India ASEAN Relations

India ASEAN Relations – UPSC

This article deals with ‘India ASEAN Relations- UPSC.’ This is part of our series on ‘International Relations’ which is an important pillar of the GS-2 syllabus. For more articles, you can click here.


Part-1: About ASEAN

Origin of ASEAN

The South Asian region was colonized by the British, French and Americans. After World War II, most of the countries achieved independence, but various issues emerged in its aftermath

  • Issues regarding boundaries: Eg Indonesia vs Malaysia on Borneo Island
  • US involvement in Vietnam due to cold war rivalries in the region.

It raised fears of increased external involvement and that the region would become a theatre of war between capitalist and communist ideologies. 

Consequently, these countries decided to come on a common platform so as to 

  • Resolve the issues among the member nations.
  • Present joint front to the rest of the world.

About ASEAN

  • It was signed in 1967.
  • Headquartered in Jakarta
  • It consists of 10 countries
India ASEAN Relations

ASEAN region consists of

  • 25% of the world population.
  • The combined GDP is more than $5 trillion.

Evaluation of ASEAN

ASEAN has mixed track records with some major achievements but significant misses.

Good Performance

1 . Peace

  • ASEAN has maintained peace in the ASEAN region by settling various disputes peacefully. E.g., the conflict between Cambodia and Thailand over Preah Vihar Temple was solved peacefully in 2011. 

2. Economy

ASEAN has made various economic trade deals such as

  1. ASEAN Free Trade Area (AFTA)
  2. Chiang Mai Initiative (CMI)
  3. ASEAN Economic Union was set up in 2015, having a single market and production base

Not so Good

1. Economy

  • ASEAN failed to predict and prevent the South East Asian Financial Crisis of 1997.

2. Human rights

  • ASEAN has failed to pressurize authoritarian regimes to stop human rights abuses. E.g., the Rohingya crisis in Myanmar or Coupes in Thailand and Myanmar.

3. Against Chinese hegemony

  • ASEAN has shown a lack of resolve before China’s repeated provocation against ASEAN members, particularly the Philippines and Vietnam.

4. Environment

  • ASEAN has failed to stop the pollution and illegal trade in endangered species.

Bloc’s longevity, as well as its relative stability—is itself a testament that one of the world’s oldest regional organizations is in the right direction.


Chinese bullying in ASEAN

  • ASEAN has become the target of Chinese assertiveness and bullying.
  • There is a dispute between ASEAN members like Vietnam, the Philippines etc. and China in the South China Sea. International Court of Arbitration (ICA) has given the verdict against Chinese claims, but China has refused to accept the ICA verdict. 
  • Countries like Cambodia act as Proxy of China & don’t allow any text to pass if it has anything against China, such as Xinjiang, or human right violations is enumerated in it.

To counterbalance the Chinese assertion, ASEAN is looking at India. 


Part II: India-ASEAN Relations

  • India’s 10% trade is with ASEAN 
  • ASEAN is the biggest FDI investor in India, with up to $80 billion.

Timeline of India-ASEAN relations

Till 1990 The Indian policymakers didn’t give ASEAN region much importance.
1990 Start of Look East Policy => India started to give importance to ASEAN. 
2002 India started annual Summits meetings with ASEAN (Start of Look East 2.0) 
2009 FTA in goods signed between India and ASEAN.
2015 FTA in Services and Investment signed between India and ASEAN minus Philippines.
2018 Leaders of the 10-members of ASEAN were the Chief Guests at India’s Republic Day.
2019 India refused to sign RCEP, which consist of ASEAN & 6 countries.

Importance of ASEAN for India

1. Strategically

  • ASEAN nations are strategically located at the intersections of major land and sea routes (including the Strait of Malacca).
  • Containing China: India can align with partners like Vietnam, Singapore etc., to counterpose China. 

2. Energy

  • Myanmar has rich oil reserves.
  • ONGC Videsh Limited has invested in the petroleum reserves of Vietnam.

3. Economy

  • Trade between India and ASEAN stood at $65 billion in 2015-16, constituting 10% of India’s total trade. 
  • ASEAN provides an opportunity for Indian businesses to integrate with global supply chains. 
  • We have signed FTA in Goods and FTA in Services and Investment.  
  • India eyes CMLV (part of ASEAN) for the “Make Outside India” initiative.

4. For North-East India

  • ASEAN is essential for the development of North East India. North-Eastern states can be integrated with ASEAN Supply Chains.
  • For this, the following projects are going on
    • IMT Highway
    • Kaladan Multimodal Transit Corridor

5. Security

  • Security of Indian Ocean Region(IOR) like piracy, illegal migration, and trafficking 

6. People to People

  • Buddhism and Hinduism
  • Temples like Ankorwat
  • Tourism

Concerns between India-ASEAN

  • Trade Deficit: In 2019, India witnessed a trade deficit of $22 billion with ASEAN nations. 
  • RCEP: India has declined to join the RCEP, in which ASEAN is a significant stakeholder.
  • Inadequate Infrastructure: Various projects such as IMT Highway aimed at integrating India with ASEAN have not been operational. 
  • Chinese Influence: It is difficult for India to match China in investments in ASEAN nations. 

