1. Domain Name Registration

Once you choose a suitable domain name for your Website, web hosting service provider will take care of all registration formalities. All you have to do is to find a domain name with the extension of your choice. For example, if you opt for a domain with a .com extension, your domain name will be Go for it today for a new gateway to the Net world.

2. Sub-Domain or Domain Pointing Services

If you have additional domains that you want to redirect or point to your main/primary Website, web hosting service provider can always alias these for you. No matter what domain your clients type in, they will be directed to your main site. Moreover, these additional domains help increase your Website’s search engine ranking.

3. Managed Dedicated Web Hosting Services

Through Managed and Dedicated web hosting service you can get reliable, scalable and affordable web hosting services that enable small- and medium-size companies to successfully grow their businesses.

4. Small Business Shared Hosting

Small companies always prefer shared hosting because of no server maintenance cost, if you choose shared hosting for your website wouldn’t pay price for server maintenance which may cost low.

5. Enterprise Hosting

Enterprise Hosting is a great way to start using any web hosting service provider’s wiki and issue-tracker without an upfront investment or dedicated IT resources. Your only concern will be focusing on your business, not system and application administration.

A few features of Enterprise Hosting:

a. Dedicated (non-shared) instance of JIRA or Confluence

b. Ability to create custom themes in Confluence

c. Integration with your existing applications via LDAP, API access, etc.

d. Enable anonymous access

c. Manage your own plugins

6. E-commerce Hosting

If you want to get more business online you should host your website with an ecommerce web hosting company. Everything you need for your Business website in one All-Inclusive E-commerce hosting package with great features, fast and secure servers, multiple extras, and high quality customer service.

7. Corporate E-mail Solutions

Web hosting service provider offers corporate eMail Solution for all your employees, dealers, distributors, agents, advisors, consultants under one common web based email management system.

8. Anti-spam & Anti-virus Solutions

Web hosting service provider offers state-of-the-art Anti-Spam software to protect your mail box from worthless junk mail. Act right now and deal with SPAM to save time and money.

The first and utmost consideration needs to be the reliability of a potential Linux hosting provider. Don’t be tricked into buying a Linux hosting account that is cheap, if the Linux hosting provider doesn’t have a stable network. Fortunately, the research on hosting reliability has already been done for you. Needlecraft is the premier voice in network reliability surveys. Every month, Needlecraft publishes a list of the top 50 Linux host providers with the best network reliability based on their tests. In addition, Needlecraft also ranks the top hosting providers based on their network performance, which brings us to our next consideration.

Network performance is just as important as network reliability when selecting a hosting provider. If your hosting provider has a slow network, or intermittent network performance issues, you are going to lose customers and visitors to your website. There is nothing more frustrating than trying to browse a slow website, when you have high speed Internet access. Before you choose your Linux host provider, be sure and run a few network performance benchmarks at some of the Linux provider’s websites. The biggest tool to use for this is to search for the provider on Lovecraft’s website- they’ve done all of the benchmarks for you!

What Is Linux?

To understand about Linux web hosting, you need to understand what is Linux? In simple words, Linux is an operating system just like Windows 98, Windows XP or Windows Vista. You can do your daily computer task by installing Linux on your system.

History

Linux is a Unix like operating system. Linux was developed by Linus Torvalds in 1991. Torvald wanted to make a non-commercial replacement of Minix. Eventually, he came up with Linux kernel. A kernel is a core part of Linux operating system.

Free Source Code

Linux source code is freely available to everyone. Those who have slight idea about Linux always misunderstand things. Linux itself may not be free. The source code is free if you purchase any Linux distribution like RedHat or Ubuntu. Linux might cost you but you will get a source code free with Linux distribution. You are free to edit that source code as long as you follow the guidelines under GNU’s General Public License.

What You Will Get With Linux Web Hosting?

Now you know what Linux is. You need to understand what you will get with Linux hosting and how Linux hosting works.

LAMP software bundle is used in any company providing Linux web hosting. LAMP stands for Linux-Apache-MySQL-PHP/Perl/Python

Linux, you know, is an operating system. Apache is a web server. Like Linux, Apache is also an open source project. Apache is widely used web server. It’s not that Apache only runs on Linux. For Windows also, Apache is available. For serving HTML pages, web server is needed. Most Linux shared hosting uses Apache to server pages.

MySQL is a database. MySQL provides multi users access to many databases. For implementing an advance application, you need database access.

PHP/Perl/Python are programming language used for making very advance web application. Most of Linux web hosting supports PHP. Perl and Python are not supported by all web hosting providers. Only few web hosting providers support Perl and Python language.

Windows Hosting Vs Linux Hosting

When you want to host your web site, you might be confused about whether to choose Windows hosting or Linux hosting. There is not a major difference between Windows hosting and Linux hosting.

Windows is a property of Microsoft. If you are going to use any Microsoft applications like ASP.Net, Visual C++ or Frontpage, then it’s advisable that you use Windows hosting.

From performance point of view there is not much difference between Windows and Linux hosting. Linux systems are more stable and less vulnerable to security breach. So with Linux hosting, you can expect more up time. Linux system runs for long time without rebooting. Windows need frequent rebooting after upgrade.

Major difference comes in price. Linux hosting is cheaper than Windows hosting. So if you are looking for cheap and reliable web hosting with no special usage of any Microsoft application then you should choose Linux web hosting.

