Cybernet Savvy

How Internet works on our lives.


  • The Essential Internet: How It Shapes Our Daily Lives

    In the 21st century, the internet has become as fundamental as electricity or running water in influencing our daily routines. From the way we communicate to how we access information, the internet has revolutionized every aspect of modern life. But as with any major technological advancement, it brings with it a mix of benefits and drawbacks.

    Advantages of the Internet

    1. Information at Our Fingertips

    The internet has democratized access to information. Whether it’s academic research, news updates, or learning new skills, the vast resources available online have broken down the barriers to knowledge that existed in the pre-internet era.

    2. Enhanced Communication

    The ability to communicate instantly with anyone across the globe is perhaps one of the internet’s greatest feats. This connectivity has not only helped in maintaining personal relationships but has also transformed global business and politics.

    3. E-Commerce and Online Business

    The rise of e-commerce platforms has revolutionized shopping and business. It has enabled small businesses to reach a global audience and has provided consumers with a more convenient and varied shopping experience.

    4. Digital Entertainment

    The internet has transformed entertainment, with streaming services, online gaming, and social media offering new forms of leisure and engagement that were unimaginable just a few decades ago.

    Disadvantages of the Internet

    1. Privacy Concerns

    With the internet permeating every aspect of life, privacy has become a major concern. The collection and potential misuse of personal data by corporations and governments pose significant challenges.

    2. Dependency and Addiction

    The convenience and omnipresence of the internet can lead to dependency and addiction. Excessive internet use can impact mental health, social relationships, and overall well-being.

    3. Misinformation and Cybersecurity Threats

    The ease of publishing on the internet has led to a proliferation of misinformation. Additionally, the risk of cyber attacks and data breaches is an ever-present concern for individuals and organizations alike.

    4. Digital Divide

    While the internet offers vast opportunities, not everyone has equal access. The digital divide between urban and rural areas, and between developed and developing countries, continues to be a significant issue.

    The internet, with its myriad of advantages, has undoubtedly made life more efficient, connected, and entertaining. However, it’s crucial to be mindful of its pitfalls, such as privacy concerns and the digital divide. Balancing the benefits while addressing the challenges is key to harnessing the full potential of the internet in our daily lives.

  • Internet Revolution

    Between 1993 and 1995, the World Wide Web (www, or the Web), a user-friendly information-sharing network system, quietly came into being and began to spread. In its first fifteen years, the Web reshaped U.S.communications, businesses, and politics, fueled worldwide economic growth, and became a central feature in the daily lives of more than a billion people.

    The Internet age began in the 1960s, when computer specialists in Europe began to exchange information from a main computer to a remote terminal by breaking down data into small packets of information that could be reassembled at the receiving end. The system was called packet-switching. In 1968, the U.S. Department of Defense engaged scientists to create a national communications system. Experimenting with packet-switching, the government scientists eventually linked several computers over telephone lines to operate as a single system. The system was called the Advanced Research Projects Agency Network (ARPANET).

    By 1983, research scientists extended the use of ARPANET to form the early Internet, a large network connecting the internal systems of some universities and laboratories. Users were able to exchange electronic mail (now known as e-mail) and data, access computers at other locations, and communicate through newsgroups (one-topic discussion groups) and bulletin boards (message-posting sites). These exchanges demanded advanced computer skills, and the Internet remained a mystery to those without training.

    Berners-Lee invents the Web

    In 1989, English scientist Tim Berners-Lee (1955–) began work on a system he would eventually call the World Wide Web. His goal was to make the Internet accessible to everyone. Berners-Lee designed a standard set of protocols,

    rules that create an exact format, or pattern of arrangement, for communication between systems. Hypertext Transfer Protocol (HTTP) became the standard communications language on the Web. (Hypertext is any text that can link to documents in other locations. Photos and other images, sounds, and video with links are called hypermedia.)

    The next crucial step in the creation of the Web was to establish a server—the computer program that stores information and delivers it in the form of Web pages from one computer to another. The first Web server in the United States, developed at the Stanford Linear Accelerator Center in Palo Alto, California , went live at the end of 1991. Finally, to read the Web, users needed browser software, a program used to view and interact with various types of Internet resources. Berners-Lee developed a text-based Web browser in 1992. With the protocols, server, and Web browser in place, the World Wide Web was available to the public.

    The Web improves and spreads

    Improvements to the Web made it increasingly simple to use. In 1993, Mosaic, a browser that adapted the graphics, familiar icons (picture symbols), and point-and-click methods, became available. Mosaic caught on immediately—two million users downloaded it within a year. A year later, one of Mosaic’s creators devised Netscape Navigator, a highly successful Web browser that gave users more comfortable Web access. In 1995, Microsoft entered the competition with its Internet Explorer.

    Simplicity of use immediately brought users to the Web. Internet service providers such as CompuServe, America Online (AOL), Netcom, and Prodigy arose rapidly to meet the enormous demand for servers to link people to the Internet.