Artificial Intelligence

Artificial Intelligence

This article deals with ‘Artificial Intelligence .’ This is part of our series on ‘Science and Technology’ which is important pillar of GS-3 syllabus . For more articles , you can click here

What is Artificial Intelligence?

  • Artificial intelligence is the branch of computer science concerned with making computers behave like humans
  • It is concerned with
    • Learning from experience
    • Recognising images
    • SolveComplex Problems
    • Understand Human Language
    • Create perspectives
Artificial Intelligence

Side Topic : Machine Learning and Deep Learning

  • Machine Learning, a term coined by Artur Samuel in 1959, based on the idea that systems can learn from data, identify patterns and make decisions with minimal human intervention.
  • Deep Learning is a technique for implementing Machine Learning. It is inspired by the structure and function of the brain called artificial neural networks.

Examples

  • Driverless Cars 
  • Games playing:  AI intelligent games learn from their mistakes and are not monotonous.
  • Expert systems : programming computers to make decisions in real-life situations
  • Natural language : programming computers to understand natural human languages.  
  • Robotics : programming computers to see and hear and react to other sensory stimuli (this is what we want to achieve ultimately)

Some problems 

  • The problem of creating machines smarter than humans but lacking the ethical-moral impulses like  compassion 
  • Possibility of machines trying to dominate humans eg Terminator & I-Robot type of situation
  • Job Loss : Much of India’s advanced IT services industry might get replaced by AI
  • High levels of inequality : Society will have high levels of inequality because there will be jobs for high skilled persons only. Low skill jobs will be taken up by AI Machines
  • Ensuring data security, protection, privacy, and ethical use
  • Rigorous auditing to ensure non-contamination by human biases & prejudices

But new avenues too

  • Will create new jobs in high end technology
  • Many uses in Governance and public delivery
    • Security : Any terrorist on wanted list can be recognised by AI Computer by stream of videos coming from CCTVs
    • Analysis of Schemes and suggestions for better results 
  • Personal Assistants : Companies like Google, Amazon(Alexa) etc are coming with personal assistants . They work on AI. Hence, now everybody can have personal assistant for free
  • Better Logistics : Uber, Google Maps suggesting best way etc use AI for logistic management. 
  • Use for specially abled people

Indian Govt and AI

  • 2018: Defence ministry set up a task for on AI for national security under  N Chandrashekharan  of Tata Sons.
  • 2018-Budget  gave ₹100 crore to Department of Science & Technology for a Mission on cyber physical systems.
  • 2018 : NITI Ayog working on National Artificial Intelligence Mission (N-AIM).
  • 2019-Interim-Budget announced a National Programme & Centre & webportal on ‘Artificial Intelligence‘. 
  • Samarth Udyog Bharat 4.0 by Ministry of Heavy Industries to make manufacturing industry ready for Industry 4.0  by 2025.
  • NITI Aayog  paper highlights the potential for India to become an AI ‘garage’, or solutions provider of the world.

What India can learn from other countries?

  • US, the global leader in AI  has AI sector  driven by the private sector.
  • China has ambition of becoming world leader in AI by 2030. The top 9 universities of China have received government funding to establish AI schools.

Data Privacy Bill and BN Srikrishna Committee Report

Data Privacy Bill and BN Srikrishna Committee Report

This article deals with ‘Data Privacy Bill and BN Srikrishna Committee Report- UPSC.’ This is part of our series on ‘Science and Technology’ which is important pillar of GS-3 syllabus . For more articles , you can click here

Issues at hand

  • SC in K.S. Puttaswamy case has declared Right to Privacy as Fundamental right. 
  • Most of the data storage companies are based abroad.  They also export data to other jurisdiction making it difficult to apply Indian laws. 
  • India does not have any dedicated legal framework for data protection.
  • India does not have provisions   for data localization i.e. to store data within country .
  • Volume of data on internet is expanding exponentially 
  • Generally, the application using pre-ticked boxes on consent regarding the privacy policy and use of their personal data
  • RBI announced that the payment system providers (Visa, Mastercard, PayTM etc) need to store entire payments data in a system only in India

Data Protection Bill and Justice BN Srikrishna Committee report

Provisions of Data Protection Bill which is based upon the recommendations of Justice BN Srikrishna Report are as follows :-

  • Fiduciary relationship: Relationship between individual and service provider must be viewed as a fiduciary . Therefore, the service provider is under an obligation to use data fairly and for the authorised purposes only.
  • In case of violation, he can be punished.
  • Rights of the individual: Certain rights regarding data has been given to individual. These include:
    • right to be forgotten.
    • right to seek correction of inaccurate, incomplete, or out-of-date personal data, and
    • right to have personal data transferred to any other data fiduciary
  • Data localization: It mandates Data localization of at least one copy in India by data fiduciary
  • **Data Protection Authority: to protect interests of individuals, prevent misuse of personal data, and ensure compliance with the Bill
  • Define Sensitive personal data: It includes passwords, financial data, genetic data, caste, religious or political beliefs, or any other category of data specified by the Authority. 
  • explicit consent of the individual is required for Processing of sensitive personal data
  • Exemptions from compliance: It also gives exemptions for processing of personal data for certain purposes, such as journalistic activities, law enforcement, security of state
  • Recognises privacy as a fundamental right

