWorks

Campus Manager 

Features:

Device configuration management

Configuration of VLAN/LAN Emulation (LANE), PVLAN, and ATM services and

assignment of switch ports to those services

Troubleshooting

• Diagnostic tools for connectivity-related problems between end stations and Layer 2

and Layer 3 devices

• Layer 2 and Layer 3 path trace between source and destination handsets

• Support for time delay reflectometry (TDR) to detect faults in a cable and locate

open circuits, short circuits, sharp bends, crimps, kinks, impedance mismatches, and

other such defects

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CiscoWorks

Campus Manager 

Features:

Graphical user interface and usability

• Intuitive workflow and dashboard user interfaces for easy data access and

administration

• Intelligent discovery and display of large Layer 2 networks on browser-

accessible topology maps, independent of VTP server 

• Java plug-ins to improve GUI performance

• New lightweight HTML-based user interface for the user tracking and campus

administration functions

• Export of topology maps to Visio

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The list of products from the Statement of Work is reproduced below:

•IBM Tivoli Framework•IBM Tivoli Monitoring

•IBM Tivoli Monitoring for Web Infrastructure•IBM Tivoli Monitoring for Databases•IBM Tivoli NetView•IBM Tivoli Switch Level Analyzer •IBM Tivoli Enterprise Console•IBM Tivoli Manager for Exchange

•IBM Tivoli Web Site Analyzer •IBM Tivoli Business Systems Manager •Peregrine Service Center 

IBM

Tivoli

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This design describes the architecture, general configurations and guidelines

for the implementation of following solutions:

• Tivoli Infrastructure, Base Monitoring and Event Management

It ensures that Tivoli can communicate with the managed resources; hardware

and operating system components are monitored and a central server isdefined for event management. The Tivoli infrastructure, the measurement

data and event information produced by this first step is the basis for all further 

steps of the solution

•Database and Web Application Monitoring

Databases (Oracle, MS-SQL and DB2) will be managed with pre-configured,best-practice monitoring solutions. IBM Tivoli Monitoring for Databases and

Web Applications are installed on top of the infrastructure provided in step 1.

IBM

Tivoli

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IBM

Tivoli

• Business Impact Management

The business impact management is realized using the IBM Tivoli Business

Systems Manager. Once the product is configured it will provide a map of 

business systems required for business processes.

• Helpdesk management

Helpdesk functions will be enabled to identify a business impact in case an IT-

component is not working or exceeds defined thresholds.

• Network Management

IBM Tivoli NetView will be responsible for managing all of the componentsdistributed Network. The network admin will be able to monitor their 

networking devices, define network monitors and thresholds with the solution

and receives reports and alerts on the status of the defined monitored

devices.

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IBM

Tivoli

TMR 

TEC GW 1

GW 4 GW 3

RIM

GW 5

.

.

.

.

.

.

.

.

.

GW 2

.

.

.

TMR 

TECRIM

. . . . .

NetView TBSM 1 TBSM 2Service

Center NetView

TBSM 1

Service

Center 

TBSM 2

Main Bldg

Bldg 5 (DR)

TEDW

TEDW

Bldg 4 Bldg 3 Bldg 2

Clients

C lie nt s 

C lie nt s 

C lie nt s 

C lie nt s 

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IBM

Tivoli

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IBM

Tivoli

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IBM

Tivoli

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IBM

Tivoli

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IBM

Tivoli

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IBM

Tivoli

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IBM

Tivoli

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OpenView Network Node Manager 

(NNM)

• Network management tool

• Proactive network management

• Provides a solid solution for managing dynamic IP

networks

• NNM is starting point for implementing a network

management solution

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OpenView Network Node Manager 

(NNM)

• Network management tool

• Proactive network management

• Provides a solid solution for managing dynamic IP

networks

• NNM is starting point for implementing a network

management solution

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OpenView Network Node Manager 

(NNM)

• Network management tool

• Proactive network management

• Provides a solid solution for managing dynamic IP

networks

• NNM is starting point for implementing a network

management solution

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OpenView Network Node Manager 

(NNM)

• Network Management can help achieve those

goals by:

• Fault and Problem Management

– Reduced downtime of network systems and devices

– Quick detection and correction of network problems

• Performance Management

– Ability to monitor data to anticipate problems

– Log information for historical analysis

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OpenView Network Node Manager 

(NNM)

Manager Agent MIB

SNMP Request with

Community Name

Retrieve (get)

management

information

Alter (set)

management

information

SNMP Replies

SNMP Traps

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OpenView Network Node Manager 

(NNM)

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OpenView Network Node Manager 

(NNM)

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OpenView Network Node Manager 

(NNM)

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Thank you