Linux is my bae! Best to Learn & Grow.

80%of commercial apps to use open source by 2012, Gartner
80%of commercial apps to use open source by 2012, Gartner 80%of commercial apps to use open source by 2012, Gartner 80%of commercial apps to use open source by 2012, Gartner

9 out of the top 10 successful public clouds rely
on Red Hat technologies 9 out of the top 10 successful public clouds rely on Red Hat technologies 9 out of the top 10 successful public clouds rely on Red Hat technologies 9 out of the top 10 successful public clouds rely on Red Hat technologies

For every 8 new project starts, 5are occurring on Red
Hat Enterprise Linux, Global Equities Research. For every 8 new project starts, 5are occurring on Red Hat Enterprise Linux, Global Equities Research. For every 8 new project starts, 5are occurring on Red Hat Enterprise Linux, Global Equities Research. For every 8 new project starts, 5are occurring on Red Hat Enterprise Linux, Global Equities Research.

The concept of Open Source The concept of Open Source
“The more we Share, the more we Know, the more we Create “The more we Share, the more we Know, the more we Create – – concept of Open Source” concept of Open Source” “The more we Share, the more we Know, the more we Create “The more we Share, the more we Know, the more we Create – – concept of Open Source” concept of Open Source” The concept of Open Source The concept of Open Source “The more we Share, the more we Know, the more we Create “The more we Share, the more we Know, the more we Create – – concept of Open Source” concept of Open Source” “The more we Share, the more we Know, the more we Create “The more we Share, the more we Know, the more we Create – – concept of Open Source” concept of Open Source”

  All All software software is is written written
with with source source code code. . With With open open source source software, software, the the code code is is protected protected by by a a special special license license that that ensures ensures everyone everyone has has a a access access to to that that code code. .   Open Open Source Source software software source source code code can can be be obtained, obtained, viewed, viewed, changed changed and and redistributed redistributed without without royalties royalties and and other other limitations limitations   Open Open source source uses uses a a fundamentally fundamentally different, different, community community- - based based development development model model that that leads leads to to collaboration collaboration and and accelerated accelerated innovation innovation The concept of Open Source The concept of Open Source   All All software software is is written written with with source source code code. . With With open open source source software, software, the the code code is is protected protected by by a a special special license license that that ensures ensures everyone everyone has has a a access access to to that that code code. .   Open Open Source Source software software source source code code can can be be obtained, obtained, viewed, viewed, changed changed and and redistributed redistributed without without royalties royalties and and other other limitations limitations   Open Open source source uses uses a a fundamentally fundamentally different, different, community community- - based based development development model model that that leads leads to to collaboration collaboration and and accelerated accelerated innovation innovation   All All software software is is written written with with source source code code. . With With open open source source software, software, the the code code is is protected protected by by a a special special license license that that ensures ensures everyone everyone has has a a access access to to that that code code. .   Open Open Source Source software software source source code code can can be be obtained, obtained, viewed, viewed, changed changed and and redistributed redistributed without without royalties royalties and and other other limitations limitations   Open Open source source uses uses a a fundamentally fundamentally different, different, community community- - based based development development model model that that leads leads to to collaboration collaboration and and accelerated accelerated innovation innovation The concept of Open Source The concept of Open Source   All All software software is is written written with with source source code code. . With With open open source source software, software, the the code code is is protected protected by by a a special special license license that that ensures ensures everyone everyone has has a a access access to to that that code code. .   Open Open Source Source software software source source code code can can be be obtained, obtained, viewed, viewed, changed changed and and redistributed redistributed without without royalties royalties and and other other limitations limitations   Open Open source source uses uses a a fundamentally fundamentally different, different, community community- - based based development development model model that that leads leads to to collaboration collaboration and and accelerated accelerated innovation innovation

The concept of Open Source The concept of Open Source
With open source, the user is in control Developers can examine the code and change the code Open Source developers collaborate and compete Only Only the the best best software software is is left left standing standing. . Open Open Source Source simply simply creates creates the the best best software software No one company can control how others may improve the software With open source, the user is in control Developers can examine the code and change the code Open Source developers collaborate and compete Only Only the the best best software software is is left left standing standing. . Open Open Source Source simply simply creates creates the the best best software software No one company can control how others may improve the software The concept of Open Source The concept of Open Source With open source, the user is in control Developers can examine the code and change the code Open Source developers collaborate and compete Only Only the the best best software software is is left left standing standing. . Open Open Source Source simply simply creates creates the the best best software software No one company can control how others may improve the software With open source, the user is in control Developers can examine the code and change the code Open Source developers collaborate and compete Only Only the the best best software software is is left left standing standing. . Open Open Source Source simply simply creates creates the the best best software software No one company can control how others may improve the software

Development Model Development Model Proprietary Vs Open Source Proprietary Vs
Open Source Development Model Development Model Proprietary Vs Open Source Proprietary Vs Open Source Development Model Development Model Proprietary Vs Open Source Proprietary Vs Open Source Development Model Development Model Proprietary Vs Open Source Proprietary Vs Open Source

Comes out with the products – OS, DBMS Users /
Customers Users / Customers Proprietary Development model Proprietary Development model One Company Decides its own model of development, decides the internals of the software. What goes inside is not usually known. Comes out with the products – OS, DBMS Customers have no choice but to accept and put up with the “quality”of products. Have to depend on release cycles, updates and patches for plugging “security holes” Have no say in the functionality. Users / Customers Proprietary Development model Proprietary Development model Decides its own model of development, decides the internals of the software. What goes inside is not usually known. Customers have no choice but to accept and put up with the “quality”of products. Have to depend on release cycles, updates and patches for plugging “security holes” Have no say in the functionality.