Importance of Data Localisation

  • Data is the new oil fueling the 4th Industrial Revolution and Artificial Intelligence led economy
  • Increase revenue and create jobs as technology companies will be forced to open up offices in India and cant shift their profits to outside locations to avoid taxes.
  • Maintain data sovereignty and privacy of citizens
  • Important for national security as any data can be retrieved for investigation of crime

Issues with the Bill

  • Issues with data localization
    • There is no evidence that data localization leads to better privacy and security of data.
    • The industry will have to incur the additional costs given the bill proposes that companies ensure the storage, on a server or data centre located in India, of at least one copy of personal data.
    • Keeping a copy in India does not really guarantee against breach of security or privacy.
  • exemption on the ground of security of state may be too broad and may lead to surveillance and systematic access to citizens’ data by the state.
  • Protectionist measures in the law => US and European Union countries are planning to take India to WTO on these issues.

Data localisation in other countries

Russia and China Strict data localisation
EU General Data Protection Regulation 2018 (GDPR) which mandates that every EU citizen’s data be stored within the EU.

Reasons of fall of Mughal Empire

Reasons of fall of Mughal Empire

This article deals with ‘ Reasons of fall of Mughal Empire – UPSC.’ This is part of our series on ‘Modern History’ which is important pillar of GS-1 syllabus . For more articles , you can click here

Reasons of fall of Mughal Empire

1.Aurangzeb’s  policies

  • Alienation of Hindus  who constituted majority of population of India with his policy of religious bigotism . The imperialist designs & narrow religious policies of Aurangzeb turned the Rajputs , reliable supporters of the imperial dynasty into foes .
  • Expansionist military campaigns in western India against  Bijapur, Golconda & Marathas which drained wealth of empire & expanded empire beyond the point of effective control (this expedition is called Deccan Ulcer like Spanish Ulcer which caused downfall of Napoleon) 
  • But some other historians believe that the roots of Mughal decline lay in institutions and systems intrinsic to Mughal administration, rather than in personalities or specific policies .

2. Institutions of Mughal Empire

  • Mughal state was a WAR STATE in core .  It developed a centralised administrative system whose vitality depended on its military power with emperor standing at apex & Mansabdars or military aristocracy beneath
  • Appointment , promotion or dismissal of Mansabdars and jagirs allotted to them was done by emperor alone leading to personal loyalty and there was no national, ethnic or religious loyalty .  Effectiveness and the permanence of this relationship depended on the personal qualities of the emperor and the constant expansion of resources, which explains the constant drive towards territorial conquests in Mughal India. But there were no more conquests since the late years of Aurangzeb

3. Jagirdari Crisis

  • This was created because too many Mansabdars were chasing too few jagirs & many of them have to remain jagirless for years 
  • In Words of Satish Chandra :“The available social surplus was insufficient to defray the cost of administration, pay for wars of one type or another and to give the ruling class a standard of life in keeping with its expectations” . This happened because of the
    1. Unusual increase in the number of mansabdars at a time when the area to be distributed as jagir (or paibaqi) remained stagnant or even declined.
    2. Revenue collection, particularly in the south, fell far short of the estimated income, diminishing in turn the real income of the jagirdars in disturbed areas.
    3. To make matters worse, there was a continuous price rise since the late seventeenth century, as the supply of luxury goods flowed towards the European markets, putting the Mughal aristocracy in further distress.
    4. As too many mansabdars were now chasing too few jagirs, many of them had to remain jagir- less for years; and even when a jagir was assigned, there was no guarantee that they would not be transferred within a short period. The entire aristocracy, therefore, suffered from a tremendous sense of personal insecurity.
  • This jagir crisis was not, however, a new phenomenon, as there had always been gaps between collection of revenue and the estimated revenue income of a particular jagir. The crisis increased during the last years of Aurangzeb, mainly because of the Deccan wars. There was now a rise in the number of mansabdars and the political turmoil made the collection of revenue a more difficult task. Also when two kingdoms of Golconda & Bijapur were added to Mughal empire , their noblemen were absorbed in Mughal aristocracy but what Aurangzeb did wrong was he converted large chunk of land to Khalisa ie royal land to finance his campaigns leading to artificial scarcity of jagirs . After his death & during Bahadur Shah’s time this reached to crisis situation
  • This crisis played important role in decreasing loyalty of aristocracy 

4. Weak successors of Aurangzeb

  • Had no hold over administration  & mere symbolic heads
  • Nadir Shah’s attack in 1738-39 gave final blow to Mughal prestige
  • Weren’t able to stop Maratha plunders which even reached upto suburbs of Delhi in 1734

5. No Upgradation of army & weak generals

  • Military reforms were not made with changing times + no new technology & weapons introduced in the army
  • The Mughal artillery was crude and ineffective against the guerrilla tactics of  Marathas . The Maratha fortresses which mughal  armies couldn’t capture despite repeated attempts easily succumbed to the British arms.
  • Dearth of capable commanders in Mughal army but this statement challenged by some historians saying that there were capable commanders like Sayyid Brothers, Abdus Samad Khan , Zakaria Khan,  Saadat Khan but all were occupied in self aggrandisement

