Training

Cisconet

Comment On Cisconet

Cisconet is my first professional Institution where I started my career study, and still I am attached to this organization by any reason. I like this organization because I got more than what I expected. The man behind this success of Cisconet is Mr. Tanmoy Sil, playing a pivotal role behind this organization and still performing his best alongwith his new team to reach to its pinnacle. I wish Cisconet all the best and happy future.
Joy Roychowdhury
Project Manager, IBM

Training Process

AHANS , MNS & SECRET OF HACKING

Our Trainers

As the day passes, Information Technology seems to have found its feet and emerges from the turmoil of the year back, it becomes more stronger and more mature...

Our Clients

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Training Division

As the day passes, Information Technology seems to have found its feet and emerges from the turmoil of the year back, it becomes more stronger and more mature. Almost a decade ago , the phase "career in open source" would have raised many eyebrows. But today open source seem to be stealing the show. Open source is now reaching homes, offices, and educational institutions and become a career option with growing acceptability in the industry.

CISCONET INFOTECH has emerges as a company with any sort of administrative problems solution in Linux, Windows , Unix platform, Routers etc. Our highly qualified skilled people are competent enough to solve any administrative problems in LINUX NETWORK ADMINISTRATION, WINDOWS NETWORK ADMINISTRATION, UNIX NETWORK ADMINISTRATION, and ROUTER & SWITCH CONFIGURATION.

CISCONET INFOTECH has introduced corporate as well as student training.

1) HARDWARE Technology includes :- Monitor , SMPS, CDROM, Printers - DMP, Inkjet, Laser.

2) Advance Networking Includes :- LINUX ADMINISTRATION, WINDOWS 2000 SERVER , PROFESSIONAL, ACTIVE DIRECTORY SERVICE, NETWORK INFRASTRUCTURE based on MCSE Exams , SCO UNIX ADMINISTRATION, ROUTER based on CCNA Exams.

Apart from the Hardware and Networking solution we are also affiliated to Central Govt. of India for the ITI trade COPA (Computer Operator and Programming Assistant). Multimedia is also an emerging career oriented course, we are also offering multimedia courses for the students who are in the field of advertisement, painting etc.

For any career oriented query please send your e-mail to info@cisconetinfo.com.

Our Courses

JOB ORIENTED COURSES Details:-

ELECTRONIC + BASIC OF ELECTRONICS ELECTRICAL CIRCUIT THEORY RESISTOR CONNECTIONS DC CIRCUITS INDUCTOR & CAPACITOR ALTERNATING CURRENT & DIRECT CURRENT PCB (PRINTED CIRCUIT BOARD) ELECTRONIC INSTRUMENTS SEMICONDUCTOR DEVICES SEMICONDUCTOR DIODES BIPOLAR JUNCTION TRANSISTOR BIASING> MODULATION & DEMODULATION SWITCHING CIRCUITS FIELD EFFECT TRANSISTORS OTHER TWO TERMINAL DEVICES TRANSFORMER NUMBER SYSTEM GATES BINARY ARITHMETICS BOOLEAN ALGEBRA KARANAUGH MAPPING DECODERS AND ENCODERS TTL CIRCUIT THEORY FLIP-FLOP CLOCK AND TIMER CIRCUITS REGISTORS MEMORY CHIP MICROPROCESSOR MOTHER BOARD LOGIC		MICROSOFT OFFICE SUITE EXPLORING WINDOWS EXPLORING WORD EDITING DOCUMENTS CHANGING THE LOOK OF TEXT PRESENTING INFORMATION IN COLUMNS AND TABLES MICROSOFT OFFICE EXCEL SETTING UP WORKBOOK WORKING WITH DATA AND DATA TABLES PERPORMING CALCULATIONS ON DATA CHANGING DOCUMENT APPEARANCE MICROSOFT OFFICE POWER POINT STARTING A NEW PRESENTATION WORKING WITH SLIDES TEXT ADJUSTING THE SLIDE LAYOUT WORK WITH A PRESENTATION MICROSOFT OFFICE OUTLOOK GETTING STARTED WITH OUTLOOK SENDING E-MAIL MESSAGES MANAGING YOUR INBOX MANAGING APPOINTMENT , EVENTS AND MEETING MANAGING YOUR CALENDER