Millions of products– OS and applications are created Users /
Customers Open Source Development model Open Source Development model Millions of People around the world collaborate The standards, modularity everything is strictly followed. Software testing, security checks are more stringent and continuous Millions of products– OS and applications are created Users are developers also Rate of development and innovation is very high Stability and security is tested continuously and ensured that it is stronger Open Source Development model Open Source Development model Millions of People around the world collaborate The standards, modularity everything is strictly followed. Software testing, security checks are more stringent and continuous Users are developers also Rate of development and innovation is very high Stability and security is tested continuously and ensured that it is stronger

ONLY TWO OPERATING SYSTEMS WILL REMAIN 4 M 6 M
8 M 10 M 12 M WORLDWIDE PAID & NON-PAID SERVER OS SHIPMENTS, SUBSCRIPTIONS, DEPLOYMENTS Worldwide Paid & Non-Paid Server OS LINUX 2000 2002 2004 2006 2 M 4 M WORLDWIDE PAID & NON-PAID SERVER OS SHIPMENTS, SUBSCRIPTIONS, DEPLOYMENTS WINDOWS UNIX OTHER ONLY TWO OPERATING SYSTEMS WILL REMAIN Worldwide Paid & Non-Paid Server OS IDC 2010 Worldwide Client and Server Operating Environments 2011-2015 Forecast: The Perfect Storm of Disruption May 2011, #228201 2008 2010 2012 2014

Linux is a Unix-like computer operating system assembled under the
model of free and open source software development and distribution. Linux system distributions may vary in many details of system operation, configuration & software package selections. 13 Linux is a Unix-like computer operating system assembled under the model of free and open source software development and distribution. Linux system distributions may vary in many details of system operation, configuration & software package selections.

How did it start? How did it start? Linux Torvalds,
a young man was studying computer Science at the University of Helsinki. After buying a PC with an Intel 386 CPU, he began using Minix, an Unix- inspired operating system created by Andrew Tannenbaum for use as a teaching tool. Linus was not impressed with the system in general and in particular he lamented its inability to do terminal emulation, which he needed so he could connect to the university's computers. Linus decided to do the terminal emulation program himself, independently of Minix. These were the first steps toward creating Linux. Linus quickly developed the terminal emulation program and it was sufficient for his needs for a while. However, Linus began thinking that it would be nice to be able to do other things with it like tranferring and saving files. This is where Linux was really born. Originally, Linus wanted to name his creation 'Freax' (pronounced like the English word freaks). He changed it to Linux at the prompting of a friend. Linux Torvalds, a young man was studying computer Science at the University of Helsinki. After buying a PC with an Intel 386 CPU, he began using Minix, an Unix- inspired operating system created by Andrew Tannenbaum for use as a teaching tool. Linus was not impressed with the system in general and in particular he lamented its inability to do terminal emulation, which he needed so he could connect to the university's computers. Linus decided to do the terminal emulation program himself, independently of Minix. These were the first steps toward creating Linux. Linus quickly developed the terminal emulation program and it was sufficient for his needs for a while. However, Linus began thinking that it would be nice to be able to do other things with it like tranferring and saving files. This is where Linux was really born. Originally, Linus wanted to name his creation 'Freax' (pronounced like the English word freaks). He changed it to Linux at the prompting of a friend. How did it start? How did it start? Linux Torvalds, a young man was studying computer Science at the University of Helsinki. After buying a PC with an Intel 386 CPU, he began using Minix, an Unix- inspired operating system created by Andrew Tannenbaum for use as a teaching tool. Linus was not impressed with the system in general and in particular he lamented its inability to do terminal emulation, which he needed so he could connect to the university's computers. Linus decided to do the terminal emulation program himself, independently of Minix. These were the first steps toward creating Linux. Linus quickly developed the terminal emulation program and it was sufficient for his needs for a while. However, Linus began thinking that it would be nice to be able to do other things with it like tranferring and saving files. This is where Linux was really born. Originally, Linus wanted to name his creation 'Freax' (pronounced like the English word freaks). He changed it to Linux at the prompting of a friend. Linux Torvalds, a young man was studying computer Science at the University of Helsinki. After buying a PC with an Intel 386 CPU, he began using Minix, an Unix- inspired operating system created by Andrew Tannenbaum for use as a teaching tool. Linus was not impressed with the system in general and in particular he lamented its inability to do terminal emulation, which he needed so he could connect to the university's computers. Linus decided to do the terminal emulation program himself, independently of Minix. These were the first steps toward creating Linux. Linus quickly developed the terminal emulation program and it was sufficient for his needs for a while. However, Linus began thinking that it would be nice to be able to do other things with it like tranferring and saving files. This is where Linux was really born. Originally, Linus wanted to name his creation 'Freax' (pronounced like the English word freaks). He changed it to Linux at the prompting of a friend.

How did it start? How did it start? In August,
1991, Linus announced on Usenet that he was working on this operating system: From: [email protected] (Linus Benedict Torvalds) Newsgroups: comp.os.minix Subject: What would you like to see most in minix? Summary: small poll for my new operating system Message-ID: <[email protected]> Date: 25 Aug 91 20:57:08 GMT Organization: University of Helsinki Hello everybody out there using minix - I'm doing a (free) operating system (just a hobby, won't be big and professional like gnu) for 386(486) AT clones. This has been brewing since april, and is starting to get ready. I'd like any feedback on things people like/dislike in minix, as my OS resembles it somewhat (same physical layout of the file-system (due to practical reasons) among other things). I've currently ported bash(1.08) and gcc(1.40), and things seem to work. This implies that I'll get something practical within a few months, and I'd like to know what features most people would want. Any suggestions are welcome, but I won't promise I'll implement them :-) Linus ([email protected]) PS. Yes - it's free of any minix code, and it has a multi-threaded fs. It is NOT protable (uses 386 task switching etc), and it probably never will support anything other than AT-harddisks, as that's all I have :-(. Linus uploaded the first version of Linux, version 0.01 in September of 1991. Then Linux belonged to the world. From: [email protected] (Linus Benedict Torvalds) Newsgroups: comp.os.minix Subject: What would you like to see most in minix? Summary: small poll for my new operating system Message-ID: <[email protected]> Date: 25 Aug 91 20:57:08 GMT Organization: University of Helsinki Hello everybody out there using minix - I'm doing a (free) operating system (just a hobby, won't be big and professional like gnu) for 386(486) AT clones. This has been brewing since april, and is starting to get ready. I'd like any feedback on things people like/dislike in minix, as my OS resembles it somewhat (same physical layout of the file-system (due to practical reasons) among other things). I've currently ported bash(1.08) and gcc(1.40), and things seem to work. This implies that I'll get something practical within a few months, and I'd like to know what features most people would want. Any suggestions are welcome, but I won't promise I'll implement them :-) Linus ([email protected]) PS. Yes - it's free of any minix code, and it has a multi-threaded fs. It is NOT protable (uses 386 task switching etc), and it probably never will support anything other than AT-harddisks, as that's all I have :-(. How did it start? How did it start? In August, 1991, Linus announced on Usenet that he was working on this operating system: From: [email protected] (Linus Benedict Torvalds) Newsgroups: comp.os.minix Subject: What would you like to see most in minix? Summary: small poll for my new operating system Message-ID: <[email protected]> Date: 25 Aug 91 20:57:08 GMT Organization: University of Helsinki Hello everybody out there using minix - I'm doing a (free) operating system (just a hobby, won't be big and professional like gnu) for 386(486) AT clones. This has been brewing since april, and is starting to get ready. I'd like any feedback on things people like/dislike in minix, as my OS resembles it somewhat (same physical layout of the file-system (due to practical reasons) among other things). I've currently ported bash(1.08) and gcc(1.40), and things seem to work. This implies that I'll get something practical within a few months, and I'd like to know what features most people would want. Any suggestions are welcome, but I won't promise I'll implement them :-) Linus ([email protected]) PS. Yes - it's free of any minix code, and it has a multi-threaded fs. It is NOT protable (uses 386 task switching etc), and it probably never will support anything other than AT-harddisks, as that's all I have :-(. Linus uploaded the first version of Linux, version 0.01 in September of 1991. Then Linux belonged to the world. From: [email protected] (Linus Benedict Torvalds) Newsgroups: comp.os.minix Subject: What would you like to see most in minix? Summary: small poll for my new operating system Message-ID: <[email protected]> Date: 25 Aug 91 20:57:08 GMT Organization: University of Helsinki Hello everybody out there using minix - I'm doing a (free) operating system (just a hobby, won't be big and professional like gnu) for 386(486) AT clones. This has been brewing since april, and is starting to get ready. I'd like any feedback on things people like/dislike in minix, as my OS resembles it somewhat (same physical layout of the file-system (due to practical reasons) among other things). I've currently ported bash(1.08) and gcc(1.40), and things seem to work. This implies that I'll get something practical within a few months, and I'd like to know what features most people would want. Any suggestions are welcome, but I won't promise I'll implement them :-) Linus ([email protected]) PS. Yes - it's free of any minix code, and it has a multi-threaded fs. It is NOT protable (uses 386 task switching etc), and it probably never will support anything other than AT-harddisks, as that's all I have :-(.