6. Degeneration of Mughal Nobility

  • ‘When gold rusts what will iron do’ . Following the unworthy examples of the emperors, the nobles discarded hard life of military adventure & took to luxurious living. They became ‘knights of romance’ against ‘knights at arms’
  • At a time when the emperors ceased to be impartial judges for rewarding merit, the nobles had no incentive to fight & die for the empire

7. Structure of Nobility

  • Mughal nobility was divided into three warring factions
Irani Group Led by Asad Khan & his son Julfiqar Khan
Turani Group Led by Ghazi Uddin Khan & Feroz Jung & his son Chin Qulich Khan (Nizam ul Mulk)
Hindustani Sayyid Brothers , Khan-i-Dauran & some Afghani leaders 
  • Although no factional rivalries went beyond imperial court , nor lapsed into violent confrontations . No one questioned the divine rights of the Timurids to rule but every group tried to extend their influence over the emperors to  control the distribution of patronage
  • Proximity of one to centre of power alienated others & this gradually affected personal binds of loyalty between the emperor & nobleman . Each faction tried to win the emperor to its viewpoint & poison his ear against other faction.
  • Even in face of foreign danger these hostile groups couldn’t forge a united front & intrigued with invader. The personal interests of Nizam-ul-Mulk & Burhan-ul-Mulk led them to intrigue with Nadir Shah.

8. Defective Law of Succession

  • Absence of the Law of Primogeniture among the Mughals usually meant a war of succession among the sons of dying emperor in which military leaders of the time took side . Although this system was not commendable but has inherent advantage that it provided the country with the ablest son of the dying emperor as ruler .
  • But after Aurangzeb, the new principle that worked in Mughal dynasty was survival of the weakest . The Princes of Royal Dynasty receded to the background & struggle was fought by leaders of rival factions using royal prince as nominal leaders. Powerful nobles started to act as king makers to suit their personal interests  

9. Recurring peasant revolts

  • These revolts can be interpreted in various ways. They can be por­trayed as
    • Political assertion of regional and communitarian identities against an intruding centralising power or
    • As reactions against the bigoted religious policies of Aurangzeb. The latter interpretation seems to be more unlikely, as in the later span of his reign, Aurangzeb was showing more liberalism towards the non-believers and in fact wooing many of the Hindu local chieftains in a cool calculating move to win their loyalty and solve the political problems of the empire by isolating his enemies .
  • Mughal Empire was empire imposed from above . Its increasing economic pressures was never fully accepted by rural society but the fear of Mughal Army always acted as deterrent
  • But in late 17th century , weakness of Mughal army became apparent after it faced successive debacles & at same time oppression of Mughal ruling class increased . Resistance  to imperial authority also became widespread
  • In most cases rebellions were led by Local Zamindars (who were forced to pay more taxes by Mansabdars/ Zamindars and were often failing ) & fully backed by oppressed peasantry
  • Other major reason for the open defiance of the local landlords might have been the increasing oppression of the jagirdars. The earlier emperors tried to keep them in check through a system of rotation.

10. Rise of Marathas

  • Most powerful external factor that brought collapse of Mughal empire was the rising power of the Marathas .
  • Marathas inaugurated the policy of Greater Maharashtra & popularised the ideal of Hindu-pad padshahi . The ideal of Hindu Empire could only be realised at the cost of Mughal empire. Although they didn’t succeed in making Hindu Empire but they certainly played a great part in bringing about disintegration of the Mughal empire .

11. Perspective of Periphery

  • By Revisionist historians
  • Mughal decline was due to rise of new groups into economic & political power & inability of the distant & weakened centre to control them any longer
  • Even in 18th century there were some surplus regions like Awadh, Bengal, Benaras . This made more resources at disposal of Zamindars & peasants & powerful lineages who gained distinctively greater advantage & confidence vis a vis imperial centre
  • Taking advantage of weakening central control they found more convenient to repudiate their allegiance . Although they kept on sending share of revenue but Mughal control over these territories were not there

3D Printing

3D Printing

This article deals with ‘ 3D Printing – UPSC.’ This is part of our series on ‘Science and Technology’ which is an important pillar of the GS-3 syllabus. For the whole syllabus of Science and Technology, you can click here.


What is 3D Printing?

3D printing or additive manufacturing is a manufacturing technique. It involves

  1. making three-dimensional objects
  2. from a digital design
  3. by adding one layer at a time. 
3D Printing

Applications

  1. Architecture and Construction: Countries around the world are using large 3D printers to construct multi-storied houses layer by layer. In 2021, IIT Madras has constructed India’s first house using 3D printing in just 5 days.
  2. Medicine: Bioprinting of artificial organs like the Liver, Pancreas etc.  
  3. Manufacturing: Parts of cars and aeroplanes are being built using 3D printing. 
  4. Repairing Damaged Cultural Sites: Aleppo in Syria was re-created using 3D Printing after it was completely destroyed by ISIS.
  5. Prototypes: Prototypes can be made very cheaply.