A+ HARDWARE IDENTIFY THE COMPUTER COMPONENTS LIKE MOTHERBOARD, CPU , MEMORY , HDD, FDD,CD/DVD DRIVES etc. ASSEMBLE AND DEASSEMBLE COMPUTER COMPONENTS INSTALLING AND CONFIGURING DEVICES IDENTIFY PURPOSES AND CHARACTERISTICS OF COMMON PERIPHERAL PORTS IDENTIFY PURPOSE AND CHARACTERISTICS OF CABLING AND THEIR CONNECTORS CONFIGURING SATA, IDE, SCSI AND PERIPHERAL DEVICES IDENTIFY PROCEDURES TO OPTIMIZE PC OPERATION TROUBLESHOOTING A SYSTEM IDENTIFY BASIC TROUBLESHOOTING PROCEDURES AND TOOLS AND PREVENTIVE MEASURES IDENTIFY DIFFERENT PROCESSOR CHIPS IDENTIFY DIFFERENT TYPES OF MEMORY IDENTIFY DIFFERENT TYPES OF MOTHERBOARDS AND COMPONENTS IDENTIFY PRINTER TECHNOLOGIES, INTERFACES AND OPTIONS / UPGRADES RECOGNIZE AND TROUBLESHOOT COMMON PRINTER PROBLEMS DIFFERENTIATE DIFFERENT CLIENT OPERATING SYSTEM LIKE WINDOWS CLIENT AND SERVER LINUX DUAL BOOT WITH DIFFERENT OS VIRTUALIZATION TO RUN DIFFERENT OS AT A TIME IDENTIFY THE NAMES, LOCATIONS, PURPOSES AND CONTENT OF MAJOR SYSTEM FILES INSTALL , CONFIGURE AND UPGRADE OPERATION SYSTEMS TROUBLESHOOT AND OPTIMIZE THE OPERATIONG SYSTEM INTERPRET COMMON ERROR CODES AND STARTUP MESSAGES OF THE OS RECOGNIZE WHEN TO USE DIAGNOSTIC TOOLS IDENTIFY THE NETWORKING CAPABILITY OF DIFFERENT OS BASIC INTERNET STRUCTURE IDENTIFY PROCEDURES FOR ESTABLISHING INTERNET CONNECTIVITY		NETWORK+ RECOGNIZE THE FOLLOWING LOGICAL OR PHYSICAL NETWORK TOPOLOGIES UNDERSTAND THE NETWORKING STANDARDS IDENTIFY THE CHARACTERISTICS OF DIFFERENT TYPES OF CABLES RECOGNZE THE DIFFERENT MEDIA CONNECTORS AND DESCRIBE THEIR USES IDENTIFY THE PURPOSES, FEATURES AND FUNCTIONS OF NETWORK COMPONENTS DIFFERENTIATE BETWEEN THE DIFFERENT NETWORK PROTOCOLS UNDERSTAND CLASSFUL IP AND THEIR SUBNET MASKS IDENTIFY THE PURPOSE OF SUBNETTING IDENTIFY THE DIFFERENCES BETWEEN PRIVATE AND PUBLIC NETWORK ADDRESSING SCHEMES DIFFERENTIATE BETWEEN IP ADDRESSING METHODS DEFINE THE PURPOSE , FUNCTION AND USE OF THE DIFFERENT PROTOCOLS USED IN TCP/IP IDENTIFY THE WELL-KNOWN PORTS ASSOCIATED WITH THE COMMONLY USED SERVICES AND PROTOCOLS IDENTIFY THE BASIC CHARACTERISTIC OF WAN TECHNOLOGIES DEFINE THE FUNCTION OF THE DIFFERENT REMOTE ACCESS PROTOCOLS AND SERVICES DESCRIBE THE DIFFERENT SECURITY PROTOCOLS AND AUTHENTICATION PROTOCOLS IDENTIFY THE BASIC CAPABILITIES OF DIFFERENT SERVER OPERATING SYSTEM IDENTIFY THE BASIC CAPABILITIES OF CLIENT WORKSTATIONS IDENTIFY THE PURPOSE, BENEFITS AND CHRACTERISTICS OF USING FIREWALL AND PROXY SERVICE IDENTIFY THE MAIN CHARACTERISTICS AND PURPOSE OF EXTRANETS AND INTRANETS IDENTIFY THE PURPOSE , BENEFITS AND CHARACTERISTICS OF USING ANTIVIRUS SOFTWARE IDENTIFY THE PURPOSE AND CHARACTERISTICS OF FAULT TOLERANCE SELECT THE APPROPRIATE NETWORK UTILITY TO TROUBLE SHOOT NTWORKS DETERMINING THE IMPACT OF MODIFYING , ADDING OR REMOVING NETWORK SERVICES TROUBLESHOOTING A NETWORK WITH A PARTICULAR PHYSICAL TOPOLOGY

