#FactCheck: AI Video made by Pakistan which says they launched a cross-border airstrike on India's Udhampur Airbase

Introduction

Google India announced sachet loans on the Google Pay application to help small businesses in the country. Google India said that merchants in India often need smaller loans, hence, the tech giant launched sachet loans on the Gpay application. The company will provide loans to small businesses, which can be repaid in easier repayment instalments. To provide the load services, Google Pay has partnered with DMI Finance. This move comes at the Google for India, 2023, the flagship event to launch the Indian interventions planned by the big tech. 

What is a Sachet Loan? 

The loan system is the primary backbone of the global banking system. Since we have seen a massive transition towards the digital mode of transactions and banking operations, many online platforms have emerged. With the advent of QR codes, the Unified Payment Interface (UPI) has been rampantly used by Indians for making small or petty payments. Seeing this, Sachet loans made an advent as well, Sachet loans are essentially small-ticket loans ranging from Rs 10,000 to Rs 1 lakh, with repayment tenures between 7 days and 12 months. This nano-credit addresses immediate financial needs and is designed for swift approval and disbursement. Satchel loans are one of the most sought-after loan forms in the Western world. The ease of accessibility and easy repayment options have made it a successful form of money lending, which in turn has sparked the interest of the tech giant Google to execute similar operations in India. 

Google Pay

Pertaining to the fact that UPI payments are the most preferred form of online payment, google came out with GPay in 2013 and now enjoys a user base of 67 million Indians. Google Pay has a 36.10% mobile application market share in India, and 26% of the UPI payments made have been through Google Pay. Google Pay adoption for in-store payments in India was higher in 2023 than it was in early 2019, signalling a growing use among consumers. The numbers shown here refer to the share of respondents who indicated they used Google Pay in the last 12 months, either for POS transactions with a mobile device in stores and restaurants or for online shopping. Eight out of 10 respondents from India indicated they had used Google Pay in a POS setting between April 2022 and March 2023, with an additional seven out of 10 saying they used Google Pay during this same time for online payments.

Pertaining to the Indian spectrum, the following aspects should be kept into consideration: 

• PhonePe, Google Pay and Paytm accounted for nearly 96% of all UPI transactions by value in March
• PhonePe remained the top UPI app, processing 407.63 Cr transactions worth INR 7.07 Lakh Cr
• While Google Pay and Paytm retained second and third positions, respectively, Amazon Pay pushed CRED to the fifth spot in terms of the number of transactions
• Walmart-owned PhonePe, Google Pay and Paytm continued their dominance in India’s UPI payments space, together processing 94% of payments in March 2023.
• According to data from the National Payments Corporation of India (NPCI), the top three apps accounted for nearly 96% of all UPI transactions by value. This translates to about 841.91 Cr transactions worth INR 13.44 Lakh Cr between the three apps.

Conclusion

The big tech giant Google.org has been fundamental in creating and provisioning best-in-class services which are easily accessible to all the netizens. Satchel loans are the new services introduced by the platform and the widespread access of Gpay will go a long way in providing financial services and ease to the deprived and needy lot of the Indian population. This transition can also be seen by other payment portals like Paypal and Paytm, which clearly shows India's massive potential in leading the world of online banking and UPI transactions. As per stats, 40% of global online banking transactions take place in India. These aspects, coupled with the cores of Digital India and Make in India, clearly show how India is the global destination for investment in the current era.  

References

• https://www.livemint.com/companies/news/google-enters-retail-loan-business-in-india-11697697999246.html
• https://www.statista.com/statistics/1389649/google-pay-adoption-in-india/#:~:text=Eight%20out%20of%2010%20respondents,same%20time%20for%20online%20payments
• https://playtoday.co/blog/stats/google-pay-statistics/#:~:text=67%20million%20active%20users%20of%20Google%20Pay%20are%20in%20India.&text=Google%20Pay%20users%20in%20India,in%2Dstore%20and%20online%20purchases.
• https://inc42.com/buzz/phonepe-google-pay-paytm-process-94-of-upi-transactions-march-2023/

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Introduction

Microchips are the invisible foundation of the modern economy. From consumer electronics and automotive manufacturing to military defense and artificial intelligence, virtually every critical industry relies on semiconductor supply chains. Yet, despite their ubiquity, chip manufacturing remains one of the most complex and concentrated supply networks on the planet. This explainer breaks down the global semiconductor ecosystem: how chips are produced, where the primary vulnerabilities lie, and why control over silicon has become the defining geopolitical battleground of our time. 