Any object can be made. Just make a digital design on PC, add material in the 3D Printer and it will make it.

Applications of 3D Printing

Side Topic: Bio Ink

Printing the Body Organs

Advantages

  • No Wastage: It is an additive process, in which an object is manufactured by adding layers in contrast to present manufacturing techniques which are reduction processes. Hence, there will be no wastage of material and the cost of production will reduce dramatically. 
  • Manufacturing Decentralisation: In contrast to centralisation i.e. making products in centralised manufacturing units, it will usher revolution of decentralised manufacturing, creating business opportunities.
  • Customised Products: Presently companies make standard products because the mould they use is the same. But using 3 D Printing, customised products according to the need of the person can be made without any increase in the cost of production. 
  • Breaking manufacturing Boundaries: Using this technique, we can manufacture things that were impossible to manufacture using ordinary manufacturing techniques. Eg: Body Organs.
  • Saves Time: This technique does the job accurately and in less time.



Challenges

  • Job Losses: Single 3 D printer can make products that were earlier made by hundreds of workers.
  • Security challenge: Even weapons can be made at home.


Steps taken by Government

Ministry of Electronics and Information Technology(MEITY) has released ‘National Strategy for Additive Manufacturing‘ to tap the potential of 3D printing in India.

Virtual Reality and Augmented Reality

Virtual Reality and Augmented Reality

This article deals with ‘ Virtual Reality and Augmented Reality – UPSC.’ This is part of our series on ‘Science and Technology’ which is an important pillar of the GS-3 syllabus. For the whole syllabus of Science and Technology, you can click here.


Virtual Reality

Virtual Reality and Augmented Reality
  • Virtual Reality (VR) is an artificial environment that is created with software and presented to the user in such a way that the user suspends belief and accepts it as a real environment. 
  • The simplest form of VR is a 3-D image that can be explored interactively at a personal computer.
  • Virtual reality can be divided into:
    • The simulation of a real environment for training and education.
    • The development of an imagined environment for a game or interactive story.

Applications

Virtual Reality

1. Education

  • Virtual Reality can be used to make study more interactive in the classroom. It will help in understanding concepts and recreational activities.

2. Training

  • The usage of Virtual Reality from a training perspective is to allow professionals to conduct training in a virtual environment where they can improve upon their skills without the consequence of failing the operation.

3. Video Games

  • The use of graphics, sound and input technology in video games can be incorporated into Virtual Reality. 

4. Culture & Heritage

  • Virtual reality enables heritage sites to be recreated extremely accurately. The original sites are often inaccessible to the public, or may even no longer exist.

5. Therapy

  • The primary use of Virtual Reality in a therapeutic role is its application to various forms of exposure therapy, including treating phobia patients. 

6. Business Opportunities

  • Magic Bricks in their Mumbai Office have come up with VR technology where people will be shown and made to experience homes that Company is selling without taking clients to location.

Augmented Reality

Augmented Reality is the integration of digital information with the user’s environment in real-time. In simple terms, it means adding a layer of digital information on top of the physical world around us. 


Application

Augmented Reality
Military A transparent display is positioned directly in the fighter pilots view, showing the information about altitude, speed etc.
Museum Audio Guide given in Museums is also a form of Augmented Reality as it adds a layer of sound.
Google Glasses A person can get information on all the objects in his line of the site apart from many other things.
Medical During surgery, a layer of information can be added which will help the medical practitioner in taking correct decisions.
Enhanced TV experience Sports scores on TV during a match is an example of Augmented Reality.

Recently, it has been announced that India’s first augmented reality (AR) education and training institute will be set in Varanasi.


Extended Reality (XR)

  • XR is the mix of augmented reality (AR) and virtual reality (VR) that combine the realms of the real and virtual.
  • The term came to the limelight during the Covid-19 pandemic as Extended Reality can fill the gaps in our work environment. XR can make employees feel that they are working by sitting next to their colleagues in the office, though they are spread to geographically distant places. 

Cloud Computing

Cloud Computing

This article deals with ‘ Cloud Computing.’ This is part of our series on ‘Science and Technology’ which is an important pillar of the GS-3 syllabus. For more articles, you can click here.


What is Cloud Computing?

Cloud Computing is a service whereby shared resources are provided to computers as metered service over a network (typically the internet). This allows consumers & businessmen to use the application without installation & access their personal files at any computer with internet access.

Cloud  Computing

Benefits of Cloud Computing

Agility Improves user’s ability to re-provision technological infrastructure. 
Cost Cost is claimed to be reduced since the infrastructure is typically provided by a third party & doesn’t need to be purchased for one time or infrequent intensive computing tasks.
Device & location independence It enables users to access systems using a web browser regardless of their location or what they are using like PC or mobile.
Multi-tenancy It enables sharing of resources & costs across a large pool of users thus allowing for infrastructure at lower cost & also proper utilisation of system that are often only 10-20% utilised.
Security Security is often as good or even better than other traditional systems, in part because providers are able to devote resources to solving issues that many customers cant afford.