Router and switch Administration

Internetworking Internetworking BasicsS Internetworking Models The Layered Approach Advantages of Reference Models The OSI Reference Model The Application Layer The Presentation Layers The Session Layer The Transport Layer The Network Layer The Data Link Layer The Physical Layer Ethernet Networking Half and Full-Duplex Ethernet Ethernet at the Data Link Layer Ethernet at the Physical Layer Ethernet Cabling Straight Through Cable Crossover Cable Rolled Cabler Data Encapsulation The Three-Layer Hierarchical Model The Core Layer The Distribution Layer The Access Layer		Introduction to TCP/IP TCP/IP and the DoD Model The Process/Application Layer Protocols The Host-to-Host Layer Protocols The Inter Layer Protocols IP Addressing IP Terminology The Hierarchical IP Addressing Scheme Private IP Addresses Broadcast Addresses Subnetting, Variable Length Subnet Masks (VLSMs), and Troubleshooting TCP/IP Subnetting Basics IP Subnet-Zero How to Create Subnets Subnet Masks Classless Inter-Domain Routing (CIDR) Subnetting Class C Addresses Subnetting Class B Addresses Subnetting Class A Addresses Variable Length Subnet Masks (VLSMs) VLSM Design Implementing VLSM Networks

Internetworking Operating System (IOS) and Security Device Manager (SDM) The IOS User Interfaces Router IOS Connecting to a Router Bringing up a Router Command-Line Interface (CLI) Entering the CLI from a Non-ISR Router Overview of Router Modes CLI Prompts Editing and Help Features Gathering Basic Routing Information Router and Switch Administrative Configurations Hostnames Banners Setting Passwords Encrypting Your Passwords Descriptions Router Interfaces Bringing up an Interface Viewing, Saving, and Erasing Configurations Deleting the Configuration and Reloading the Router Verifying Your Configuration Security Device Manager (SDM)		Managing Internetwork The Internal Components of a Router The Router Boot Sequence Managing Configuration Register Understanding the Configuration Register Bits Checking the Current Configuration Register Valuer Changing the Configuration Register Recovering Passwords Boot System Commands Backing Up and Restoring the IOS Verifying Flash Memory Backing Up the IOS Restoring or Upgrading the Router IOS Using the IOS File System ( IFS ) Using the SDM to Manage the Flash Memory Backing Up and Restoring the Configuration Backing Up the Router Configuration Restoring the Router Configuration Erasing the Configuration Using the IOS File System to Manage Your Router’s Configuration ( IFS) Using the SDM to Back Up/Restore and Edit The Router’s Configuration) Using Discovery Protocol (CDP) Getting CDP Timers and Holdtime Information Gathering Neighbor Information Gathering Interface Traffic Information Gathering Port and Interface Information Documenting a Network Topology Using CDP Using Telnet Telnetting into Multiple Devices Simultaneously Checking Telnet Connections Checking Telnet Users Closing Telnet Sessions Using SDM to Telnet into Your Route Resolving Hostnames Building a Host Table Using DNS to Resolve Names