A Chip Crosses More Borders Than Most People Do

Chipmaking is a relay race across continents. Engineers design the layout, then factories carve it onto silicon wafers so precisely that a particle of dust can ruin a batch. A single chip may be designed in the United States, made in Taiwan on Dutch equipment, assembled in Malaysia or Vietnam, and soldered in China or India. Thus, the entire link in the chain is vulnerable, and the failure of one weak element will lead to the stoppage of the entire chain. The forecast for the industry in 2021 was complicated by pandemic-related constraints and record demand, resulting in the disruption of automakers’ production costs by $210 billion and the loss of 7.7 million vehicles, according to AlixPartners

The Geography of Silicon Power

Manufacturing clusters in East Asia: Taiwan is focused on advanced manufacturing, South Korea – on memory (Samsung, SK Hynix), Japan – on chemicals and equipment. South Korea is ready to double its DRAM production in 2026 by increasing it 5 times than 2025. China is seeking to reduce its dependence on imports, but it is not as far along in advanced manufacturing as many analysts believe. The US holds much of the underlying IP but manufactures a smaller share of it — TSMC's Arizona campus shows the shift, growing from $12 billion to over $165 billion, with a further $100 billion expansion announced in mid-2026 that could push the total to $265 billion, potentially the largest foreign direct investment in US history.

Foundry, Fabless, or Both?

The semiconductor industry runs on  three primary business models:

• Fabless (Design-Only): Companies like NVIDIA, AMD, and Qualcomm focus exclusively on architecture, intellectual property, and circuit design. They outsource all physical fabrication to specialised manufacturers, which helps them stay agile.
• Pure-Play Foundries (Manufacturing-Only): Dedicated contract manufacturers, most prominently TSMC (Taiwan Semiconductor Manufacturing Company), take designs from fabless firms and produce the physical wafers. They invest billions annually in advanced lithography and don’t compete in product design.
• Integrated Device Manufacturers (IDMs): Legacy companies like Intel and Samsung manage the entire lifecycle, from designing and fabricating to packaging their own chips. However, maintaining both cutting-edge design and manufacturing capabilities has become more and more difficult, leading IDMs to adopt hybrid foundry strategies.

Advanced Packaging: The New Frontier 

For decades, the primary driver of semiconductor performance was Moore’s Law: shrinking transistor dimensions on a single silicon die. But physical limitations are making traditional scaling prohibitively expensive, making the industry shift its focus to Advanced Packaging.  Techniques like 2.5D and 3D stacking combine multiple chips with short, dense wiring, boosting speed and efficiency without shrinking transistors, which are crucial for AI hardware. TSMC's CoWoS platform is now considered as critical as fabrication itself, with demand regularly outpacing supply. Because packaging needs far less capital than a leading-edge fab, more countries are racing to build local packaging capacity.

Who Actually Runs This Industry

A few companies dominate the market. TSMC is the biggest contract manufacturer of chips, while Samsung is both a designer and a manufacturer. Intel is re-establishing its foundry business, while Nvidia has taken over the market for AI and graphics processing units. Qualcomm and MediaTek dominate the market for mobile phone chips, and AMD competes in the personal computer market. Finally, there is one tiny Dutch company, ASML, which has a monopoly on the most advanced lithography tools, called extreme ultraviolet, or EUV. Each such machine costs more than $15 billion, so there is no real competition for now. Broadcom, Micron, and SK Hynix are other important players, as they are major suppliers of memory chips for computers and cars, as well as AI chips.

Where Things Are Headed

AI remains central, pushing advanced packaging and high-bandwidth memory to the top of every strategy; SEMI projects 300mm memory equipment investment will exceed $50 billion in 2026. Trade policy now matters as much as technology. In January 2026, the U.S. imposed a 25 per cent tariff on advanced semiconductors and began applying case-by-case reviews to previously near-automatic rejections of requests for Chinese firms to buy state-of-the-art chips for use in artificial intelligence computers. The U.S. is incentivizing Taiwanese manufacturers to make semiconductors in America while South Korea, Japan, and the European Union have made efforts to encourage investment in their own display technology. According to an article from Bloomberg published in July 2026, new fabrication plants face a danger of being delayed for years due to a shortage of skilled workers, resulting in billions of dollars wasted on investments.

Conclusion

Ultimately, semiconductors represent the ultimate convergence of technology, commerce, and geopolitics. A single speck of silicon now carries the weight of global GDP, national security, and the future of artificial intelligence. As trade barriers rise and supply chains re-align, control over these micro-foundations will decide which economies lead and which get left behind. The next decade will be won by mastering advanced packaging, talent management, and forging strategic alliances. 

References

Semiconductor Industry Association (SIA). "Worldwide Chip Sales in May More Than Double Compared to Last Year." July 2026

Bloomberg. "US Semiconductor Labor Shortage Threatens Billions in Chip Factory Investments." July 2026

AlixPartners. "Semiconductor Shortages to Cost the Auto Industry Billions." September 2021

TSMC. "TSMC Arizona." Company overview 

World Semiconductor Trade Statistics (WSTS). "Global Semiconductor Market Surges Beyond $1.5T 2026."