Service Models of Cloud Computing

Types of Cloud COmputing

Cloud Computing providers offer three fundamental services:-

Infrastructure as a Service (IaaS)

  • It is the most basic cloud service model.
  • In this model, cloud providers offer equipment supporting the operations like raw storage, firewalls, balancers & networks.
  • The equipment is owned by the service provider, which is also responsible for housing, running and maintaining it. The client is typically charged on a per-user basis.
  • Example: Amazon Web Services which provides virtual server and storage.

Platform as a Service (PaaS)

  • In this model, the cloud provider delivers a computing platform or solution stacks like operating system, programming language execution environment and the web server.
  • Application developers can develop & run their software solutions on a cloud platform without the cost & complexity of buying & managing the underlying hardware & software layers.

Software as a Service (SaaS)

  • In this model, the cloud provider installs and operate application software in the cloud & cloud users access the software from cloud clients. This eliminates the need to install & run the application on the cloud user’s own computer simplifying maintenance & support.

Government of India’s Initiatives in Cloud Computing

1 . Meghraj (Government of India’s Cloud)

  • To harness the benefits of cloud technology, the Ministry of Electronics and Information Technology (MeitY) has initiated a project named ‘MeghRaj’ for creating a Government of India cloud (GoI Cloud) computing environment at the national level.
  • The GI Cloud is envisaged to provide the following outcomes:
    1. Optional utilisation of ICT infrastructure. A software availed by any department in the government of India can be made available to other departments with no additional costs;
    2. Speedy development and deployment of e-Gov applications;
    3. Quick replication of successful applications;
    4. e-Governance
    5. App Store hosting certified applications.

2. DigiLocker

  • It is part of the government’s Digital India Initiative, to enable Indian citizens to store certain official documents like PAN, driving licence, passport, mark sheets etc. on the cloud.
  • It is linked to a person’s Aadhar number.
  • It is based on the IaaS model as storage (infrastructure) is provided as a service.
  • Driving License and Registration Certificates have also been linked with the Digilocker. People will no longer need to carry around physical copies of their RCs and Driving Licences. They can instead access digital copies of the same on their mobile phones via the DigiLocker mobile app.
  • Digital locker minimizes the usage of physical documents.

Internet of Things

Internet of Things

This article deals with ‘Internet of Things- UPSC.’ This is part of our series on ‘Science and Technology which is an important pillar of the GS-3 syllabus. For more articles on S, you can click here.


What is Internet of Things?

The internet of things (IoT) is the network of physical devices, vehicles and other items embedded with network connectivity that enables these objects to collect and exchange data with each other. 

Earlier Internet of People i.e. (only) people used the internet to communicate with each other.
Present  Internet of Things i.e. things will (also) use the internet to communicate with each other.

Economic Survey (2019) mentioned that the Government is considering the rollout of a 13-digit Machine to Machine (M2M) Numbering Plan for M2M communication.

Internet of Things

Example of IoT in our  life

Internet of Things - UPSC

How is IoT achieved ?

This is achieved by

  • Finely fabricated micro-controllers which are small computers themselves. They are used internally by various single-board computers.
  • Sensors to collect information. 

Applications of Internet of Things

  • Healthcare Sector: IoT based devices can be used in combination with the cardiac monitor to raise an alarm to the doctor in case of abnormality. 
  • Agriculture Sector: IoT can be used to gather live pedological data that can be used by scientists to improve the yield of the land. It can also help in implementing precision agriculture.
  • Transportation Sector: IoT can help in the early detection of wear and tear to prevent accidents. Apart from that, Self Driving Cars will use it for taking real-time decision. 
  • Energy Management: IoT will help in managing temperatures in Nuclear Power Plants using sensors.
  • IoT will help in providing virtual personal assistant to every person on the earth.


Issues related to Internet of Things

  • Privacy Intrusion: There is a danger that these smart devices can be used to intrude into the privacy of common people. An example of this came in Amazon Echo / Victor Collin case (2017 in the US) . Hence, IoT devices can be used by State Agencies opening up avenues for Orwellian levels of surveillance. 
  • The high initial cost of setup and technology will not be equitable thus increasing the gap between the haves and have nots.


India and IoT

  • Smart City Project and Digital India Program are going to lead to a rapid growth of IoT industry in India.
  • Ministry of Electronics and Information Technology (MEITY) has also drafted India’s Internet of Things Policy with provisions like (1) funding of various IoT projects, (2) promote Venture Funds that support IoT related projects, (3) 100% duty waiver on import of raw material for manufacturing of IoT devices, (4) develop workforce with required skillset to work in IoT industry etc.
  • Indian IoT company Smartron has developed ‘tronX‘ – an artificially intelligent IoT platform.

Big Data

Big Data

This article deals with ‘ Big Data .’ This is part of our series on ‘Science and Technology which is an important pillar of the GS-3 syllabus. For more articles, you can click here


Big Data

What is Big Data?

  • Big data is a catchphrase used to denote a set of data, both structured and unstructured, so large that it is not possible to analyse and process it by using conventional database management systems. Such a huge surge in data has occurred due to a burgeoning number of information capturing devices like mobiles, cameras, sensors, etc. and a less increase in our storage capacity despite the latter being digital now.
  • It is characterised by 4Vs
    • Volume – Volume is huge
    • Velocity – It is being created at a huge speed.
    • Variety – It is of a large variety. 
    • Veracity – There is uncertainty about their truth.
4Vs of Big Data
  • Big Data in itself is not of use unless it is structured and analysed.