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It can be said that Unix is the OS that powered the beginning of the Internet era and due to his qualities is still used today. Linux OS was developed having Unix as starting point and this is how the two share many features. Today the Linux version of the Unix system is more common on web servers and this has to do with the higher licensing costs and with the rather specific hardware requirements for Unix. This is why we will continue with Linux only, but Unix is taken into account as well. Linux hosting has its strong points in fulfilling one’s requirements for a good web server and Web serving, file serving, mailing, and streaming are only a few. It proves itself is a very cost-effective choice from using hardware efficiently, and allowing an increased web sites per server ratio, this ultimately resulting in a decreasing the cost of hosting per account.

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The first and utmost consideration needs to be the reliability of a potential Linux hosting provider. Don’t be tricked into buying a Linux hosting account that is cheap, if the Linux hosting provider doesn’t have a stable network. Fortunately, the research on hosting reliability has already been done for you. Netcraft is the premier voice in network reliability surveys. Every month, Netcraft publishes a list of the top 50 Linux host providers with the best network reliability based on their tests. In addition, Netcraft also ranks the top hosting providers based on their network performance, which brings us to our next consideration.

Network performance is just as important as network reliability when selecting a hosting provider. If your hosting provider has a slow network, or intermittent network performance issues, you are going to lose customers and visitors to your website. There is nothing more frustrating than trying to browse a slow website, when you have high speed Internet access. Before you choose your Linux host provider, be sure and run a few network performance benchmarks at some of the Linux provider’s websites. The biggest tool to use for this is to search for the provider on Netcraft’s website- they’ve done all of the benchmarks for you.

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There were some early attempts to unify concepts among methods. In 1996, the Object Management Group (OMG) issued a request for proposals for a standard approach to object-oriented modeling. The emergence of UML appears to be attractive to the general computing public because it consolidates the experiences of many authors.

UML was developed in an effort to simplify and consolidate the large number of object-oriented development methods that had emerged. The combines the commonly accepted concepts from many object-oriented methods, selecting a clear definition for each concept, as well as a notation and terminology. The  is seamless from requirements to deployment. The same set of concepts and notation can be used in different stages of development. It is not necessary to translate from one stage to another. This  is critical for iterative, incremental development.

The  is intended to model most application domains, including those involving systems that are large, complex, real-time or computation intensive. There may be specialized areas in which a special-purpose language is more useful, but  is intended to be as good as or better than any other general-purpose modeling language for most application areas.

The  is intended to be usable for systems implemented in various implementation languages and platforms, including programming languages, databases, 4GLs, and so on. The UML is a modeling language, not a description of a detailed development process. It is intended to be usable as the modeling language underlying most existing or new development processes, just as a general-purpose programming language can be used in many styles of programming. It is particularly intended to support the iterative, incremental style of development

Development methods for traditional programming languages, such as C emerged in the 1980s. The results were not always as good as hoped for-many Computer-Aided Software Engineering(CASE) systems were little more than report generators that extracted designs after the implementation was complete-but the methods included good ideas that were occasionally used effectively in the construction of large systems.

The first object-oriented language is generally acknowledged to be Simula-67 developed in 1967. This language never had significant following, although it greatly influenced the developers of several of the later object-oriented languages. This movement became active with the widespread availability of Smalltalk in the early 1980s, followed by other object-oriented languages, such as Objective C, C++, and Eiffel. The actual usage of object-oriented languages was limited at first, but object orientation attracted a lot of attention.

There were some early attempts to unify concepts among methods. In 1996, the Object Management Group (OMG) issued a request for proposals for a standard approach to object-oriented modeling. The emergence of UML appears to be attractive to the general computing public because it consolidates the experiences of many authors.

UML was developed in an effort to simplify and consolidate the large number of object-oriented development methods that had emerged. The UML combines the commonly accepted concepts from many object-oriented methods, selecting a clear definition for each concept, as well as a notation and terminology. The UML is seamless from requirements to deployment. The same set of concepts and notation can be used in different stages of development. It is not necessary to translate from one stage to another. This seamlessness is critical for iterative, incremental development.

The UML is intended to model most application domains, including those involving systems that are large, complex, real-time or computation intensive. There may be specialized areas in which a special-purpose language is more useful, but UML is intended to be as good as or better than any other general-purpose modeling language for most application areas.

The UML is intended to be usable for systems implemented in various implementation languages and platforms, including programming languages, databases, 4GLs, and so on. The UML is a modeling language, not a description of a detailed development process. It is intended to be usable as the modeling language underlying most existing or new development processes, just as a general-purpose programming language can be used in many styles of programming. It is particularly intended to support the iterative, incremental style of development

Different Distributions:

A distribution is a version of Linux. There are thousands of applications. Some groups of people take certain ones and package them together with certain settings. They do this so that everything is confirmed to work together in a logical format.

There are hundreds of distributions, but be sure to check out Ubuntu, openSUSE, Fedora, Arch, and Slackware. Each of these is a little different with different interfaces and applications.

Different Graphical User Interfaces – GUIs:

There are different interfaces that you will see in different distributions. The most popular are KDE and Gnome. There are also ones for slower, older computers like XFCE and Fluxbox. Try out each one of these until you find what you really want and enjoy using.

To a new user each one will look like a different operating system. In reality it is just a difference in the way you interact with programs and applications.

Different Settings:

You are going to be used to doing things a certain way if you have used a Mac or Windows. At first it’s going to be frustrating when you know how to do something on your old system but have not been able to figure it out with Linux yet. Take your time.

Be prepared to learn.

Linux is different than other operating systems. Be prepared to learn. If you approach Linux with the idea that you are exploring and learning new things, it can be fun. If you expect it to be perfect the first time you use it, be prepared for frustration.