Morgan Lewis. "BIS Revises Export Review Policy for Advanced AI Chips Destined for China and Macau." January 2026

Gibson Dunn. "The Trump Administration's New Tariffs on and Export Licensing Requirements for Advanced Semiconductors." January 2026

Congressional Research Service. "Legal Authority for Export Controls and Tariffs on Semiconductor Chips Sold to China." March 2026

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Introduction

Imagine spending two years , 730 days of early mornings, missed social events, and relentless mock tests  preparing for a single examination. Now imagine that on the morning of that exam, your phone buzzes with a forwarded video claiming the question paper has already leaked. Your heart sinks. You do not know whether to trust it or ignore it. You have about forty minutes before you must enter the hall. This was the reality for a section of the 22 lakh students who sat for the NEET UG 2026 re-examination on June 21, 2026, when a fabricated video alleging a paper leak on Telegram began circulating across WhatsApp groups and X within hours of the exam commencing. The National Testing Agency (NTA) swiftly and categorically denied the claims, activated the Indian Cyber Crime Coordination Centre (I4C), and appealed to the public not to amplify unverified content. The examination concluded without incident. But the episode laid bare a challenge that no security perimeter or surveillance camera can fully address: the weaponisation of misinformation against India's high-stakes examination ecosystem.

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The Anatomy of Examination Misinformation

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Why Examinations Are a Prime Target

India's national examinations are uniquely fertile ground for misinformation. With over 22 lakh candidates registered for NEET UG 2026 alone, the audience is vast, anxious, and hungry for any update  verified or otherwise. Research by MIT has found that false stories spread six times faster than accurate ones on social media, and are seventy percent more likely to be reshared. In India, where over 535 million people use WhatsApp and studies show that most users tend to trust messages forwarded by family and friends, the conditions for viral misinformation are near-ideal. According to a 2020 Microsoft survey, 52 percent of Indian respondents encountered misinformation at least once a day, the highest rate globally.

What makes examination-related misinformation especially dangerous is its timing. Fabricated content is almost always released on examination day itself, the precise moment when candidates are most emotionally vulnerable, official channels are stretched thin, and the window for effective rebuttal is narrowest. The NEET UG 2026 fake video, circulated on Telegram and amplified across closed WhatsApp groups, fits this pattern precisely. It was engineered not to inform, but to destabilise.

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A History That Sharpens the Anxiety

This misinformation did not emerge in a vacuum. The shadow of the 2024 NEET UG controversy  in which the Supreme Court of India confirmed that at least 155 students had directly benefited from a genuine paper leak, and which triggered nationwide protests, CBI investigations, and a parliamentary uproar — still looms large. Students and parents conditioned by that experience are primed to believe the worst, even when claims are entirely false. In 2026, that residual anxiety became the very vulnerability that bad actors sought to exploit. The government's response which included temporarily restricting access to Telegram in the lead-up to the re-examination  underscored just how seriously the threat of examination misinformation is now being taken at the highest levels.

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The NTA's Response: Why It Matters

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1. Speed and Transparency as Governance Tools: In crisis communication, the first credible voice usually wins. The NTA's near-immediate public denial posted on official social media handles and amplified by the Press Information Bureau's PIB Fact Check unit was a meaningful departure from the delayed, defensive responses that characterised earlier examination controversies. By directly labelling the video "FAKE" in capital letters, describing its creation as "a serious offence," and simultaneously appealing to students to rely only on official sources at neet.nta.nic.in, the NTA left little room for the false narrative to consolidate. NTA Director General Abhishek Singh went further, publicly stating that the agency was "100 per cent confident" in the integrity of the process and that no complaints of a genuine paper leak had been received. This matters beyond crisis management. Public trust in examination systems is not rebuilt through official statements alone , it is rebuilt through the consistent, transparent exercise of institutional authority. A swift, fact-based rebuttal, deployed before rumour hardens into public belief, is as much a governance act as it is a communications strategy.

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2. Cybercrime Coordination as a Structural Shift: Perhaps the most significant development in the NTA's response was its coordination with I4C and law enforcement agencies to trace the origin of the fabricated video. This signals a structural evolution: examination misinformation is no longer being treated as an administrative inconvenience but as cybercrime with legal consequences under the Information Technology Act, 2000. The announcement that legal action would follow also carries a deterrent message to potential future actors — that the machinery of cybercrime enforcement will be activated, and that fabricating content to mislead examination candidates is a prosecutable offence.