Linux - Today... • Linux started as a project in
September 1991 by Linux Torvalds • 10,000 lines of source code under the General Public License (GPL) • Code base has now grown to an astonishing 204 million lines of code. • Estimated that these 204 million lines of source code would cost around $10.8 billion if it was written on a commercial basis • Would take $1.4 billion to develop the Linux Kernel alone. • Runs NYSE to Mobile Phones to Supercomputers to Consumer Devices. • Linux started as a project in September 1991 by Linux Torvalds • 10,000 lines of source code under the General Public License (GPL) • Code base has now grown to an astonishing 204 million lines of code. • Estimated that these 204 million lines of source code would cost around $10.8 billion if it was written on a commercial basis • Would take $1.4 billion to develop the Linux Kernel alone. • Runs NYSE to Mobile Phones to Supercomputers to Consumer Devices. Linux - Today... • Linux started as a project in September 1991 by Linux Torvalds • 10,000 lines of source code under the General Public License (GPL) • Code base has now grown to an astonishing 204 million lines of code. • Estimated that these 204 million lines of source code would cost around $10.8 billion if it was written on a commercial basis • Would take $1.4 billion to develop the Linux Kernel alone. • Runs NYSE to Mobile Phones to Supercomputers to Consumer Devices. • Linux started as a project in September 1991 by Linux Torvalds • 10,000 lines of source code under the General Public License (GPL) • Code base has now grown to an astonishing 204 million lines of code. • Estimated that these 204 million lines of source code would cost around $10.8 billion if it was written on a commercial basis • Would take $1.4 billion to develop the Linux Kernel alone. • Runs NYSE to Mobile Phones to Supercomputers to Consumer Devices.

Distributions of Linux Distributions of Linux Distributions of Linux Distributions
of Linux

Red Hat Red Hat  Headquarters: Raleigh, NC  President
& CEO: Jim Whitehurst  Founded in 1993, IPO 1999, NYSE: RHT  Operating from 66 worldwide offices in 29 countries  Cash & Investment: $1.3 billion  World leader in Open Source - Operating system platform (RHEL), Virtualization solution (RHEV), together with applications, management, & SOA solutions, including JBoss Enterprise Middleware Suite & Cloud solutions. Red Hat  Headquarters: Raleigh, NC  President & CEO: Jim Whitehurst  Founded in 1993, IPO 1999, NYSE: RHT  Operating from 66 worldwide offices in 29 countries  Cash & Investment: $1.3 billion  World leader in Open Source - Operating system platform (RHEL), Virtualization solution (RHEV), together with applications, management, & SOA solutions, including JBoss Enterprise Middleware Suite & Cloud solutions. Red Hat  Headquarters: Raleigh, NC  President & CEO: Jim Whitehurst  Founded in 1993, IPO 1999, NYSE: RHT  Operating from 66 worldwide offices in 29 countries  Cash & Investment: $1.3 billion  World leader in Open Source - Operating system platform (RHEL), Virtualization solution (RHEV), together with applications, management, & SOA solutions, including JBoss Enterprise Middleware Suite & Cloud solutions. Red Hat  Headquarters: Raleigh, NC  President & CEO: Jim Whitehurst  Founded in 1993, IPO 1999, NYSE: RHT  Operating from 66 worldwide offices in 29 countries  Cash & Investment: $1.3 billion  World leader in Open Source - Operating system platform (RHEL), Virtualization solution (RHEV), together with applications, management, & SOA solutions, including JBoss Enterprise Middleware Suite & Cloud solutions.

  Collaboration with partners and open source Collaboration with
partners and open source contributors to develop technology contributors to develop technology   Deliver complete distributions in two stages Deliver complete distributions in two stages for two audiences for two audiences   First stage First stage   Fedora Fedora – – the development vehicle the development vehicle   Approximately twice/annum Approximately twice/annum   Unsupported Unsupported   Fast moving, latest Fast moving, latest technology technology   Second stage Second stage   Red Hat Enterprise Linux Red Hat Enterprise Linux   Approximately every 18 Approximately every 18 months months   Supported and certified Supported and certified   Stable, mature, commercially Stable, mature, commercially focused technologies focused technologies Red Hat Development model Red Hat Development model   Collaboration with partners and open source Collaboration with partners and open source contributors to develop technology contributors to develop technology   Deliver complete distributions in two stages Deliver complete distributions in two stages for two audiences for two audiences   First stage First stage   Fedora Fedora – – the development vehicle the development vehicle   Approximately twice/annum Approximately twice/annum   Unsupported Unsupported   Fast moving, latest Fast moving, latest technology technology   Second stage Second stage   Red Hat Enterprise Linux Red Hat Enterprise Linux   Approximately every 18 Approximately every 18 months months   Supported and certified Supported and certified   Stable, mature, commercially Stable, mature, commercially focused technologies focused technologies Red Hat Development model Red Hat Development model