Use of Big Data Analytics

Business

  • Customisation of services: Companies use Big Data to analyse their customers’ preferences like likes and dislikes and tailor their products accordingly. This brings more satisfaction to the customer.
  • Big Data helps business in cost reductions, time reductions, new product development and optimised offerings.  Instead of focusing only on profit and loss, it integrates a wide range of insights, taking into account each and every factor that could possibly influence the business.

Science and Technology

  • Using Big Data, research data can be captured in more depth & analysed in a better way. Eg:  data at the Large Hadron Collider for atomic research.

Security

  • Big Data can be used to analyse fund transfer, emails, web accounts etc. to enhance our preparedness to tackle terrorism (by creating cyber trials).
  • Intelligence Bureau of India is also using Big Data analyses in its Operation Chakravyuh.

Governance

  • Big data can be analysed for targeted delivery of schemes, maintain a record of beneficiaries, analyse the response of the electorate to policies, predict future trends and demands of population etc.

Health

  • Big Data can be used in developing the treatment of various complicated diseases. Eg: canSAR Project (the canSAR project is the biggest database of cancer response to various drugs).  

Charitable sector

  • Some social organisations are using open government data to improve advocacy and fundraising. 

Sports

  • Big Data is used to analyse and improve the performance of individuals (at sports, at home or work) where data from sensors in equipment and wearable devices can be combined with video analytics to get insights that traditionally were impossible to observe.

Big Data in India

  • With a population of 1.2 billion, the relevance of Big Data Analysis becomes all the more pronounced for India.
  • It is not only being used by private players but also by government agencies for policymaking.

Big Data & Government

  • Big Data Management Policy, 2016: It was launched by CAG and led to the foundation of Data Analytics. Along with that National Informatics Centre (NIC) launched a website to share the data of various ministries with citizens.
  • NITI Aayog has also echoed the idea of evidence-based policymaking guided by Big Data.
  • Internal Security: NATGRID is an example of Big Data Analytics. Apart from that, the Intelligence Bureau of India is also using Big Data analyses in its Operation Chakravyuh.
  • The government is using large data from the Goods And Services Tax Network (GSTN) to understand the patterns of trade. 
  • Project Insight used Big Data to identify tax evaders.
  • The government of India is also working towards an Open Data Policy, to encourage sharing of information between departments and across ministries.
  • Aarogyashri Healthcare Trust by the Telangana government uses data analytics to identify disease trends.
  • Justice BN Srikrishna Committee recommended that personal data can be processed for purposes that are lawful. An individual has the right to withdraw consent to process his data. 

Issues (wrt India)

  • Absence of good quality of datasets as the dataset is found to be
    1. Outdated and incomplete.
    2. Lacking in semantic interoperability.
  • Lack of competent professionals/ data scientists: According to NASSCOM, there is a deficit of 1.4 lakh data scientists.
  • Privacy Concern: There are concerns about the misuse of Big Data by intruding into the personal sphere of individuals.
  • Data Sovereignty Issue: Indian data collected for Data processing is taken abroad and stored in servers situated outside India.
  • Lack of coordination and cooperation between different ministries as well as between public and private sector.
  • Ethics of big data: It comes into role as a huge amount of private data is available and how and where it should be put to use raises the question.

Generations of Wireless Communication

Generations of Wireless Communication

This article deals with ‘Generations of Wireless Communication .’ This is part of our series on ‘Science and Technology’ which is an important pillar of the GS-3 syllabus. For more articles, you can click here


Introduction

Mobile Generations is a system used by cellular telephone manufacturers and service providers to classify wireless communication into several generations; each generation is characterized by new frequency bands, higher data rates and non–backwards-compatible transmission technology. In the recent past, mobile wireless technologies have undergone technology evolution from 0G TO 5G.

Generations of Wireless Communication

0G

  • It is also known as Mobile Radio Telephone or Pre-Cellular.  
  • It was usually mounted in cars & trucks although briefcase models were also available. 
  • Motorola in conjugation with Mobile Telephone System (MTS) introduced it in the US in 1946. 


1G

  • 1G technology was Analog Telecommunication standard.
  • It was introduced in the 1980s.
  • Main Use: Voice Calls.
  • Limitations: Limited capacity, not secure and background interference.
  • Speed: 2 Kbps


2G

  • It was commercially launched as GSM standard in Finland in 1991.
  • It uses Digital Technology (Main difference between 1G & 2G is 1G was analog  and 2G was digital).
  • 2G has two technologies i.e. TDMA (GSM) & CDMA.
  • Main Uses: Voice calls, short messages and browsing .
  • Limitations: Low network range and slow data rates due to which it can’t handle complex data such as videos .
  • Speed: 64 Kbps

2.5G

  • 2G cellular technology with GPRS (General Packet Data Service) is called 2.5G.
  • It provides the usage of e-mails, MMS, web browsing and camera facilities.
  • Speed: 144 Kbps

EDGE or 2.75G

  • EDGE = Enhanced Data Rule for GSM Evolution
  • It has the same network design, but the data speed was increased noticeably (3 times that of GPRS) .
  • It had the added advantage that there was no need to install additional hardware by the telecom companies.