    Most people working on personal computers (PCs) at home used dial-up connections, which were slow and tied up their phone lines. The first broadband options (meaning “broad bandwidth,” a high-capacity, two-way link between an end user and access network suppliers that provided greater speed than telephone connections) appeared in 1997, but it was not until the early 2000s that millions of homes and offices connected through broadband to the Web on a twenty-four-hour-a-day basis.

    The economic boom

    During the late 1990s, the United States began to experience an economic boom (upswing) largely due to the success of Web-related companies, which came to be known as dot-coms. Because of the excitement of investors in the new industry, stock prices of the dot-coms soared. (Stock is the value of a company divided into individual shares. When a company goes public, the public can purchase shares.) This caused even more investors to jump in.

    In 1995, Netscape offered its stock in a public stock offering. The stock price soared to fantastically high levels, making the company’s young founders instant millionaires. Other Web-related industry stocks skyrocketed as well. AOL bought CompuServe in 1998 and Netscape the following year, generating tremendous proceeds each time. In 1997, Yahoo! Inc. was nothing more than a Web search index. By 1999, so many advertisers and investors had jumped on the Yahoo! bandwagon, it had become a major media company worth tens of billions of dollars. The stock of online auction house eBay, one of a growing number of e-commerce companies, increased 2,000 percent in value in less than a year when it went public in 1998. Amazon.com, a seller of books and other merchandise online, was valued in the multibillions long before it made its first annual profit in 2004.

    The dot-com bubble bursts

    Many dot-com companies were founded by young, innovative people who became suddenly rich when their companies’ stock prices rose. Their employees were typically recent college graduates, lured by high salaries, fun work environments, and the promise of owning shares in ever-soaring company stocks. Dot-coms did not stick to traditional business practices. They frequently offered their services to potential customers for free, hoping to grab a corner of the future market. Profit was not a priority in the short term; in fact, many dot-coms never made a dime.

    In 2000, the enthusiasm of investors decreased and dot-com stock prices stopped rising. Dot-coms started laying off their staffs; some merged with competitors. By mid-2001, many were out of business, their stocks worthless. The strongest companies reviewed their practices, cut their budgets, and prepared to compete in a new economy.

    Web 2.0 and its social environments

    After the dot-com bubble burst, a second wave of Web industries arose, which came to be known as Web 2.0. The leader among them was a successful search engine called Google. (Search engines are software programs that help users locate Web sites. They use programs, called “spiders” or “robots,” that go out and collect information, which is then stored and indexed in the search engine’s Web site databases.) Developed by two graduate students in 1998, Google started on a shoestring. Its first offices were in a garage and it was financed by money borrowed from family and friends. The simplicity of this streamlined search engine made it an immediate success. Like most Web companies of the new century, Google added advertising to its pages in 2000, making it a highly profitable business. By 2004, it was handling the vast majority of Web searches and was valued in the billions of dollars. It became common for users to say they were “googling” something, rather than simply “searching for” something.

    Many of the second-generation Web sites featured shared platforms called “communities.” Within the community, members could publicly express themselves and participate in exchanges. For example, by the turn of the century, blogs had emerged. A blog (derived from “Web log”) is an online commentary written by a nonprofessional writer in journal style that allows readers to respond. By 2006, there were an estimated sixty million blogs worldwide; by some calculations, a blog was being published every second. Among many other popular Web 2.0 environments are MySpace, a social networking Web site with an estimated 154 million members; and YouTube, a Web site on which users can display videos. Wikipedia, the free online encyclopedia written and edited by its readers, grew into a several-million-article project. These and many other Web communities are credited with changing the nature of popular culture in the United States by challenging the domain of the entertainment industry and professional journalists with the voices of ordinary people.

    Web 2.0 companies generally do not follow standard business patterns. Most do not immediately make a profit. Commonly, after a new Web company emerges with something to offer, one of the larger Web companies buys it—sometimes for a lot of money. In 2005–2006, Google purchased YouTube for $1.65 billion; eBay bought Skype, which provides free phone calls via the Internet, for $2.6 billion; and News Corp. bought MySpace for $580 million. During that time period alone, the Web grew more than it had during the entire dot-com boom.

    Fifteen-year view of the Web

    The World Wide Web celebrated its fifteenth birthday in 2006. An estimated 210 million people in the United States and well over 1 billion people worldwide were regular surfers of the 92-million-site network, and these numbers grow daily. Most businesses conduct at least some part of their operations online. Most people use the Web for everyday aspects of life, such as checking bank balances, accessing work documents from home, donating to political campaigns or charities, and listening to music. The Web also has fueled growth in the global economy, creating new industries that profit by controlling and distributing information rather than manufacturing goods. Much like railroads and electricity in the late nineteenth century, the Web has created a new economic era.

