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GS Paper: Indigenization Of Technology

  • Bhutan becomes first neighbor to use BHIM UPI

    Bhutan becomes the first country, in India’s immediate neighbourhood, to use the BHIM app for mobile-based payments and “to adopt UPI standards for its QR deployment”.

    Bharat Interface for Money (BHIM)

    • BHIM is an Indian mobile payment App developed by the National Payments Corporation of India (NPCI), based on the Unified Payments Interface (UPI).
    • Named after B. R. Ambedkar and launched on 30 December 2016 it is intended to facilitate e-payments directly through banks and encourage cashless transactions.
    • The application supports all Indian banks which use UPI, which is built over the Immediate Payment Service (IMPS) infrastructure and allows the user to instantly transfer money between bank accounts of any two parties.
    • It can be used on all mobile devices.

    Note: Bhutan has become the first country to adopt India’s Unified Payment Interface (UPI) standards for its quick response (QR) code. It is also the second country after Singapore to have BHIM-UPI acceptance at merchant locations, NPCI International Payments Ltd (NIPL).

    What is UPI?

    • Unified Payments Interface (UPI) is an instant real-time payment system developed by NPCI facilitating inter-bank transactions.
    • The interface is regulated by the Reserve Bank of India and works by instantly transferring funds between two bank accounts on a mobile platform.

    Answer this PYQ in the comment box:

    Q. With reference to digital payments, consider the following statements:

    1. BHIM app allows the user to transfer money to anyone with a UPI-enabled bank account.
    2. While a chip-pin debit card has four factors of authentication, BHIM app has only two factors of authentication.

    Which of the statements given above is/ are correct? (CSP 2018)

    (a) 1 only

    (b) 2 only

    (c) Both 1 and 2

    (d) Neither 1 nor 2


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  • [pib] “AmbiTAG”- India’s first indigenous temperature data logger

    IIT Ropar in (Punjab) has developed a first-of-its-kind IoT device – AmbiTag that records real-time ambient temperature during the transportation of perishable products, vaccines, and even body organs and blood.

    AmbiTag

    • Shaped like a USB device, AmbiTag continuously records the temperature of its immediate surroundings “from -40 to +80 degrees in any time zone for a full 90 days on a single charge.
    • Most of the similar devices available in the international market record data only for a duration of 30- 60 days.
    • It generates an alert when the temperature goes beyond a pre-set limit. The recorded data can be retrieved by connecting the USB with any computer.
    • So far, such devices are being imported by India in a massive quantity from other countries such as Singapore, Hong Kong, Ireland, and China.
    • The device has been developed under Technology Innovation Hub – AWaDH (Agriculture and Water Technology Development Hub) and its Startup ScratchNest.

    Its applications

    • The device helps know whether that particular item transported from anywhere in the world is still usable or perished because of temperature variation.
    • This information is particularly critical for vaccines including the Covid-19 vaccine, organs, and blood transportation.
    • Besides perishable items including vegetables, meat, and dairy products it can also monitor the temperature of animal semen during transit.
  • [pib] NanoSniffer: A Microsensor based Explosive Trace Detector

    A Union Minister has launched NanoSniffer, the world’s first Microsensor based Explosive Trace Detector (ETD) developed by NanoSniff Technologies, an IIT Bombay incubated startup.

    Can you name some explosives?

    NanoSniffer

    • NanoSniffer is a 100% Made in India product in terms of research, development & manufacturing.
    • It can detect explosives in less than 10 seconds and it also identifies and categorizes explosives into different classes. It detects all classes of military, conventional and homemade explosives.
    • It gives visible & audible alerts with a sunlight-readable colour display.
    • NanoSniffer provides trace detection of the nano-gram quantity of explosives & delivers result in seconds.
    • It can accurately detect a wide range of military, commercial and homemade explosives threats.
    • Further analysis of the algorithms also helps in the categorization of explosives into the appropriate class.
  • [pib] Second edition of India Innovation Index 2020

    NITI Aayog is set to release the second edition of the India Innovation Index 2020 tomorrow.

    *Statewise rankings will be updated tomorrow.

    Updated on 21st Jan, Thursday.

    India Innovation Index (III)

    • The release of the second edition of the index—the first was launched in October 2019—demonstrates the Government’s continued commitment towards transforming the country into an innovation-driven economy.
    • The index attempts to create an extensive framework for the continual evaluation of the innovation environment of 29 states and seven UTs in India.
    • It intends to perform the following three functions-
    1. Ranking of states and UTs based on their index scores
    2. Recognizing opportunities and challenges, and
    3. Assisting in tailoring governmental policies to foster innovation
    • The India Innovation Index 2019 is calculated as the average of the scores of its two dimensions – Enablers and Performance.
    • The states have been bifurcated into three categories: major states, north-east and hill states, and union territories/city-states/small states.