A BETTER WAY TO INNOVATE: PROVEN MODEL A BETTER WAY
TO INNOVATE: PROVEN MODEL

certified applications 2000+ 800+ certified hardware systems

•Super Computing Clusters •SW Development •Database server •Embedded devices •Web
Hosting •Branch Automation •Firewall •Print/File •Web Server •e-mail The Linux market place The Linux market place Early Adopters Early Adopters Industry Acceptance Technology Centric Technology Centric Mainstream Mainstream 1997 2001 1999 2000 1998 •Super Computing Clusters •SW Development •Database server •Embedded devices •Web Hosting •Branch Automation Significant ISV Adoption 2.4 Kernel Commercial usage in enterprises •Super Computing Clusters •SW Development •Database server •Embedded devices •Web Hosting •Branch Automation •e-Commerce •ERP, CRM, SCM •Vertical Industry Applications The Linux market place The Linux market place Business centric, mainstream users Business centric, mainstream users Mainstream Mainstream 2002 2003 2004 2005 •Super Computing Clusters •SW Development •Database server •Embedded devices •Web Hosting •Branch Automation Enterprise mail/messaging High availability Server consolidation SMB adoption

Red Hat Certifications What Red Hat Certifications are available? 
RHCSA: Red Hat Certified System Administrator.  RHCE: Red Hat Certified Engineer.  RHCVA: Red Hat Certified Virtualization Administrator  RHCSS: Red Hat Certified Security Specialist  RHCDS: Red Hat Certified Datacenter Specialist  RHCA: Red Hat Certified Architect. What Red Hat Certifications are available?  RHCSA: Red Hat Certified System Administrator.  RHCE: Red Hat Certified Engineer.  RHCVA: Red Hat Certified Virtualization Administrator  RHCSS: Red Hat Certified Security Specialist  RHCDS: Red Hat Certified Datacenter Specialist  RHCA: Red Hat Certified Architect. Red Hat Certifications What Red Hat Certifications are available?  RHCSA: Red Hat Certified System Administrator.  RHCE: Red Hat Certified Engineer.  RHCVA: Red Hat Certified Virtualization Administrator  RHCSS: Red Hat Certified Security Specialist  RHCDS: Red Hat Certified Datacenter Specialist  RHCA: Red Hat Certified Architect. What Red Hat Certifications are available?  RHCSA: Red Hat Certified System Administrator.  RHCE: Red Hat Certified Engineer.  RHCVA: Red Hat Certified Virtualization Administrator  RHCSS: Red Hat Certified Security Specialist  RHCDS: Red Hat Certified Datacenter Specialist  RHCA: Red Hat Certified Architect.

RED HAT CERTIFIED SYSTEM ADMINISTRATOR (RHCSA) The RHCSA:  First
step in establishing Linux credentials  Transitioning from a non- UNIX/Linux environment  Authorised Training Partners: http://apac.redhat.com/training/india/locations.php http://www.redhat.com/certification/rhcsa/objectives/ Standard track of courses Required for Certification • RH124 – Red Hat System Administration I • RH134 – Red Hat System Administration II The RHCSA:  First step in establishing Linux credentials  Transitioning from a non- UNIX/Linux environment  Authorised Training Partners: http://apac.redhat.com/training/india/locations.php http://www.redhat.com/certification/rhcsa/objectives/ RED HAT CERTIFIED SYSTEM ADMINISTRATOR (RHCSA) The RHCSA:  First step in establishing Linux credentials  Transitioning from a non- UNIX/Linux environment  Authorised Training Partners: http://apac.redhat.com/training/india/locations.php http://www.redhat.com/certification/rhcsa/objectives/ Standard track of courses Required for Certification • RH124 – Red Hat System Administration I • RH134 – Red Hat System Administration II The RHCSA:  First step in establishing Linux credentials  Transitioning from a non- UNIX/Linux environment  Authorised Training Partners: http://apac.redhat.com/training/india/locations.php http://www.redhat.com/certification/rhcsa/objectives/

Audience: First time Linux users, those transitioning from a non-Unix/Linux
background Pre-Requisite: User- level experience with any computer system, including: use of mouse, use of menus and use of any graphical user interface. Course Brief: Graphical installation of Linux, Managing physical storage, Introduction to the command line, Learning how to install and configure local components and services, Establishing network and securing network services, Managing and securing files, Administrating users and groups, Deploying file sharing services By the end of the course, students will be able to perform installation, establish network connectivity, manage physical storage, and perform basic security administration. Other details: Course duration: 40 hrs Leads to – RH134/135 RH124: RED HAT SYSTEM ADMINISTRATION I Audience: First time Linux users, those transitioning from a non-Unix/Linux background Pre-Requisite: User- level experience with any computer system, including: use of mouse, use of menus and use of any graphical user interface. Course Brief: Graphical installation of Linux, Managing physical storage, Introduction to the command line, Learning how to install and configure local components and services, Establishing network and securing network services, Managing and securing files, Administrating users and groups, Deploying file sharing services By the end of the course, students will be able to perform installation, establish network connectivity, manage physical storage, and perform basic security administration. Other details: Course duration: 40 hrs Leads to – RH134/135 Audience: First time Linux users, those transitioning from a non-Unix/Linux background Pre-Requisite: User- level experience with any computer system, including: use of mouse, use of menus and use of any graphical user interface. Course Brief: Graphical installation of Linux, Managing physical storage, Introduction to the command line, Learning how to install and configure local components and services, Establishing network and securing network services, Managing and securing files, Administrating users and groups, Deploying file sharing services By the end of the course, students will be able to perform installation, establish network connectivity, manage physical storage, and perform basic security administration. Other details: Course duration: 40 hrs Leads to – RH134/135 RH124: RED HAT SYSTEM ADMINISTRATION I Audience: First time Linux users, those transitioning from a non-Unix/Linux background Pre-Requisite: User- level experience with any computer system, including: use of mouse, use of menus and use of any graphical user interface. Course Brief: Graphical installation of Linux, Managing physical storage, Introduction to the command line, Learning how to install and configure local components and services, Establishing network and securing network services, Managing and securing files, Administrating users and groups, Deploying file sharing services By the end of the course, students will be able to perform installation, establish network connectivity, manage physical storage, and perform basic security administration. Other details: Course duration: 40 hrs Leads to – RH134/135

