Category Information Technology

What is Creative Destruction?

 

The eighties and nineties were the era of VHS tapes. Invented by the Japanese company JVC, Video Home System (VHS) – or the ‘deck’ as it was locally known – was an instant hit around the world. Even in small towns of India, video shops that rented VHS players and cassettes were a lucrative business.

The era, however, did not last long. Along came the Compact Discs. Music, movies, data files – the flashy CDs could store anything. They could be played on TVs (hooked with CD players) and computers. Today, whatever CDs are left behind are used as reflectors on bicycles or for art-from-waste projects.

Streaming and cloud storage have made the CD obsolete, just like its predecessor. Tomorrow, the streaming system could be replaced with something else. This process of evolution of technology – from VHS tapes to streaming platforms or landline phones to smartphones – is called Creative Destruction.

The technological advancements defined above are recent, but the concept of creative destruction has been defined and debated by economists, sociologists, and political thinkers since the 19th century. The industrial revolution and colonialism were the two defining historical events that shaped its definition.

Foundational theories

 Creative Destruction is a critical component of the capitalist system of economics and politics.Yet, a first clear definition for the  process was given by the father of communism –an opposing economic and political throught Karl Marsx. Though he did not use the term Creative Destruction, he defined the concept as a ‘’contant upheaval and change within the capitalist system.’’

In his exhaustive work tirled, ‘capital; Acriyique of Political Economy; published as three volumes in 1867, 1885, and 1894. Marx writes: “The bourgeoisie cannot exist without constantly revolutionizing the instruments of production, and thereby the relations of production, and with them the whole relations of society.”

This encapsulates the process of technological innovations that we see today. Take for instance the case of Artificial Intelligence (AI). It is the new “instrument of production that is replacing older technologies and even humans in some cases. As a result, the “relations of production also changes, with new skills becoming essential for upward mobility in the job market. The “relations of society” has also changed as engineers with Al skills now draw higher pay packages compared to engineers in other sectors.

Much later, in the 20th Century, German economist Joseph Schumpeter popularized the term Creative Destruction, which was coined by another.

German economist Werner Sombart. In his book Capitalism, Socialism and Democraay, published in 1942. Schumpeter extrapolates the Marxist thought to describe the destructive process of a transformation caused by innovation for instance, the slow death of landline phones.

Schumpeter says Capitalism is a method of economic change which can never be stationary. The fundamental impulse that keeps the system running is new consumer goods, new methods of producing or transporting them, new markets to sell them, and new forms of organisations that the system creates. This is a fairly accurate description of how businesses work in our world today.

Modem examples

Schumpeters work is pretty accurate in defining the current startup era. He says innovative entry by entrepreneurs is the disruptive force that sustains economic growth, even as it destroys the value of established companies that enjoyed some degree of monopoly. A classic example for this is the case of social media eating into the market control of mainstream medin

However, Schumpeter was pessimistic about the sustainability of this process. Seeing it as leading eventually to the undermining of capitalism’s own institutional frameworks. The capitalist process in much the same way in which it destroyed the institutional framework of feudal society abo undermines its own, he said.

Today, most technology majors are focussed on continuous innovations that push boundaries of human imagination. As we grapple to get a grasp over the everevolving trends in technology, its important to leam about the great minds that prophesied this era.

Picture Credit: Google

How does the internet connect across continents?

It connects through a vast undersea network of fibre optic cables across countries and continents.

 Fibre optic cables lie submerged on the ocean floor across the Earth. These cables allow us to quickly send our emails and videos, and connect our browsers to places in far-away lands.

To put it simply, when we open an Australian website in Mumbai our PC sends a signal through the submarine cable to the web server that is hosting that website and then receives the data of the website in return over the same cable.

Earlier communication satellites were used to transmit data, but since optical fibres are capable of transmitting large volumes of data at a much faster speed, submarine cables have come to be used instead in most cases. Submarine cables now account for more than 99 per cent of all international communications.

The first submarine communications cables were laid in the 1850s to send telegraphs. Modern cables use optical fibre technology to carry digital data. There is a massive network of submarine fibre optic cables that connects a large portion of the continents except Antarctica.

Picture Credit : Google 

What is Aadhaar Mitra?

The Unique Identification Authority of India (UIDAI), which is responsible for issuing the Aadhaar card to residents of the country, recently launched a new AI/ML-based chatbot called Aadhaar Mitra. What’s the chatbot for and how can we access it? Come, let’s find out

Aadhaar is a unique identification system that assigns a 12-digit number to residents of the country after due verification. The system is used to authenticate identity and provide access to government services such as PDS, LPG, etc., subsidies, and benefits. Though Aadhaar was introduced way back in 2010, many still struggle to enrol in the system or update their information. This is where Aadhaar Mitra comes in.