    Significance

    • The study examines the innovation ecosystem of Indian states and union territories.
    • The aim is to create a holistic tool which can be used by policymakers across the country to identify the challenges to be addressed and strengths to build on when designing policies.
  • Issues with dilution of offset condition for defence procurement

    The ‘offset clause’ could help the country achieve the technological expertise and consequently self-reliance. However, India recently relaxed some norms in the policy. The article discusses the stated reasons for tweaking and its implications for the defence manufacturing industry in India.

    Context

    • Recently, the government diluted the “offset” policy in defence procurement, reportedly in response to a Comptroller and Auditor General (CAG) of India’s report tabled in Parliament last month.

    Let’s understand ‘offset’ policy

    •  In order to safeguard national interest, most countries restrict trade in defence equipment and advanced technologies.
    • Yet, for commercial gains and for global technological recognition, governments and firms do like to expand the trade through negotiated bilateral sales.
    • Restrictions are often imposed on the buyer country on use, modification and resale of such equipment and technologies.
    • The product and technology compel buyers to stick to them for: the advantages of bulk purchase, and dependence on the supplier for spares and upgrades.
    • The price and the terms of the contract often reflect the government’s relative bargaining strength and also domestic political and economic considerations.
    • Large buyers such as India seek to exercise their “buying power” to secure not just the lowest price but also try to acquire the technology to upgrade domestic production and build R&D capabilities.
    • The offset clause — used globally — is the instrument for securing these goals.

    Changes in the offset policy

    • Initiated in 2005, the offset clause has following requirements:
    • 1) Sourcing 30% of the value of the contract domestically.
    • 2) Indigenisation of production in a strict time frame.
    • 3) Training Indian professionals in high-tech skills, for promoting domestic R&D.
    • However, the policy has been tweaked many times since.
    • According to the recent CAG report,  between 2007 and 2018, the government reportedly signed 46 offset contracts worth ₹66,427 crore of investments.
    • However, the realised investments were merely 8%, or worth ₹5,457 crore.
    • Reportedly, technology transfer agreements in the offsets were not implemented, failing to accomplish the stated policy objective.
    • Recently, the government has changed this policy further so that the offset clause will not be applicable to bilateral deals and deals with a single (monopoly) seller, to begin with.

    Implications of the changes in offset policy

    • The dilution means practically giving up the offset clause, and a setback to India’s prospects for boosting defence production and technological self-reliance.
    • The government, however, has defended the decision by claiming a cost advantage.
    • Howver, price is but one of many factors in such deals, as explained above.
    • The higher (upfront) cost of the agreement due to the offset clause would pay for itself by: reducing costs in the long term by indigenisation of production and the potential technology spill-overs for domestic industry.
    • Hence, giving up the offset clause is undoubtedly a severe setback.

    How did offset policy work for aerospace industry?

    • Despite the heft of Hindustan Aeronautics Limited, India is a lightweight in global civilian aircraft manufacturing, as the public sector giant mostly devotes itself to defence production.
    • The National Civil Aircraft Development (NCAD) project — to come up with an indigenously designed Regional Transport Aircraft (RTA) — has remained a non-starter from day one.
    • However, with the introduction of the offset policy in 2005, things changed dramatically.
    • For contracts valued at ₹300 crore or more, 30% of it will result in offsets, implemented through Indian offset partners.
    • As aerospace imports rose rapidly, so did the exports via the offsets, by a whopping 544% in 2007, compared to the previous year.
    • By 2014, exports increased to $6.7 billion from a paltry $62.5 million in 2005, according to the United Nations Comtrade Database.
    • The offset clause enabled India to join the league of the world’s top 10 aerospace exporters; the only country without a major domestic aerospace firm.
    • However, exports reduced after the offset clause was relaxed, primarily when the threshold for the policy was raised from the hitherto ₹300 crore to ₹2000 crore, in 2016.
    • The offset exports fell to $1.5 billion by 2019.
    • The 2005 policy helped promote a vibrant aerospace cluster, mostly micro, small and medium enterprises (MSMEs) around Bengaluru.

    Consider the question “How far has the offset clause been successful in enhancing the domestic capabilities of India in defence manufacturing? What are the challenges in achieving the objectives of the policy?”