RH134: RED HAT SYSTEM ADMINISTRATION II Audience Users of Unix
and Linux who want to start building skills on system administration on RHEL, to a level where they can attach and configure a workstation on an existing network. Course Brief Network configuration and troubleshooting, Managing file systems and logical volumes, Controlling user and file access, Installing and managing services and processes, Essential command line operations, Troubleshooting By the end of this five-day course, students will be able to administer and troubleshoot file systems and partitioning, logical volume management, access control, package management. Other Details: Course duration: 32 hrs Leads to - RHCSA exam. Course Brief Network configuration and troubleshooting, Managing file systems and logical volumes, Controlling user and file access, Installing and managing services and processes, Essential command line operations, Troubleshooting By the end of this five-day course, students will be able to administer and troubleshoot file systems and partitioning, logical volume management, access control, package management. RH134: RED HAT SYSTEM ADMINISTRATION II Audience Users of Unix and Linux who want to start building skills on system administration on RHEL, to a level where they can attach and configure a workstation on an existing network. Course Brief Network configuration and troubleshooting, Managing file systems and logical volumes, Controlling user and file access, Installing and managing services and processes, Essential command line operations, Troubleshooting By the end of this five-day course, students will be able to administer and troubleshoot file systems and partitioning, logical volume management, access control, package management. Course Brief Network configuration and troubleshooting, Managing file systems and logical volumes, Controlling user and file access, Installing and managing services and processes, Essential command line operations, Troubleshooting By the end of this five-day course, students will be able to administer and troubleshoot file systems and partitioning, logical volume management, access control, package management.

RED HAT CERTIFIED ENGINEER (RHCE) Proves an individual's ability to
configure networking services and security on servers running a Red Hat OS "Crown Jewel of Linux certifications"  Ranked the #1 program in all of IT, used as a benchmark by many IT companies in selection. http://www.redhat.com/certification/rhce/objectives/ Proves an individual's ability to configure networking services and security on servers running a Red Hat OS "Crown Jewel of Linux certifications"  Ranked the #1 program in all of IT, used as a benchmark by many IT companies in selection. http://www.redhat.com/certification/rhce/objectives/ Standard track Required for Certification  RHCSA – Red Hat Certified System Administrator  RH254 – Red Hat System Administration III RED HAT CERTIFIED ENGINEER (RHCE) Proves an individual's ability to configure networking services and security on servers running a Red Hat OS "Crown Jewel of Linux certifications"  Ranked the #1 program in all of IT, used as a benchmark by many IT companies in selection. http://www.redhat.com/certification/rhce/objectives/ Proves an individual's ability to configure networking services and security on servers running a Red Hat OS "Crown Jewel of Linux certifications"  Ranked the #1 program in all of IT, used as a benchmark by many IT companies in selection. http://www.redhat.com/certification/rhce/objectives/ Standard track Required for Certification  RHCSA – Red Hat Certified System Administrator  RH254 – Red Hat System Administration III

RH254: RED HAT SYSTEM ADMINISTRATION III Audience Linux or UNIX
system administrators who want to understand the basics of networking services and security in RHEL. Course Brief System Performance and Security, Network Resource Access Controls, Network File Sharing Services, Web Services, Email Services, Securing Data. Other Details Course Duration: 32 hrs Leads to – RHCE certification exam Audience Linux or UNIX system administrators who want to understand the basics of networking services and security in RHEL. Course Brief System Performance and Security, Network Resource Access Controls, Network File Sharing Services, Web Services, Email Services, Securing Data. Other Details Course Duration: 32 hrs Leads to – RHCE certification exam RH254: RED HAT SYSTEM ADMINISTRATION III Audience Linux or UNIX system administrators who want to understand the basics of networking services and security in RHEL. Course Brief System Performance and Security, Network Resource Access Controls, Network File Sharing Services, Web Services, Email Services, Securing Data. Other Details Course Duration: 32 hrs Leads to – RHCE certification exam Audience Linux or UNIX system administrators who want to understand the basics of networking services and security in RHEL. Course Brief System Performance and Security, Network Resource Access Controls, Network File Sharing Services, Web Services, Email Services, Securing Data. Other Details Course Duration: 32 hrs Leads to – RHCE certification exam

Exam Process:  Performance-based and real-time exam.  Conducted at
RH Certified exam centres  Conducted by examiners from Red Hat.  Live scenario given, to be completed in given time.  Details captured in encrypted form, sent to US for evaluation.  Results by email within 3 working days to the email ID provided.  No hard copies of certificate. Certificate attached as a pdf along with the email. Multiple prints can be taken.  Certificate has candidates name, title earned, date and a 9 digit no. Exam Process:  Performance-based and real-time exam.  Conducted at RH Certified exam centres  Conducted by examiners from Red Hat.  Live scenario given, to be completed in given time.  Details captured in encrypted form, sent to US for evaluation.  Results by email within 3 working days to the email ID provided.  No hard copies of certificate. Certificate attached as a pdf along with the email. Multiple prints can be taken.  Certificate has candidates name, title earned, date and a 9 digit no. CERTIFICATIONS Exam Process:  Performance-based and real-time exam.  Conducted at RH Certified exam centres  Conducted by examiners from Red Hat.  Live scenario given, to be completed in given time.  Details captured in encrypted form, sent to US for evaluation.  Results by email within 3 working days to the email ID provided.  No hard copies of certificate. Certificate attached as a pdf along with the email. Multiple prints can be taken.  Certificate has candidates name, title earned, date and a 9 digit no. Exam Process:  Performance-based and real-time exam.  Conducted at RH Certified exam centres  Conducted by examiners from Red Hat.  Live scenario given, to be completed in given time.  Details captured in encrypted form, sent to US for evaluation.  Results by email within 3 working days to the email ID provided.  No hard copies of certificate. Certificate attached as a pdf along with the email. Multiple prints can be taken.  Certificate has candidates name, title earned, date and a 9 digit no.

