Ciscoworks Device Package Deals' title='Ciscoworks Device Package Deals' />Using the Service Control Engine and Deep Packet Inspection in the Data Center. Table Of Contents. Using the Service Control Engine and Deep Packet Inspection in the Data Center. Contents. Introduction. Identify, analyze, and resolve current and potential network security problems Learn diagnostic commands, common problems and resolutions, best practices, and case. You can configure a unique device ID so that logging messages from a firewall can be readily identified. Carrier Hap 4.5 Free. This becomes important when one Syslog server collects. Cisco SNMP MIBs courtesy of ByteSpheres searchable online MIB database, with thousands of downloadable MIBs, from hundreds of different vendorsService Control Solution Overview. Service Control Engine Insertion Strategies. Port Mirror. Inline Multi Gigabit Service Control Point. Basics of Dispatch Operation. MGSCP Options. MGSCP Layer 2 Dispatch Mode. MGSCP Layer 2Layer 3 Dispatch Mode. MGSCP Layer 3 Dispatch Mode. N1 Redundancy. SCE Management and Policy Creation Deploying a New SCEChanging a Policy. Updating Signatures. Reports. Appendix ASCE and PISA Using the Service Control Engine and Deep Packet Inspection in the Data Center This document is a basic primer for use and deployment of the Service Control Engine products in the data center. This document also provides a basis for further discussion of deep packet inspection DPI techniques and products. Contents Introduction Deep packet inspection DPI provides the ability to look into the packet past the basic header information. Ciscoworks Device Package Deals' title='Ciscoworks Device Package Deals' />DPI intelligently determines the contents of a particular packet, and then either records that information for statistical purposes or performs an action on the packet. Applications enabled by DPI include the following Traffic Management, or the ability to control end user applications such as peer to peer applications Security, resource, and admission control Policy enforcement and service enhancements such as personalization of content or content filtering Benefits include increased visibility into the network traffic, which enables network operators to understand usage patterns and to correlate network performance information along with providing usage base billing or even acceptable usage monitoring. DPI can also reduce the overall costs on the network by reducing operation expenses Op. Ex and capital expenses Cap. Ex by providing a more thorough understanding of what is happening with the network, and by providing the ability to direct traffic or to prioritize traffic more intelligently. Cisco currently has two hardware based solutions for achieving this DPI functionality the Cisco Service Control Engine SCE product line, and the newly introduced PISA hardware for the Cisco 6. Supervisor 3. 2. This document provides basic configuration and performance information with regard to the SCE product family as well as providing comparisons between the SCE and PISA products. Service Control Solution Overview The Service Control solution requires the following components for implementation. Management network The Service Control solution requires that a management network be created so that the SCEs, Collection Manager, Service Control Application Suite, and the Service Control Application Suite Reporter can communicate with each other. This network can be separate, or it can be part of a larger, more involved out of band management network that many customers deploy to isolate management of network elements from user data. Service Control Engine The SCE is purpose built hardware platform that performs deep packet inspection, identifies the users, and generates the report data records. Lyberty. coms weeklymonthly splash page. Yes, a splash page is old fashioned, but its been a tradition here since 1999. No more missed important software updates UpdateStar 11 lets you stay up to date and secure with the software on your computer. Cisco and EMC with Microsoft Private Cloud Fast Track utilizes the core capabilities of Windows Server, HyperV, and System Center to deliver a private cloud. This document is a basic primer for use and deployment of the Service Control Engine products in the data center. This document also provides a basis for further. The SCE 2. 00. 0 provides four Gigabit Ethernet SX or LX user and network ports, and two Fast. Ethernet management ports. This device requires that a Fast. Ethernet connection be made to the management network, and the unit must see mirroredduplicatedcouples traffic bi directionally. This document focuses on the SCE 2. See Figure 1 and Table 1. Figure 1 SCE 2. Table 1 SCE Specifications. SCE1. 01. 0. SCE2. Interfaces 2 GBE fiber SXLX 4 GBE fiber SXLX 4 FE Management interface 2 x 1. FE 2 x 1. 01. 001. FE Processor memory 1. GB 1. 5 GB Maximum flows 2. M 1. M bi directional 2. M 1. M bi directional Maximum subscriber contexts 4. Network configuration Receive only Inline Receive only Inline Cascade Collection Manager The SCE generates usage data and statistics from the SCE platform and forwards them as raw data records RDRs, using a simple TCP based protocol RDR Protocol. The Service Control solution provides the Collection Manager software as an implementation of a collection system, listening in on RDRs from one or more SCE platforms, and processing them on the local machine. The data is then stored for analysis and reporting functions, as well as simple collection and presentation of data to other operation support and systems OSS such as billing. The Collection Manager runs on Sun Solaris or Red Hat Linux platforms. The Collection Manager needs to be connected to the same management network to which the SCE Fast. Ethernet ports are connected. Table 2 lists the Collection Manager software and hardware requirements. Table 2 Collection Manager Software and Hardware Requirements. Solaris. Red Hat Linux. Hardware. Hardware. Minimum 5. 00 MHz CPU Minimum 1 GB RAM per CPU Hard disk One hard disk, at least 1. GB recommended for bundled installations A second hard disk at least 1. GB, to store Sybase data 1. BASE T network interface Minimum 8. MHz CPU Minimum 1 GB RAM per CPU Hard disk One hard disk, at least 1. GB recommended for bundled installations. A second hard disk at least 1. GB, to store Sybase data 1. BASE T network interface. Software and Environment. Software and Environment. Solaris 5. 8 6. 4 bit build 0. Solaris 5. 8 and 5. Solaris core installation The following additional system packages should be installed SUNWbashGNU Bourne Again shell bash SUNWgzipGNU Zip gzip compression utility SUNWzipInfo Zip zip compression utility SUNWlib. CSun Workshop Compilers Bundled lib. C SUNWlib. CxSun Workshop Bundled 6. C Red Hat Linux 3. Red Hat Enterprise Base Installation for installations with bundled Sybase The following additional package should be installed compat libstdc available on the Red Hat installation CD. Latest recommended patches from Red Hat should be applied. Service Control Application Suite Broadband BB Console The SCAS BB console is the SCE GUI used to create, modify, and apply the service configuration. Latest Uc Browser 2014'>Latest Uc Browser 2014. The SCAS BB Console lets you define services, packages, protocols, bandwidth control, and other items in the configuration. The SCAS BB Console creates a policy configuration file. SCE devices. The SCAS BB Console runs on any Windows PC Windows 9. Service Control Application Suite Reporter The SCAS Reporter allows you to query the Collection Manager RDR database and to present the results in a chart or table. This tool provides a valuable resource for understanding the usage patterns and resources used by applications and users that use network resources. This tool can also help your staff to understand the operational impact of various rules and what their impact might be if they are implemented onto the network. This tool runs on any Windows PC Windows 9. Subscriber Manager This optional but recommended component is required to function as middleware software that is used to bridge between the OSS and the SCE platforms. Subscriber information is stored in the Subscriber Manager database and can then be distributed between multiple devices according to actual subscriber placement. The Subscriber Manager runs on Sun Solaris or Red Hat Linux platforms. This element requires a Fast Ethernet connection to the management network. Software requirements are the same as for the Collection Manager. The Subscriber Manager provides subscriber awareness, mapping network IDs to subscriber IDs.