    Conclusion

    There are successful examples to draw lessons from, as the aerospace industry episode demonstrates. India needs to re-conceive or re-imagine the offset clause in defence contracts with stricter enforcement of the deals, in national interest, and in order to aim for ‘Atma Nirbhar Bharat Abhiyaan’, or a self-reliant India.

  • [pib] Calcium Nitrate and Boronated Calcium Nitrate

    Union Ministry of Chemicals & Fertilizers has launched an indigenous variety of fertilizers- ‘Calcium Nitrate’ & ‘Boronated Calcium Nitrate’.

    Try this PYQ:

    Why does the Government of India promote the use of ‘Neem-coated Urea’ in agriculture?

    (a) Release of Neem oil in the soil increases nitrogen fixation by the soil microorganisms

    (b) Neem coating slows down the rate of dissolution of urea in the soil

    (c) Nitrous oxide, which is a greenhouse gas, is not at all released into atmosphere by crop fields

    (d) It is a combination of a weedicide and a fertilizer for particular crops

    What is Calcium Nitrate?

    • Calcium nitrate is used as a water-soluble fertilizer in agriculture. In addition, this product is also used in wastewater treatment and to increase the strength of cement concrete.
    • Last year, around 1.25 lakh metric tons (1,23,000 tons) of Calcium Nitrate was imported in the country.
    • Of this, 76% was imported from China and the rest from other countries like Norway and Israel.
    • These indigenous varieties will provide a quality product at a cheaper rate to the farmer community in the country than imported ones.

    Uses of Calcium nitrate

    • The fertilizer grade calcium nitrate is popular in the greenhouse and hydroponics. It is also used to control certain plant diseases.
    • Calcium nitrate is also used in wastewater pre-conditioning for odour emission prevention.
  • Anti Radiation Missile: RudraM-I

    A New Generation Anti Radiation Missile (NGARM), RudraM-I, was successfully flight-tested by the Defence Research and Development Organisation (DRDO).

    Try this MCQ:

    Q.The RudraM-I recently seen in news is an:

    Ans: Anti-satellite missile/ Anti-radiation Missile/ Anti-tank mine/ Submarine Torpedo

    RudraM-I

    • RudraM-I is an anti-radiation missile can locate and target any radiation-emitting source like enemy radars, communication sites and other Radio Frequency (RF) emitting targets.
    • It is being developed by Defence Research Development Laboratory (DRDL), Hyderabad, as the nodal agency.
    • It is a joint effort involving several DRDO labs, the IAF, the Hindustan Aeronautics Limited (HAL) and several public and private sector enterprises.
    • This is the first indigenous anti-radiation missile of the country. It has a range of up to 200 km depending upon the launch conditions.
    • It can be launched from altitudes of 500 m to 15 km and speeds of 0.6 to 2 mach.
    • It can play a key role in neutralizing any jamming platforms of the enemy or take out radar stations thereby clearing a path for own fighters to carry out an offensive and also prevent own systems from being jammed.

    How does it work?

    • Anti-radiation missiles are designed to detect, track and neutralize the adversary’s radar, communication assets and other radio frequency sources, which are generally part of their air defence systems.
    • Such a missile’s navigation mechanism comprises an inertial navigation system — a computerised mechanism that uses changes in the object’s own position — coupled with GPS, which is satellite-based.
    • For guidance, it has a “passive homing head” — a system that can detect, classify and engage targets (radio frequency sources in this case) over a wide band of frequencies as programmed.
    • Once the RudraM missile locks on the target, it is capable of striking accurately even if the radiation source switches off in between.
  • Pinaka Missile System

    The Ministry of Defence (MoD) has signed contracts with three Indian companies for supply of six regiments of the Pinaka Rocket System to be deployed along borders with Pakistan and China.

    Following things are crucial to know about the Pinaka Missile System:

    1) It’s development and manufacture

    2) Fire Range and other capabilities

    3) Latest technology enhancement

    Pinaka Missile System

    • Pinaka is an indigenously developed rocket system named after Lord Shiva’s mythological bow.
    • It is used for attacking the adversary targets prior to the close-quarter battles which involve smaller range artillery, armoured elements and the infantry.
    • The development of the Pinaka was started by the DRDO in the late 1980s, as an alternative to the multi-barrel rocket launching systems of Russian make, called like the ‘Grad’, which are still in use.
    • After successful tests of Pinaka Mark-1 in late 1990, it was first used in the battlefield during the Kargil War of 1999, quite successfully.
    • Subsequently, multiple regiments of the system came up over the 2000s.