RHCE RHCE – – The crown Jewel The crown Jewel
Among the 10 hottest Among the 10 hottest Certifications Certifications - - Certcities.com Certcities.com Ranked Ranked 1 1st st in in overall overall category category for for quality quality of of both both training training and and certification certification testing testing - -Fairfield Research Fairfield Research "The "The gold gold standard standard of of Linux Linux certifications certifications is, is, without without doubt, doubt, the the RHCE RHCE. ." " (Linux (Linux Watch) Watch) Among the 10 hottest Among the 10 hottest Certifications Certifications - - Certcities.com Certcities.com Ranked Ranked 1 1st st in in overall overall category category for for quality quality of of both both training training and and certification certification testing testing - -Fairfield Research Fairfield Research "The "The gold gold standard standard of of Linux Linux certifications certifications is, is, without without doubt, doubt, the the RHCE RHCE. ." " (Linux (Linux Watch) Watch) RHCE RHCE – – The crown Jewel The crown Jewel

 Linux has gained Major Momentum in India  Linux
adoption growing at over 30% in Enterprise  Linux based Services and Support more sought after  Industry has started asking for more skilled people on Linux  Government is appreciating and promoting Open source for its various projects  Application vendors porting on Linux Linux in India  Linux has gained Major Momentum in India  Linux adoption growing at over 30% in Enterprise  Linux based Services and Support more sought after  Industry has started asking for more skilled people on Linux  Government is appreciating and promoting Open source for its various projects  Application vendors porting on Linux  Linux has gained Major Momentum in India  Linux adoption growing at over 30% in Enterprise  Linux based Services and Support more sought after  Industry has started asking for more skilled people on Linux  Government is appreciating and promoting Open source for its various projects  Application vendors porting on Linux Linux in India  Linux has gained Major Momentum in India  Linux adoption growing at over 30% in Enterprise  Linux based Services and Support more sought after  Industry has started asking for more skilled people on Linux  Government is appreciating and promoting Open source for its various projects  Application vendors porting on Linux

Opportunities in Industry  Linux User Level  Systems Administrator
 Networking Administrator  Security Administrator  Developers  Migration Specialist  Application porting consultant  Kernel customization  Linux User Level  Systems Administrator  Networking Administrator  Security Administrator  Developers  Migration Specialist  Application porting consultant  Kernel customization Opportunities in Industry  Linux User Level  Systems Administrator  Networking Administrator  Security Administrator  Developers  Migration Specialist  Application porting consultant  Kernel customization  Linux User Level  Systems Administrator  Networking Administrator  Security Administrator  Developers  Migration Specialist  Application porting consultant  Kernel customization

Linux Career Overview Development  Applications Programming  System Programming
 Open Source Development  Embedded Systems System Administration  Network Administration  Solution Design and Implementation  Security Solutions  Clustering Other Careers where Linux is important. Development  Applications Programming  System Programming  Open Source Development  Embedded Systems System Administration  Network Administration  Solution Design and Implementation  Security Solutions  Clustering Other Careers where Linux is important. Linux Career Overview Development  Applications Programming  System Programming  Open Source Development  Embedded Systems System Administration  Network Administration  Solution Design and Implementation  Security Solutions  Clustering Other Careers where Linux is important. Development  Applications Programming  System Programming  Open Source Development  Embedded Systems System Administration  Network Administration  Solution Design and Implementation  Security Solutions  Clustering Other Careers where Linux is important.

Development: Applications Programming Development of Commercial Applications  Line of
Business Applications: ERP, CRM, Finance, Inventory, etc  Commercial Packages: Databases, Productivity, Multimedia, Publishing, etc.  Edutainment: Games, Encyclopedias, Educational Software, etc. Companies:  Banking: Infosys, iFlex  ERP: SAP, Oracle, PeopleSoft  Databases: All RDBMS vendors except Microsoft  Multimedia: Autodesk, Discreet, Alias Wavefront, ILM.  Entertainment: Not enough here. Development of Commercial Applications  Line of Business Applications: ERP, CRM, Finance, Inventory, etc  Commercial Packages: Databases, Productivity, Multimedia, Publishing, etc.  Edutainment: Games, Encyclopedias, Educational Software, etc. Companies:  Banking: Infosys, iFlex  ERP: SAP, Oracle, PeopleSoft  Databases: All RDBMS vendors except Microsoft  Multimedia: Autodesk, Discreet, Alias Wavefront, ILM.  Entertainment: Not enough here. Development: Applications Programming Development of Commercial Applications  Line of Business Applications: ERP, CRM, Finance, Inventory, etc  Commercial Packages: Databases, Productivity, Multimedia, Publishing, etc.  Edutainment: Games, Encyclopedias, Educational Software, etc. Companies:  Banking: Infosys, iFlex  ERP: SAP, Oracle, PeopleSoft  Databases: All RDBMS vendors except Microsoft  Multimedia: Autodesk, Discreet, Alias Wavefront, ILM.  Entertainment: Not enough here. Development of Commercial Applications  Line of Business Applications: ERP, CRM, Finance, Inventory, etc  Commercial Packages: Databases, Productivity, Multimedia, Publishing, etc.  Edutainment: Games, Encyclopedias, Educational Software, etc. Companies:  Banking: Infosys, iFlex  ERP: SAP, Oracle, PeopleSoft  Databases: All RDBMS vendors except Microsoft  Multimedia: Autodesk, Discreet, Alias Wavefront, ILM.  Entertainment: Not enough here.

Development: Systems Programming Development of OS Infrastructure  TCP/IP 
Device Drivers  File Systems  Cryptography Companies  IBM,  Sun Microsystems,  HP  Red Hat,  Wipro  Cisco  Microsoft (!) Development of OS Infrastructure  TCP/IP  Device Drivers  File Systems  Cryptography Companies  IBM,  Sun Microsystems,  HP  Red Hat,  Wipro  Cisco  Microsoft (!) Development: Systems Programming Development of OS Infrastructure  TCP/IP  Device Drivers  File Systems  Cryptography Companies  IBM,  Sun Microsystems,  HP  Red Hat,  Wipro  Cisco  Microsoft (!) Development of OS Infrastructure  TCP/IP  Device Drivers  File Systems  Cryptography Companies  IBM,  Sun Microsystems,  HP  Red Hat,  Wipro  Cisco  Microsoft (!)