IP Routing Routing Basics The IP Routing Process Testing Your IP Routing Understanding Configuring IP Routing Configuring IP Routing in Our Network Static Routing Default Routing Dynamic Routing Routing Protocol Basics Distance Vector Routing Protocols Routing Loops Routing Information Protocol (RIP) RIP Timers Configuring RIP Routing Verifying the RIP Routing Tables Configuring RIP Routing Example 2 Holding Down RIP Propagations RIP Version 2 (RIPv2) Interior Gateway Routing Protocol (IGRP) Verifying Your Configurations The show ip protocols Command The debug ip rip Command Enabling RIPv2 on Our Internetwork Enhanced IGRP (EIGRP) and Open Shortest Path First (OSPF) EIGRP Features and Operation Protocol Dependent Modules Neighbor Discovery Reliable Transport Protocol (RTP) Diffusing Update Algorithm (DUAL) Using EIGRP to Support Large Networks Multiple ASes VLSM Support and Summarization		Route Discovery and Maintenance Configuring EIGRP Configuring Discontiguous Networks Load Balancing with EIGRP Verifying EIGRP Open Shortest Path First (OSPF) Basics OSPF Terminology Configuring OSPF Enabling OSPF Configuring OSPF Areas Configuring Our Network with OSPF Verifying OSPF Configuration The show ip ospf Command The show ip ospf database Command The show ip ospf interface Command The show ip ospf neighbor Command The show ip protocols Command Debugging OSPF OSPF DR and BDR Elections Neighbors Adjacencies Adjacencies DR and BDR Electronics OSPF and Loopback Interfaces Configuring Loopback Interfaces OSPF Interfaces Priorities Troubleshooting OSPF

RHCE(REDHAT CERTIFIED ENGINEERING)

RH033 LINUX ESSENTIAL – MODULE 1

Linux Ideas and History Internetworking BasicsS Internetworking Models The Layered Approach Advantages of Reference Models Linux Usage Basicss Objectives Logging in to a Linux System Switching Between virtual consoles and the graphical environment Elements of the X Window System Starting the X Server Changing Your Password The root User Changing identities Editing text files		Running Commands and Getting Help Objectives Running Commands Some simple commands Getting help The whatis command The –-help option Reading usage summaries The man command Navigation man pages The info command Navigation info pages Extended documentation Red Hat documentation

Browsing the Filesystem Objectives Linux file hierarchy concepts Some important directories Current working directory File and directory names Absolute and relative pathnames Changing directories Listing Directory contents Copying files and directories Copying files and directories: The destination Moving and renaming files and directories Creating and removing files Creating and removing directories Using nautilus Moving and copying in nautilus Determining file content		Users, Groups and Permissions Objectives Users Groups Linux file security Permission precedence Permission types Examining Permissions Interpreting permissions Changing file ownership Changing permissions – symbolic method Changing permissions – Numeric method Changing permissions – Nautilus

Using the bash Shell Objectives Command line shortcuts More history tricks Command line expansion Command editing tricks Gnome-terminal Scripting basics Creating shell scripts Sample shell script		Standard I/O and Pipes Objectives Standard input and output Redirecting output to a file Redirecting STDOUT to a program (Piping) Redirecting STDOUT to a program Combining output and errors Redirecting to multiple targets (tee) Redirecting STDIN from a file Sending multiple lines to STDIN Scripting: for loops