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The Human and Institutional Cost

The costs of examination misinformation are neither abstract nor trivial. Mental health experts have warned that controversies surrounding national-level examinations can have serious long-term psychological consequences for aspirants. Dr. Mustafa Nadeem Kirmani of Amity University has noted that such crises increase the risk of students taking "extreme steps like suicide attempts, anger toward the system, and hopelessness," and can, in the long run, lead to clinical depression. In the wake of the 2026 paper leak controversy, multiple reports of student deaths by suicide were linked to the compounded pressures of exam cancellation and uncertainty a grim reminder of the real human stakes behind governance failures in this domain. For institutions, every viral misinformation episode generates an avoidable administrative crisis. Helplines are overwhelmed, examination centre staff face panicked queries, and senior officials are pulled into damage control rather than exam administration. The credibility of clarifications issued under pressure is itself questioned by a public already primed for suspicion. This administrative burden, multiplied across 5,440 examination centres in India and 14 abroad, represents a significant and entirely unnecessary cost.

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Building a Resilient Ecosystem: What Needs to Change

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1. Proactive Communication and Platform Coordination: Institutional credibility is built before a crisis, not during one. Examination bodies must invest in sustained pre-examination communication that educates candidates and parents about the existence of misinformation campaigns and tells them exactly where to look for verified updates. This means highly visible, verified social media presences with large followings, real-time update protocols, and formal escalation channels with platforms like WhatsApp, Telegram, X, and YouTube to enable rapid takedown of false examination-related content. The IT Amendment Rules of 2023, which require significant social media intermediaries to act on government-flagged content, provide a legal basis for such coordination  but the operational infrastructure to activate it at speed must be built in advance, not improvised on the day.

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2. Fact-Checking Partnerships and Digital Literacy: Independent organisations such as BOOM Live, Alt News, and Vishvas News have proven their capacity to rapidly debunk examination misinformation. Formalising their role through a structured public-private partnership  where examination authorities share real-time verified information with empanelled fact-checkers  could close the window during which false content circulates unchallenged. Equally critical is investment in digital media literacy among students and parents. A 2018 survey found that nearly 45 percent of Indian respondents were unaware of any fact-checking organisations. Addressing this gap through school curricula, coaching networks, and the Ministry of Education's DIKSHA platform  is a preventive investment far less costly than repeated crisis management.

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Conclusion

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The NTA's handling of the NEET UG 2026 fake video was, by recent standards, exemplary. It was fast, transparent, authoritative, and backed by the activation of cybercrime enforcement. But a single well-managed episode does not constitute a resilient system. India runs some of the world's largest entrance examinations, and the stakes medical seats, livelihoods, and the aspirations of crores of young people are too high for crisis response alone to suffice. Combating examination misinformation requires permanent structural investment: dedicated rapid-response cells within examination bodies, formalised fact-checking pipelines, proactive platform coordination, and a sustained public education effort around digital verification. Protecting the integrity of India's examination ecosystem is not merely an administrative responsibility. It is a commitment to the millions of students who give everything they have to compete fairly and who deserve a system that protects them not only from cheating, but from the fear of it.

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References

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1. https://timesofindia.indiatimes.com/articleshow/131900261.cms
2. https://www.india.com/education/neet-ug-2026-re-exam-paper-leak-claim-goes-viral-nta-says-video-is-fake-and-false-fabricated-examination-conducted-successfully-8453620/
3. https://www.republicworld.com/education/neet-ug-re-exam-nta-says-paper-leak-video-fake-test-conducted-successfully-2026-06-22-129346
4. https://thefederal.com/category/education/neet-re-exam-paper-leak-admission-system-crisis-247410
5. https://www.outlookindia.com/healthcare-spotlight/beyond-the-paper-leak-emotional-trauma-among-neet-aspirants-raises-concern
6. https://en.wikipedia.org/wiki/2024_NEET_controversy
7. https://kaval.chat/blog/misinformation-scam-statistics-india-2026/
8. https://www.ijert.org/the-virality-gap-political-misinformation-and-the-information-crisis-in-india-s-digital-democracy-ijertv15is050041
9. https://www.science.org/doi/10.1126/science.aap9559 https://www.microsoft.com/en-us/digital-skills/digital-civility
10. https://www.meity.gov.in/content/information-technology-intermediary-guidelines-and-digital-media-ethics-code-amendment
11. https://www.indiacode.nic.in/handle/123456789/1999 
12. https://pib.gov.in/PressReleasePage.aspx 
13. https://www.careerindia.com/news/addressing-the-mental-health-crisis-sparked-by-net-and-neet-paper-leaked-in-india-041963.html
14. https://thediplomat.com/2025/03/indias-growing-misinformation-crisis-a-threat-to-democracy/

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