Development: Open Source Programming Paid to Work on an Open
Source Project  Applications Programming  Systems Programming  Embedded Systems Companies  IBM,  Red Hat  Wipro  Novell  Sun  Sistina  Hewlett Packard  etc Paid to Work on an Open Source Project  Applications Programming  Systems Programming  Embedded Systems Companies  IBM,  Red Hat  Wipro  Novell  Sun  Sistina  Hewlett Packard  etc Development: Open Source Programming Paid to Work on an Open Source Project  Applications Programming  Systems Programming  Embedded Systems Companies  IBM,  Red Hat  Wipro  Novell  Sun  Sistina  Hewlett Packard  etc Paid to Work on an Open Source Project  Applications Programming  Systems Programming  Embedded Systems Companies  IBM,  Red Hat  Wipro  Novell  Sun  Sistina  Hewlett Packard  etc

Development: Embedded Systems Systems Programming on 'Devices' rather than 'Computers'
 Consumer Goods: TVs, VCRs, Microwaves,  IT Hardware: Routers, Firewalls, Switches  Commercial: ATMs, Building Management  Automobiles  Defence, Space Research, etc. Companies:  IBM, HP, Honeywell, Red Hat  Daimler-Chrysler, Bosch, Delphi  DRDO, ISRO  In future almost everybody Systems Programming on 'Devices' rather than 'Computers'  Consumer Goods: TVs, VCRs, Microwaves,  IT Hardware: Routers, Firewalls, Switches  Commercial: ATMs, Building Management  Automobiles  Defence, Space Research, etc. Companies:  IBM, HP, Honeywell, Red Hat  Daimler-Chrysler, Bosch, Delphi  DRDO, ISRO  In future almost everybody Development: Embedded Systems Systems Programming on 'Devices' rather than 'Computers'  Consumer Goods: TVs, VCRs, Microwaves,  IT Hardware: Routers, Firewalls, Switches  Commercial: ATMs, Building Management  Automobiles  Defence, Space Research, etc. Companies:  IBM, HP, Honeywell, Red Hat  Daimler-Chrysler, Bosch, Delphi  DRDO, ISRO  In future almost everybody Systems Programming on 'Devices' rather than 'Computers'  Consumer Goods: TVs, VCRs, Microwaves,  IT Hardware: Routers, Firewalls, Switches  Commercial: ATMs, Building Management  Automobiles  Defence, Space Research, etc. Companies:  IBM, HP, Honeywell, Red Hat  Daimler-Chrysler, Bosch, Delphi  DRDO, ISRO  In future almost everybody

System Administration: Network Administration From small (10-20 Nodes) to Huge
(10,000 Nodes).  User Management  Resource Management  Security Companies:  Everybody From small (10-20 Nodes) to Huge (10,000 Nodes).  User Management  Resource Management  Security Companies:  Everybody System Administration: Network Administration From small (10-20 Nodes) to Huge (10,000 Nodes).  User Management  Resource Management  Security Companies:  Everybody From small (10-20 Nodes) to Huge (10,000 Nodes).  User Management  Resource Management  Security Companies:  Everybody

System Administration: Solution Design & Implementation Mail Solutions Network Solutions
Server Sizing Security Solutions Companies  Red Hat  IBM Global Services  Microland  Wipro Mail Solutions Network Solutions Server Sizing Security Solutions Companies  Red Hat  IBM Global Services  Microland  Wipro System Administration: Solution Design & Implementation Mail Solutions Network Solutions Server Sizing Security Solutions Companies  Red Hat  IBM Global Services  Microland  Wipro Mail Solutions Network Solutions Server Sizing Security Solutions Companies  Red Hat  IBM Global Services  Microland  Wipro

System Administration: Security Solutions Security Audits Network Security Server Security
Data Security Companies:  Red Hat  Microland  IBM  Novell/SuSE  Trustix Security Audits Network Security Server Security Data Security Companies:  Red Hat  Microland  IBM  Novell/SuSE  Trustix System Administration: Security Solutions

System Administration: Clustering HA Clustering  High Availability, Load Balancing
HPC Clustering  High Performance Computing Implementors:  Red Hat  Scyld Customers:  Engineering: GE Aircraft, GE Fluid Dynamics, Ford  Bioinformatics: IISc, NCBS, etc  Web Services, Businesses, etc HA Clustering  High Availability, Load Balancing HPC Clustering  High Performance Computing Implementors:  Red Hat  Scyld Customers:  Engineering: GE Aircraft, GE Fluid Dynamics, Ford  Bioinformatics: IISc, NCBS, etc  Web Services, Businesses, etc System Administration: Clustering HA Clustering  High Availability, Load Balancing HPC Clustering  High Performance Computing Implementors:  Red Hat  Scyld Customers:  Engineering: GE Aircraft, GE Fluid Dynamics, Ford  Bioinformatics: IISc, NCBS, etc  Web Services, Businesses, etc HA Clustering  High Availability, Load Balancing HPC Clustering  High Performance Computing Implementors:  Red Hat  Scyld Customers:  Engineering: GE Aircraft, GE Fluid Dynamics, Ford  Bioinformatics: IISc, NCBS, etc  Web Services, Businesses, etc

Other Linux used but not the main focus  Mechanical
Engineering  Film: Hollywood Special Effect Rendering is mostly on Linux Systems [Matrix, Shrek etc]  Scientific Research  Electronics and Chip Design: EDA Other Linux used but not the main focus  Mechanical Engineering  Film: Hollywood Special Effect Rendering is mostly on Linux Systems [Matrix, Shrek etc]  Scientific Research  Electronics and Chip Design: EDA

Career opportunities Career opportunities Administration Administration User management Resource management
Security Administration Network Solutions Security Solutions Infrastructure specialist Server Sizing Migration Specialist Systems Programming Systems Programming Development of OS infrastructure TCP/IP Programming Device drivers programming File systems development Cryptography Embedded Systems Embedded Systems Systems programming on devices other than computers on Consumer goods: TVs, Microwaves IT Hardware: Routers, Firewalls, Switches Commercial: ATMs, Building Management Automobiles Defence, Space research Administration Administration User management Resource management Security Administration Network Solutions Security Solutions Infrastructure specialist Server Sizing Migration Specialist Systems Programming Systems Programming Development of OS infrastructure TCP/IP Programming Device drivers programming File systems development Cryptography Embedded Systems Embedded Systems Systems programming on devices other than computers on Consumer goods: TVs, Microwaves IT Hardware: Routers, Firewalls, Switches Commercial: ATMs, Building Management Automobiles Defence, Space research E-governance, Datacenters, System Integrator, Infrastructure Management Services, Technical support centers, etc., Red Hat, IBM, HP, CISCO, Sun Microsystems,etc., Honeywell, Daimler- Chrysler, Delphi, Bosch, DRDO, ISRO, etc., Embedded Systems Embedded Systems Systems programming on devices other than computers on Consumer goods: TVs, Microwaves IT Hardware: Routers, Firewalls, Switches Commercial: ATMs, Building Management Automobiles Defence, Space research Open Source Open Source Projects Projects Application Development Systems Programming Embedded Systems Embedded Systems Embedded Systems Systems programming on devices other than computers on Consumer goods: TVs, Microwaves IT Hardware: Routers, Firewalls, Switches Commercial: ATMs, Building Management Automobiles Defence, Space research Honeywell, Daimler- Chrysler, Delphi, Bosch, DRDO, ISRO, etc., Red Hat, Novell, Sistina, Hewlett Packard, IBM etc.,

