Happy 40th Birthday, Internet!

On October 29, 1969, the Internet came in not with a bang, but with a "lo."

By Jared Newman
Thu, October 29, 2009

PC World — On October 29, 1969, the Internet came in not with a bang, but with a "lo."

Letter by letter, UCLA computer science professor Leonard Kleinrock sent a message from his school's host computer to another computer at Stanford Research Institute. Kleinrock was trying to write "login," starting up a remote time-sharing system, but the system crashed after two letters, and lo! The Internet was born with the first data message sent between two networked computers.



(Photo of Leonard Kleinrock from his own personal history page.)

To be fair, the creation of the Internet was peppered with other milestones that could be considered more or less historic. After all, at the core of the Internet was packet-switching--the process of breaking down data into blocks and routing them individually--and in 1968 Donald Davies of the UK's National Physical Laboratory gave the first public presentation of the idea.

But if we can all agree that communication--e-mail, chat, social networking--is what makes the Internet tick, Kleinrock's first message was the most significant early step towards what we have today.

Today, 40 years later, life without the Internet seems unfathomable. In those rare occurrences where your Internet service provider has trouble, and you can't connect, it's as if the power is out in your entire house. Over 1 billion people are online, and last year, Google announced that it had detected over 1 trillion pages.

How did we get from Kleinrock's anti-climactic, yet historic, "lo" to a society that lives and breathes on the ability to transmit data? Over the years, more computer terminals connected to the network, hosted by the U.S. Defense Advanced Research Projects Agency and known as ARPAnet.



(Photo of Leonard Kleinrock from his own (Photo of Vint Cerf courtesy of Brisbane Times)

In the mid-70s, DARPA engineers Vint Cerf and Yogen Delal and Carl Sunshine developed Transmission Control Protocol/Internet Protocol, abbeviated as TCP/IP, a means for networks to "internetwork," hence the name "Internet." You could, of course, call the development of TCP/IP, or its uniform adoption by ARPAnet on January 1, 1983, birthdays of the Internet as well.



(Photo of Leonard Kleinrock from his own (ArpaNet map courtesy of Mappa Mundi)

Over the years, the number of connected terminals bloomed, and new networks outside of ARPAnet popped up. All of this set the stage for the World Wide Web, proposed by Tim Berners Lee in 1989 as a collection of Internet documents viewable in a browser. Five years later, we had the first Web browser in Mosaic Netscape 0.9. Then came "Web 2.0," a term for participatory sites like Digg, Facebook and Flickr that becomes more of a cliché as the way we communicate over the Internet advances further.

And to think it all started with a truncated bit of text. Even then, the Internet was a work in progress.

It's time to shift from the status quo to a new, more effective endpoint security approach, called intelligent whitelisting, which affords greater protection, productivity, and efficiency.
In today's Windows environment, end users are accustomed to having local administrator privileges which allow them to download a variety of applications and potentially misconfigure their PCs.
It's pretty easy for organizations to get so wrapped up about what goes out on USB drives that they forget to protect against what comes in their environments via USB.
Learn the key steps to enhancing your security visibility so that you have a voice at the executive table and not just a seat.
Today's current economic situation underscores the importance of scrutinizing all business expenses, particularly within IT. Although point patching products may look more attractive on the surface, closer inspection often reveals hidden costs and missing capabilities. The result: fragmented patch management and weaker security posture while also being a more costly and cumbersome option for organizations to maintain.
This paper explores issues that arise when planning for growth of Information Technology infrastructure. The paper explains how colocation of data centers can provide scalability, enabling users to modify capacity quickly to meet fluctuating demand.
Big Data-it has the potential of transforming a business. In the case of Klout, a social networking analytics site, big data is the heart of the business. Klout processes and analyzes billions of user data signals every day-from Facebook, Twitter, LinkedIn, blogs and more. How do they do it? Gain valuable insights from David Mariani, vice president of engineering for Klout.
Date: February 29, 2012
Time: 1:00 PM EST

Seasoned IT managers know from experience that in many cases the bulk of the cost of an IT solution is incurred after the sale. Issues can range from sizing and skill development, to committing significant resources installing, deploying, managing, and supporting a complex assortment of hardware, software, and networking.

With the Oracle Database Appliance, you can eliminate the time, risk, and costs often associated with building, implementing, and maintaining a high-availability solution for your users and customers. Plus it's based on Intel Xeon processors to ensure a high level of performance and scalability.

Attend this Webcast to discover how the Oracle Database Appliance can help you increase your ROI by:
* Reducing deployment time from weeks to hours
* Simplifying ongoing maintenance and support
* Benefitting from the highest levels of availability
Today's workforce is truly mobile. At the office, from customer sites, even at home or in a hotel - their connectivity and application performance needs remain the same. But even though their requirements don't change, the challenges in meeting their expectations do.
Too much information can be just as limiting as too little information if users can't get what they want when they want it. Find out how the IT leaders at one of Canada's leading law firms, Fraser Milner Casgrain LLP, implemented Recommind's next-generation content delivery and search platform within their SharePoint portal to enable timely and effortless access to the information users need.
Continuous Availability Is Now Within Reach

You need to expand your database services to be available 24/7, while lowering your data center costs. A challenge? Not with Oracle. Now, there's a simple, reliable, affordable way to take advantage of the world's #1 database and the continuous availability it has to offer —the Oracle Database Appliance.

You can eliminate the time, risk, and costs normally associated with building a high-availability database solution for your users and customers. Attend this Webcast to discover how the Oracle Database Appliance can help you:

* Consolidate many small databases onto a single, reliable system
* Deploy and manage a clustered database system in hours, not weeks
* Benefit from single-vendor support

Learn about this affordable, highly available database system that can scale seamlessly as applications and data grow.
No business knows more than a law firm about handling large quantities of documents. Burr & Forman, a large law practice based in the southeast US, faced a crisis - sending multiple document files simultaneously was causing its mail servers to choke. The firm needed technology that could not only handle large document volumes, but would be secure and easy to use.
Newsletter Sign-Up »

Receive the latest news test, reviews and trends on your favorite technology topics

Choose a newsletter
  1. View all Newsletters | Privacy Policy
Resource Center