3G

  • 3G was introduced in 2000.
  • Improvements over 2G: Clarity in Voice calls, digital broadband and increment in speed.
  • Main Uses: Text and high speed internet.
  • Limitations: High power consumption, Low network coverage and High cost of spectrum licence.
  • Speed: 2 Mbps
  • Introduction of 3G technology gave rise to applications not previously available like
    1. Mobile TV
    2. Telemedicine
    3. Video on Demand
    1. Videoconferencing
    1. Location based services


4G

  • Benefits over 3G : Very high speeds at lower price than 3G.
  • Main Uses: High speed applications, IP Telephony , Video Calling , gaming services, HD Tv, 3D TV and Wearable devices.
  • Limitations: LTE supported mobiles and complicated hardware required to use 4G mobile technologies.
  • Speed: 1 Gbps

LTE (Long Term Evolution)

  • 4th Generation Network is called LTE (Long Term Evolution).
  • LTE was designed only as data network.
  • LTE has brought very high bandwidth to mobile devices and  data transfer has become very fast.

VoLTE (Voice Over LTE)

  • VoLTE is a voice technology that works over the LTE data connection.
  • It has extremely high voice quality. It also includes the ability to make video calls.

5G

5G Technology
  • 5G technology has ultra High Speeds and presents a big leap forward from the present 4G technology.
  • Main Use :
    1. Internet of Things (5G System will be intelligent enough to allocate resources. Eg: Driverless car which needs to take a decision in a fraction of seconds will be given greater bandwidth than ordinary user).
    2. Hologram TV
    3. Augmented reality
  • Limitations: It is not Net Neutral and involves high costs.
  • It will use drones and balloons to provide internet everywhere. 
  • Speed: more than 20 Gbps.

Advantages of 5G Technology

Advantages of 5G Technology
  • Faster data speed of more than 20 Gbps.
  • Ultra-low latency: Latency refers to the time it takes for one device to send a packet of data to another device. In 4G the latency rate is around 50 milliseconds but 5G will reduce that to about 1 millisecond.  Hence, it can be used in driverless cars where such things are required.
  • 5G has 30  GHz of available spectrum in comparison to lesser 3 GHz for 4G.
  • 5G antennae consume very little power compared to existing technology. Hence, it will make 5G handsets energy efficient.
  • With higher speed, 5G will improve the quality of remote learning by allowing real-time interactivity and transporting students to virtual classrooms.
  • As per the OECD Committee on Digital Economic Policy, 5G technologies rollout will help in increasing GDP, creating employment and digitizing the economy.
  • It will help to incorporate technologies such as the Internet of Things (IoT) & Artificial Intelligence in our lives. It is said that 5G is the foundation for realising the full potential of IoT.
  • Agriculture: 5G can enable improvement in the entire value chain, from precision farming, smart irrigation, improved soil and crop monitoring, to livestock management.

Challenges in rolling out 5G

  • 5G will not be net neutral.
  • Integration of various standards of 5G: There are already multiple groups working to come up with standards around interoperability, backward compatibility with older technologies etc. Thus standardisation becomes a major challenge
  • Building Infrastructure: It is a huge task, with issues around spectrum and installing new antennas. 
  • Expensive Spectrum in India than other countries.
  • Lack of skilled professionals who can advance  5G technology.
  • The reluctance of people to adopt and support the technology due to unaddressed rumours related to possible health hazards posed by 5G radiations. 
  • Obstacles like buildings, trees and even bad weather can cause interruptions which would require more base stations to be built to ensure better connections.

Other information

  • South Korea has become the world’s first country to launch 5th-Generation (5G) networks.
  • Shanghai has become the World’s First City With 5G Network Coverage.

Indian readiness to adopt 5G

  • In India, Steering Committee, headed by AJ Paulraj has submitted a report titled ‘Making India 5G Ready’.
  • Jan 2021: Bharti Airtel successfully demonstrated its live 5G service in Hyderabad, the first in India showcasing its readiness for the 5G technology.
  • Department of Telecommunication (DoT) has given permission to 4 Telecom Service Providers (TSPs) i.e. Jio, Airtel, Vi and MTNL for conducting trials for the use of and applications of 5G technology (May 2021).
  • D10 Club: “D10″ club is the group of  10 Democratic countries– UK, US, Italy, Germany, France, Japan and Canada plus Australia, South Korea and India with aim of creating alternative suppliers of 5G equipment and other technologies to avoid relying on China.

2019 Huawei Issue

Chinese company Huawei is the frontrunner in 5 G Technology. But the US is against the operations of Huawei because of the following reasons:-

  • Huawei’s founder is an ex-PLA Officer & Huawei indulge in cyber espionage & leaking data to the Chinese government.
  • Other Reason – The US doesn’t want that monopoly of its tech giants like IBM, Google etc is threatened. Until now, rules of the game were written by US firms but Huawei is challenging it (whoever writes the rules will have inherent benefit in future).