Text Processing Tools Objectives Tools for extracting text Viewing file contents Viewing file excerpts Extracting text by keyword Extracting text by column Tools for analyzing text Gathering text statistics Sorting text Eliminating duplicate lines Comparing files Duplicating file changes Spell checking with aspell Tools for manipulating text Sed Special characters for complex searches		vim: An Advanced Text Editor Objectives Introducing vim Vim: A model editor Vim Basics Opening a file in vim Modifying a file Saving a file and exiting vim Using command mode Moving around Search and replace Manipulating text Undoing changes Visual mode Using multiple "windows" Configuring vi and vim Learning more

Basic System Configuration Tools Objectives TCP/IP network configuration Managing Ethernet connections Graphical network configuration Network configuration files Printing in Linux System-config-printer Printing commands Printing utilities Setting the system's date and time		Investigating and Managing Processes Objectives What is a process? Listing processes Finding processes Signals Sending signals to processes Scheduling priority Altering scheduling priority Interactive process management tools Job control Scheduling a process to execute later Crontab file format Grouping commands Exit status Conditional execution operators The test command File tests Scripting: if statements

Configuring the Bash Shell Objectives Bash variables Environment variables Some common variables Aliases How bash expands a command line Preventing expansion Login vs non-login shells Bash startup tasks: profile Bash startup tasks: bashrc Bash exit tasks Scripting: Taking input with positional parameters Scripting: Taking input with the read command		Finding and Processing Files Objectives Locate Locate examples Find Basic find examples Find and logical operators Find and permissions Find and numeric criteria Find and access times Executing commands with find Find execution examples The gnome search tool

Network Clients Objectives Web clients Firefox Non-GUI web browsers Wget Email and messaging Evolution Configuring evolution Other GUI mail clients Non-GUI mail clients Gaim OpenSSH: Secure Remote Shell Scp: Secure file transfer Rsync: Efficient file sync OpenSSH key-based authentication OpenSSH key-based authentication FTP clients Smbclient File transfer with nautilus Xorg clients Network diagnostic tools		Advanced Topics in Users, Groups and Permissions Objectives User and group ID numbers /ets/passwd,/etc/shadow, and/etc/group files User management tools System users and groups Monitoring logins Default permissions Special permissions for executables Special permissions for directories The Linux Filesystem In-Depth Essential System Administration Tools Objectives Planning an installation Performing an installation Managing services Managing software The yum package management tool Graphical package management Securing the system SELinux Managing SELinux Packet filtering Firewall and SELinux configuration

RH 133: Red Hat Linux System Administration – MODULE 2

Package Management Objectives About yum Yum: Installation and removal Yum: Queries Configuring additional repositories Red Hat network Red Hat network server RHN entitlements Red Hat network client RPM package manager Rpm: Installation and removal Rpm: Queries Rpm: Verification Updating a kernel RPM		System Initialization Objectives Boot sequence overview BIOS initialization Starting the boot process: GRUB Bootloader components GRUB and grub.conf Kernel initialization Init initialization Run levels /etc/rc.d/rc.sysinit /etc/rc.d/rc /etc/rc.d/rc.local The xinetd service RControlling services

Kernel Services Objectives The Linux kernel Kernel images and variants Kernel modules Kernel module utilities The chicken/egg module problem and the initial RAM disk Kernel configuration with/proc /proc examples sysctl: Persistent kernel configuration Accessing drivers through/dev Device node examples Managing /dev with udevs Adding files under /dev Exploring hardware devices Monitoring processes and resources		System Services Objectives Console access Xorg: The X11 Server XOrg server configuration SSH: Secure shell VNC: Virtual network computing System logging Syslog configuration Network time protocol CUPS Cron System crontab files Daily cron jobs The anacron system

Filesystem Management Objectives Overview: Adding new filesystems to the filesystem tree Device recognition Disk partitioning Managing partitions Making filesystems Filesystem labels Tune2fs Mount points and /etc/fstab Mounting filesystems with mount Unmounting filesystems Mount by example Handling swap files and partitions Mounting NFS filesystems Automounter Gnome-mount		User Administration Objectives Adding a new user account User private groups Modifying/deleting user accounts Password aging policies Group administration Switching accounts Sudo SUID and SGID executables SGID directories The sticky bit Default file permissions