Where can you find it?

Aadhaar Mitra is a chatbot that uses machine learning and artificial intelligence technology to provide personalised assistance to users. The chatbot is designed to be user-friendly.

The Aadhaar Mitra feature is available on the home page of the UIDAI’s website. Once you click on the flickering blue “Aadhaar Mitra” icon at the bottom right comer, it will ask you to “Get started”. Then, enter your query related to the Aadhaar system in the text field and click on the ‘Send’ button and the chatbot will throw up the required answer.

Available at all times

Aadhaar Mitra can provide a wide range of answers on Aadhaar related topics. The chatbot makes the process of checking your Aadhaar enrolment/update status easier. You can get information about a nearby Aadhaar enrolment centre by entering the pin code of your location.

The chatbot helps track Aadhaar PVC card (latest version of the card which is made of polyvinyl chloride in the size of a debit card) status and even tells users what should be done when an Aadhaar card is lost. It also tells you how to download an e-aadhaar from the UIDAI website through a video.

Picture Credit : Google

How do cell phones work?

Also do you know why mobile phones are called cellular phones? Read on to find out…

A cellular phone is similar to a radio. However cell phones allow you to speak and listen at the same time because two separate frequencies are used to transmit and receive signals.

Cellular phones are also similar to cordless phones, which use a pair of frequencies for communication between the base unit and the handset. In the case of cellular phones, the base unit is located a much greater distance away from the mobile phone and is also capable of handling communications with several mobile units at a time.

Within a city, the phone company divides the area into small units called cells. It is for this reason that mobile phones are called cellular phones. In each cell, a tower is installed which has a radio transmitter and receiver, which is capable of communicating with several phones at a time. Each of these cells has a radius of about a couple of kilometres.

When one starts a telephone conversation, the mobile unit will communicate with the base unit in the cell that is nearest. This is similar to the operation of a cordless phone. If you are close to the base unit within a cell, the signal strength will be sufficient to carry on a conversation comfortably. However as one moves away from the base unit, the signal strength will reduce. The base unit senses this reduction in signal strength. Simultaneously, the adjoining cell detects that the signal strength from your phone is increasing and therefore you are moving closer to it. When the signal to the second cell becomes greater than that from the first cell, the conversation automatically switches to the second cell.

In addition every cell phone company will have one central office, which handles communication between the cell phones and ordinary landlines.

For good communication over an entire city, it is important to have a large number of cells, which overlap slightly. This will ensure that there is coverage at all points of the city and also that the communication is uniform. A larger number of cells allow the use of lower power transmitters, and results in less interference.

Picture Credit : Google 

What is the use of Ribo device?

The ‘Ribo’ is a robotic solution for those looking to enjoy a bit of digital companionship. It “embraces” your smartphone and displays expressions that seem to convey your smartphone’s feelings while separated from your hands. Half desktop pet and half smartphone dock, Ribo expresses emotions through its eyes displayed on a circular screen that serves as its face. The “tummy” of the robot is where you can slot your smartphone in. Inserting a charging cable turns Ribo into a charging station when needed. If you hold both of its hands in yours, it can take ECG readings that will be displayed on your phone and on its LCD display. Compared to smart docks with wireless charging and advanced features, Ribo might seem lacking, but what it offers is a more personal and approachable connection with technology.

Picture Credit : Google 

How does Google Maps work?

You might have used or seen your parents use Google Maps while travelling around the city. Have you ever wondered how it works? Find out…

Google Maps has revolutionised travel like never before. Travellers can chalk out their itineraries and find addresses at the dick of a button with the help of this free map service. You can virtually view the street your cousin lives on in the U.S. without even moving an inch from your seat!

Google bases its maps on information taken from a selection of databases. But the most crucial data is provided by the satellite images of cities, which is captured and converted into small image files. The data is then verified with a vast database of map references like longitude and latitude co-ordinates, addresses and postal codes.

When you type an address in the search field, Google sends the query to its global servers and searches for the closest location match. The search results in the corresponding map of the location being displayed on screen, When you ask for directions from Location A to B. Google sorts out the information in its map servers, which store millions of potential route combinations to find the fastest route between the two locations. This kind of system which deals with information related to location is called Geographical Geographical Information System (GIS).

Google Maps first started as a software application developed by the Danish-born Rasmussen brothers Lars and Jens for a company that was later acquired by Google.

Picture Credit : Google