Industry Adoption of Open Source & Linux in India* Industry
Adoption of Open Source & Linux in India* e e- -Governance Governance Govt. of India – various departments including Prime Ministers Office Supreme Court and High Courts Rashtrapathi Bhavan UP treasury MP treasury Indian Defence Services DRDO, ISRO BFSI BFSI LIC of India NIA Central Bank of India IDBI Bank Kotak Bank HSBC Standard Chartered Bank UTI Bank Canara Bank Telecom & IT Services Telecom & IT Services Airtel BSNL Vodafone IDEA IBM Wipro HCL e e- -Governance Governance Govt. of India – various departments including Prime Ministers Office Supreme Court and High Courts Rashtrapathi Bhavan UP treasury MP treasury Indian Defence Services DRDO, ISRO BFSI BFSI LIC of India NIA Central Bank of India IDBI Bank Kotak Bank HSBC Standard Chartered Bank UTI Bank Canara Bank Telecom & IT Services Telecom & IT Services Airtel BSNL Vodafone IDEA IBM Wipro HCL * partial list Industry Adoption of Open Source & Linux in India* Industry Adoption of Open Source & Linux in India* Telecom & IT Services Telecom & IT Services Airtel BSNL Vodafone IDEA IBM Wipro HCL Others Others IRCTC – Indian Railways Northern Railways Mazgaon Docks HPCL BHEL Times of India E TV Breach Candy Hospital Telecom & IT Services Telecom & IT Services Airtel BSNL Vodafone IDEA IBM Wipro HCL Others Others IRCTC – Indian Railways Northern Railways Mazgaon Docks HPCL BHEL Times of India E TV Breach Candy Hospital

Successful Customers on Red Hat.. Growing Successful Customers on Red
Hat.. Growing

RHEL Indian examples* • Marico - powering its SAP-based mission-critical
ERP system on Red Hat Enterprise Linux. • NCDEX – achieves 99.99% uptime. • Microfinance – Growing Opportunity • Insurance – HDFC Standard Life, Star Union Dai-ichi, SBI Life, NIA. • Igate, Cleartrip, IRCTC, mCarbon, JustDial.com, Life Spring Maternity Hospital, NTT Communications, Great Offshore, Everready. • http://customers.redhat.com/ *partial list • Marico - powering its SAP-based mission-critical ERP system on Red Hat Enterprise Linux. • NCDEX – achieves 99.99% uptime. • Microfinance – Growing Opportunity • Insurance – HDFC Standard Life, Star Union Dai-ichi, SBI Life, NIA. • Igate, Cleartrip, IRCTC, mCarbon, JustDial.com, Life Spring Maternity Hospital, NTT Communications, Great Offshore, Everready. • http://customers.redhat.com/ *partial list RHEL Indian examples* • Marico - powering its SAP-based mission-critical ERP system on Red Hat Enterprise Linux. • NCDEX – achieves 99.99% uptime. • Microfinance – Growing Opportunity • Insurance – HDFC Standard Life, Star Union Dai-ichi, SBI Life, NIA. • Igate, Cleartrip, IRCTC, mCarbon, JustDial.com, Life Spring Maternity Hospital, NTT Communications, Great Offshore, Everready. • http://customers.redhat.com/ *partial list • Marico - powering its SAP-based mission-critical ERP system on Red Hat Enterprise Linux. • NCDEX – achieves 99.99% uptime. • Microfinance – Growing Opportunity • Insurance – HDFC Standard Life, Star Union Dai-ichi, SBI Life, NIA. • Igate, Cleartrip, IRCTC, mCarbon, JustDial.com, Life Spring Maternity Hospital, NTT Communications, Great Offshore, Everready. • http://customers.redhat.com/ *partial list

Technical workforce requirement Technical workforce requirement Experience: 0 - 4
Years Type: IT-Software/ Software Services Functional Area: Network Administration, Security Posted Date: 28 Jun 10 Desired Desired Candidate Candidate Profile Profile * *Current Current RHCE RHCE. . * Thorough knowledge of Linux server management * Strong written English * Outstanding troubleshooting skills * Good team player. * Customer focused Experience:1 - 4 Years Industry Type: IT-Software/ Software Services Functional Area: IT-Support, Telecom, Hardware Posted Date: 23 Jun 10 Desired Candidate Profile RedHat Certified Engineer having advanced Unix & Unix Shell experience. Excellent communication (written * verbal), and organization skills Experience: 0 - 4 Years Type: IT-Software/ Software Services Functional Area: Network Administration, Security Posted Date: 28 Jun 10 Desired Desired Candidate Candidate Profile Profile * *Current Current RHCE RHCE. . * Thorough knowledge of Linux server management * Strong written English * Outstanding troubleshooting skills * Good team player. * Customer focused Experience:2 - 4 Years Industry Type: IT-Software/ Software Services Functional Area: Network Administration, Security Posted Date: 19 Jun 10 Red Red Hat Hat Certified Certified Network Network engineer engineer (RHCE) (RHCE), , CCNA / Computer/Electronic Engineers having a strong background and understanding of Networking and Internet technologies like routers, servers, server software, etc. Having experience in setting up and maintaining Linux/Solaris/Unix based systems. Technical workforce requirement Technical workforce requirement Experience:1 - 4 Years Industry Type: IT-Software/ Software Services Functional Area: IT-Support, Telecom, Hardware Posted Date: 23 Jun 10 Desired Candidate Profile RedHat Certified Engineer having advanced Unix & Unix Shell experience. Excellent communication (written * verbal), and organization skills Experience:2 - 4 Years Industry Type: IT-Software/ Software Services Functional Area: Network Administration, Security Posted Date: 19 Jun 10 Red Red Hat Hat Certified Certified Network Network engineer engineer (RHCE) (RHCE), , CCNA / Computer/Electronic Engineers having a strong background and understanding of Networking and Internet technologies like routers, servers, server software, etc. Having experience in setting up and maintaining Linux/Solaris/Unix based systems.

Linux is my bae! Best to Learn & Grow.

Linux is my bae! Best to Learn & Grow.

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