Network Configuration Objectives Network interfaces Driver selection Speed and duplex settings Ipv4 interface configurations Device aliases Routing table Default gateway Custom routes Verifying IP connectivity Defining the local host name Local resolver Remote resolvers Network configuration utilities Transparent dynamic configuration Why IPv6? IPv6 on Red Hat enterprise Linux		Advanced User Administration Objectives Network users Authentication configuration Example: NIS configuration Example: LDAP configuration Filesystem support (ACL) Access control lists (ACLs) Configuring the Quota system Setting Quotas for users Reporting Quota status SELinux SELinux, continued SELinux: Targeted Policy SELinux: Management

Advanced Filesystem Management Objectives Archiving tools Archiving tools: tar Archiving tools: dump/restore Archiving tools: rsync What is software RAID? Software RAID configuration Software RAID testing and recovery What is logical volume manager (LVM)? Creating logical volumes Resizing logical volumes Logical volume manager snapshots RUsing LVM snapshots		Installation Objectives Anaconda, the Red Hat enterprise Linux installer First stage: Starting the installation First stage: Boot media Accessing the installer First stage: Installation method Second stage: Installation overview Configuring file systems Alternative partitioning Package selection First boot: Post-install configuration Kickstart Starting a kickstart installation Anatomy of a kickstart file Kickstart: Commands section/li> Kickstart: Commands section Kickstart: Packages section Kickstart: %pre, %post Network installation server Creating a private repository

Virtualization with Xen Objectives Virtualization with xen Hardware considerations Preparing domain-0 Virtual resources Domain-U configuration Installing a new Domain-U Domain management with xm Activating domains on boot		Troubleshooting Objectives Method of fault analysis Fault analysis: Gathering data Things of check: X Things of check: SELinux Things of check: Networking Things of check: Boot process Filesystem problems during boot Recovery run-levels Rescue environment Rescue environment utilities Rescue environment details

RH253 SERVER AND SECURITY – MODULE 3

System Performance and Security Objectives System resources as services Security in principle Security in practice Security policy: the people Security policy: the system Response strategies System faults and breaches Method of fault analysis Fault analysis: Hypothesis Method of fault analysis, continued Fault analysis: Gathering data Benefits of system monitoring Network monitoring utilities Networking, a local view Networking, a remote view File system analysis Typical problematic permissions Monitoring processes Process monitoring utilities System activity reporting Managing processes by account System log files Syslogd and klogd configuration Log file analysis Virtualization with Xen Xen domains Xen configuration Domain management with xm		System Service Access Controls Objectives System resources managed by init System initialization and service management Chkconfig Initialization script management The /etc/sysconfig/files Xinetd managed services Xinetd default controls Xinetd service configuration Xinetd access controls Host pattern access controls Service and application access controls Tcp_wrappers configuration Daemon specification Client specification Macro definitions Extended options Tcp_wrappers example Xinetd and tcp_wrappers SELinux SELinux security context SELinux: Targeted policy SELinux: Management SELinux: semanage SELinux: File types

Securing Data Objectives The need for encryption Cryptographic building blocks Random number generator One-Way hashes Symmetric encryption Asymmetric encryption I Asymmetric encryption II Public key infrastructures Digital certificates Generating digital certificates OpenSSH overview OpenSSH authentication The OpenSSH server Service profile: SSH OpenSSH server configuration The OpenSSH client Port forwarding Managing keys Applications: RPM		Network Resource Access Controls Objectives Routing Why IPv6? IPv6 on Red Hat enterprise Linux Tcp_wrappers and IPv6 Netfilter overview Netfilter tables and chains Netfilter packet flow Rule matching Rule targets Simple example Basic chain operations Common match criteria Additional chain operations Rules: General Considerations Connection tracking Connection tracking, continued Connection tracking example Network address translation (NAT) DNAT examples SNAT examples Rules persistence Sample/etc/sysconfig/iptables Managing iptables remotely IPv6 and ip6tables

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