    Its versions and capabilities

    • The Pinaka, which is primarily a multi-barrel rocket system (MBRL) system, can fire a salvo of 12 rockets over a period of 44 seconds.
    • One battery of the Pinaka system consists of six launch vehicles, accompanied by the loader systems, radar and links with network-based systems and a command post.
    • It can neutralize an area one kilometre by one kilometre.
    • The Mark-I version of Pinaka has a range of around 40 kilometres and the Mark-II version can fire up to 75 kilometres.
    • The Mark-II version of the rocket has been modified as a guided missile system by integrating it with the navigation, control and guidance system to improve the end accuracy and increase the range.
    • The navigation system of the missile is linked with the Indian Regional Navigation Satellite System.
  • Draft Defence Production and Export Promotion Policy 2020

    India is one of the largest importers of defence equipment. This should have naturally made India a manufacturing hub of the defence equipment. But this is not the case. This article deals with this issue. 

    Context

    Following China’s stance of open belligerence towards India, making war preparedness a top priority. It is against this backdrop, the Defence Production and Export Promotion Policy 2020 was unveiled.

    Key features

    • It aims for domestic output worth 1.75 trillion of aerospace and defence goods and services by 2025.
    • Of which exports is aimed at 35,000 crore.
    • It has various strategic initiatives that would aid the indigenous development of modern weaponry from hypersonic missiles and ace sensors to stealth submarines and fly-by-wire fighter jets.

    Why India lacks indigenous capacity

    • If India’s dependence on foreign suppliers of armaments was not for lack of trying.
    • Our Defence Research and Development Organisation (DRDO) exists for this very purpose.
    • DRDO scientists claim success in several projects, including the Tejas design.
    • But decisions on procurements for our armed forces are made through a complex process—involving service chiefs, technocrats and politicians—that ends up favouring foreign purchases.
    • This is this convenient, as off-the-shelf wares are readily available abroad.
    • The finer details of defence deals are usually confidential, after all, and the payments huge.
    • By one estimate, India was the world’s third largest military spender in 2019, with a bill of over $71 billion, after the US and China.

    Issues and Challenges in partnership with private players

    • So far, efforts to get our private sector into the act have not fared too well, despite all our schemes to attract them.
    • Long-drawn out acquisition processes may partly be to blame for this.
    • Companies are apprehensive of investment without an assurance of a ready market.
    • But by the time their prototypes are tested and approved for induction by our forces, they risk being outmoded by advances made abroad.
    • In the US, spin-offs from defence research have been behind many technological innovations of everyday utility.
    • So, the knowledge acquired in defence research has the potential to benefit the other sectors as well.

    Consider the question “Being one of the top importers of defence equipment India is well placed to enhance its domestic manufacturing capacity of defence equipment. Yet, India lacks it after repeated attempts to achieve it. Examine the reasons for this and suggest measures to overcome this anomaly.” 

    Conclusion

    If a big push for “made in India” defence systems calls an entire ecosystem of experiments, ideas and technical wizardry into being, it could help our economy leap ahead too.

  • [pib] Defence Testing Infrastructure Scheme (DTIS)

    In order to give a boost to domestic defence and aerospace manufacturing, Raksha Mantri has approved the launch of the Defence Testing Infrastructure Scheme (DTIS).

     

    Practice question for mains:

    Q. Self-reliance in defence manufacturing is one of the key objectives of ‘Make in India’. Discuss.

     

    Defence Testing Infrastructure Scheme (DTIS)

    • The DTIS would run for the duration of five years and envisages set up six to eight new test facilities in partnership with private industry.
    • The scheme has been allocated with an outlay of Rs 400 crore for creating a state of the art testing infrastructure for this sector.
    • This will facilitate indigenous defence production, consequently, reduce imports of military equipment and help make the country self-reliant.
    • While the majority of test facilities are expected to come up in the two Defence Industrial Corridors (DICs), the Scheme is not limited to setting up Test Facilities in the DICs only.

    Funding pattern

    • The projects under the Scheme will be provided with up to 75 per cent government funding in the form of ‘Grant-in-Aid’.
    • The remaining 25 per cent of the project cost will have to be borne by the Special Purpose Vehicle (SPV) whose constituents will be Indian private entities and State Governments.
    • The SPVs under the Scheme will be registered under Companies Act 2013 and shall also operate and maintain all assets under the Scheme, in a self-sustainable manner by collecting user charges.