Server Development: A Timeline

Server Development: A Timeline

What is a server?

A server is a device or machine that enables resources, data, facilities, or programs available over a network to other computers referred to as clients. Theoretically, computers are considered to be servers as they share services with client machines. There are several types of servers, including database servers, mail servers, virtual servers, etc.


A separate device may supply services while still consuming them from other sources. The consumption from other sources indicates that a computer can simultaneously act as a server and a client. Before we look into servers, consider the challenge of installing and configuring servers across an organization's entire system. One of the significant challenges that organizations face is to select the correct type of servers based on their requirements.


Packagecloud is a cloud-based service that allows you to distribute various software packages in a unified, dependable, and scalable manner without owning any infrastructure. You can keep all of the packages that need to be distributed across your organization's machines in a single repository, regardless of the operating system or programming language. Then you can efficiently and securely distribute your packages to your devices without having to own any of the infrastructure required.


Users can save time and money by not having to set up servers for hosting packages for each operating system. Users can now set up and update machines faster and with less overhead than ever. Packagecloud has made it possible.


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A server may be configured to perform a specific operation, such as a mail server that receives and preserves email before delivering it to a requesting recipient. Additionally, servers may perform various functions, such as serving as a file and print server, which saves data and acknowledges print jobs from customers before forwarding them to a network-attached printer.


History of Server Hardware Development

Application servers, proxy servers, file servers, policy servers, and virtual servers are among the types of servers available today. The most significant event in server hardware history occurred in 1990, with the world's first web server invention.


1990: First online server in the world

The World Wide Web was developed at CERN in 1989 by Tim Berners-Lee, an English scientist.  He created the World Wide Web to address the global need for computerized sharing of information between researchers.

Berners-Lee developed the world's first web server on a NeXT machine on Dec. 25, 1990. This system featured a 2 GB disk, a grayscale display, and a 256 MHz Processor. 

The first website included links to knowledge regarding the World Wide Web project and technical information about web server development.

In December 1991, California’s Stanford Linear Accelerator Center installed the world's first web server outside of Europe. By late 1992, the World Wide Web network had grown to include a list of other web servers accessible at the time.


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1993: Rack servers Development

The emergence of server hardware sparked the introduction of rack-mounted servers, which were introduced in 1993. A rack system is composed of several mounting slots, each configured to accommodate a server. 


Why were they made that way?

Since a single rack can accommodate a stack of several servers, less physical space is required. This advantage allowed companies to fit more and more servers into narrower spaces; however, confining a rack results in unnecessary heat accumulation, necessitating the use of sophisticated cooling systems to sustain ideal temperatures.


Around this point, businesses increased their technological capabilities and consolidated all computers and facilities into a single space, commonly referred to as a server room. These rooms are the areas inside the organization. Ultimately, companies began designing dedicated server rooms and addressing temperature control and protection concerns. This technology transformation opened the way for the new data center.


2001: Blade server Development

Christopher Hipp and David Kirkeby filed a patent application for a blade server in 2000. A year later, RLX Technologies, the business where Hipp and Kirkeby operated, made the first commercially viable blade server available.


Blade servers marked a turning point in server hardware history because they tackled many flaws present in the rack-mounted server architecture. Blade servers have fewer components than rack servers, which means they use less power and take up less volume.


Why were they made that way?

Blade servers may often fit in a blade cage or frame and accommodate several blade servers. A blade enclosure can house various components, including cooling and networking hardware, and each section is rack-mountable.


Blade servers reduced the size of the technology while maintaining its efficiency, allowing businesses to expand the density of dedicated servers inside a data center. The advantages of blade servers culminated in a significant productivity improvement. It allowed companies to more efficiently and strategically use computing resources.


2005: The evolution of different server management frameworks

Following the advent of the blade server, the emphasis shifted from modern technology development to management for improved consistency and productivity. Server clusters, for example, ensure that consumers have more uptime. A server cluster is a set of servers attached to a single device. If one computer goes offline, the data center switches the load to another server, avoiding some front-end downtime.


Out-of-band scheduling, also known as remote management, entered the picture as well. An IT team could control, configure, and regulate servers without ever entering a data center with lights-out management. This form of remote server management increases reliability much further and decreases the number of IT administrators needed to handle the server space.


2013: Introduction of world's first software-defined server

HP Labs introduced Moonshot, the world's first software-defined cloud, in 2013. Compared to conventional servers, Moonshot servers operate on low-power microprocessors and use less power and volume. These servers are optimized for various data center workloads, including a large amount of data and high-performance cloud computing.


During this period, a modern movement began to gain attraction: virtualization. A virtual server, also known as a cloud server, contains all of the features of a real server and requires virtualization functionality that divides a physical server into several virtual servers.


Since virtual servers are well-suited for highly complex workloads, organizations with fluctuating needs can prefer the scalability offered by cloud servers. The virtualization eliminates many of the management requirements associated with physical servers.           

Server Operating Systems

Microsoft Windows servers

One could make the case that Microsoft's first cloud operating system was Windows for Workgroups. In that iteration, users may configure such computers to share resources and react to client requests, effectively making them servers. Windows NT was Microsoft's first actual server operating system.


Its 3.5 and 3.51 models were used on a wide variety of enterprise networks before Microsoft introduced the Windows Server line, which is still in use today. Windows Server 2016 is the most recent update of Windows Server. This edition includes support for various programs and databases and a virtual machine that enables the development of virtual servers.


Linux / Unix Servers

The Linux/Unix world is the other big competitor in cloud operating systems. Linux/Unix is available in different variants and models, including Red Hat Enterprise Linux, Debian, and CentOS. It is popular as a web server due to its open-source nature and is primarily used in conjunction with the Apache web application server.



Although it is no longer developed, NetWare was a strong competitor in the server device market during the client-server period. Eventually, NetWare renamed the cloud operating system Novell Open Enterprise Platform after it was transferred to a Linux kernel (OES).


Cloud Servers

Cloud servers are the virtual servers that run on a third-party infrastructure over an open network, such as the Internet. These days, there are various cloud server vendors, including Google Cloud Platform, Microsoft Azure, IBM Cloud, and AWS.


However, Amazon's AWS network was the primary leader in cloud storage. Initially using extra space on Amazon's servers and networks, AWS now enables consumers to quickly build a virtual cloud and dynamically change the number of resources the server consumes.


Today, a server would be nothing more than the stored data on virtual infrastructure, including several processors, disk drives, memory, and network connections. However, even today, a server is just a device that reacts to a client's inquiry.



As data centers expand to support a broader range of IT infrastructures, servers must adapt to satisfy expanded volume, performance, and reliability requirements. The global server business continues to grow, with IDC reporting sales of $25.4 billion in 2019.


Server hardware would almost certainly get smaller, more portable, and more simplified in the future, with a strong emphasis on virtualization. It will be an exciting place to monitor, and if server experience is any indication, the next significant move forward is already underway.


Challenges exist in the server environment. You can face many problems, whether in server hardware or selecting the best suitable server for your organization.


Thus, Packagecloud is a company that offers cloud-based services which enable you to distribute diverse software packages in a uniform, reliable, and scalable way without maintaining any infrastructure. You may save all of the packages that need to be deployed throughout your organization's workstations in a single database, independent of the operating system or programming language. Then, without owning any of the infrastructure necessary, you may effectively and securely distribute your packages to your devices.


Users can save time and money by avoiding the need to configure servers for each OS hosting packages. Moreover, users can configure and upgrade computers more quickly and efficiently than ever before. It was made feasible through Packagecloud.


Sign up for a free packagecloud trial to simply configure and update your machines!

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