  • Solar superstorm could ‘wipe out the internet’ for weeks or months, scientist says

    Professor Peter Becker is working with a team whose goal is to create an early warning system for dangerous solar activity that could damage critical technology.

    We may marvel at the Northern Lights, but that same solar storm energy could one day create what one researcher described as an “internet apocalypse.”

    “The internet has come of age during a time when the sun has been relatively quiet, and now it’s entering a more active time,” said Professor Peter Becker of George Mason University. “It’s the first time in human history that there’s been an intersection of increased solar activity with our dependence on the internet and our global economic dependence on the internet.”

    Becker is the lead investigator on a project with the school and the Naval Research Laboratory to create an early warning system.

    What can a solar super storm do to Earth?

    “There have been a lot of (solar) flares,” Becker said. “Flares are when the sun brightens, and we see the radiation, and that’s kind of the muzzle flash. And then the cannon shot is the coronal mass ejection (CME). So, we can see the flash, but then the coronal mass ejection can go off in some random direction in space, but we can tell when they’re actually going to head towards Earth. And that gives us about 18 hours of warning, maybe 24 hours of warning, before those particles actually get to Earth and start messing with Earth’s magnetic field.” 

    Large blobs of plasma, or superheated matter, fly through space in a CME. A percentage hit the Earth, which distorts our planet’s magnetic field. That third prong on the electric plug, which usually gives excess electrical charges a safe place to go, becomes “like a big electrical circuit.”

    “And then you get this kind of insidious thing where you could actually get current from ground,” Becker said. “So everybody thinks, ‘Oh, my computer’s grounded, I’m okay,’” but in an event like this, if you drive inductive currents to the surface of the Earth, it can almost work backwards, and you can end up actually frying things that you thought were relatively safe.” 

    The power grid, satellites, underground fiber optic cable with copper sheaths, navigation and GPS systems, radio transmitters and communications equipment are all vulnerable.

  • Twenty times quicker than all Internet traffic worldwide, one cable carried data at a rate of 22.9 million Gbit/s.

    With a data transfer speed of 22.9 petabits per second, or 22.9 million Gbps, across a single fiber optic cable, Japanese engineers have broken the previous record. This is more than 20 times the amount of data transferred globally every second. According to the press release, this was more than twice as fast as the previous world record, which stood at 10.66 petabits per second.

    The total amount of data carried over the whole Internet in a single second is referred to as global Internet traffic per second. This covers every kind of online activity, including file downloads, video streaming, web surfing, online gaming, and any other data shared between globally linked devices.

    Researchers at NICT looked at multiplexing techniques that use wavelength and space in fiber optic communications to manage more Internet traffic. The researchers discovered that the data transmission speeds of 0.3 to 0.7 petabits per second may be achieved by each strand of a fiber optic cable. 22.9 petabits per second was the total speed.

    The NICT team used cutting-edge technology to do this. With 38 cores that can independently transmit data in three different modes, this cable boasts an astounding 114 spatial channels. By using several independent data channels in various wavelength bands, this raises throughput overall.

    NICT experts predict that the system might achieve an astounding 24.7 petabits per second with additional optimization and bug fixes—more than 1,000 times quicker than it is now.

  • Examining Pakistan’s Satellite Internet Development: The TS2 SPACE Phenomenon

    Pakistan’s digital environment is being revolutionized by satellite internet, which provides connectivity options in areas where standard broadband services are either nonexistent or insufficient. One significant player in the global market, TS2 SPACE, has contributed to this revolutionary change that could change the face of internet connectivity in Pakistan.

    Comprehending Satellite Web

    It’s important to comprehend what satellite internet is before getting into the intricacies. In contrast to traditional land-based internet services that depend on cable or DSL lines, satellite internet transmits and receives data via a satellite in geostationary orbit. As a result, high-speed internet is now available even in isolated and rural locations without the requirement for complex ground infrastructure.

    Pakistan’s Satellite Internet Environment

    Due to its diverse topography and dispersed population, Pakistan has faced difficulties in establishing extensive fiber-optic networks. Companies like TS2 SPACE are at the forefront of bridging this barrier using satellite internet. Pakistan has the potential to become a key hub for satellite internet providers aiming to close connectivity gaps throughout the area due to its advantageous location in Asia.

    TS2 SPACE: Developing Internet Access in Pakistan

    TS2 SPACE primarily serves niche markets that need specialist satellite communications, such as corporate sectors, NGOs, and government organizations, while not being a well-known brand in Pakistan. They provide services like VSAT (Very Small Aperture Terminal), which links people to the internet via tiny satellite antennas.

    Pakistan’s Future with Satellite Internet Services

    The future appears bright for Pakistan’s remote connectivity options with the introduction of cutting-edge satellite internet technologies, such as low-Earth orbit (LEO) satellites from initiatives like SpaceX’s Starlink and Amazon’s Project Kuiper. As the technology becomes more widely used, these advancements may result in more competition, better coverage, and maybe reduced prices.

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