#Fact Check – Analysis of Viral Claims Regarding India's UNSC Permanent Membership

Introduction

The most recent cable outages in the Red Sea, which caused traffic to slow down throughout the Middle East, South Asia, and even India, Pakistan and several parts of the UAE, like Etilasat and Du networks, also experienced comparable internet outages, serve as a reminder that the physical backbone of the internet is both routine and extremely important. Cloud platforms reroute traffic, e-commerce stalls, financial transactions stutter, and governments face the fragility of something they long believed to be seamless when systems like SMW4 and IMEWE malfunction close to Jeddah. Concerns over the susceptibility of undersea information highways have been raised by the incident. Given the ongoing conflict in the Red Sea region, where Yemen’s Houthi rebels have been waging a campaign against commercial shipping in retaliation for the Israel-Hamas war in Gaza.  The effects are seen immediately. The argument over whether global connection is genuinely robust or just operating on borrowed time was reignited by these recent failures, which compelled key providers to reroute flows. 

A geopolitical signal is what looks like a “technical glitch.” Accidents in contested waters are rarely simply accidents, and the inability to quickly assign blame highlights how brittle this ostensibly flawless digital world is. 

The Paradox of Essential yet Exposed Infrastructure

This is not an isolated accident. Undersea cables, which carry more than 97% of all internet traffic worldwide, connect continents at the speed of light, and support the cloud infrastructures that contemporary societies rely on, are the brains of the digital economy., as cautioned by NATO’s Cooperative  Cyber Defence Centre of Excellence. In a sense, they are our unseen electrical grid; without them, connectivity breaks down. However, they continue to be incredibly fragile in spite of their significance. Anchors and fishing gear frequently damage cables, which are no thicker than a garden hose, and they break more than a hundred times annually on average. Most faults can be swiftly fixed or relocated, but when several cuts happen in strategic areas, like the 2022 Tonga eruption or the current Red Sea crisis, nations and economies are exposed to being isolated for days. 

The geopolitical risks are far more urgent. Subsea cables traverse disputed waters, land in hostile regimes, and cross oceans without regard for political boundaries. This makes them appealing for espionage, where state actors can tap or alter flows covertly, as well as sabotage, when service is interrupted to prevent access. Deliberate cable strikes have been likened by NATO specialists to the destruction of bridges or highways: if you choke the arteries, you choke the economy. Ironically, the most susceptible locations are not far below the surface but rather where cables emerge. These landing sites, which handle billions of dollars’ worth of trade, can have less security than a conventional bank office.

The New Theatre of Geopolitics 

Legal frameworks exist, but they are patchwork. Intentional damage is illegal under the UN Convention on the Law of the Sea and previous agreements, but attribution is still infamously challenging. Covert sabotage and intelligence operations are examples of legal grey areas in hybrid warfare scenarios. Even during times of peace, national governments that rely on their continuous operation but find it difficult to extend sovereignty into international waters, private telecom consortia, and content giants like Google and Amazon that now finance their own cables share the burden of protection.

Cables convey influence in addition to data. Strategic leverage belongs to whoever can secure them, tap them or cut them during a fight. Even though landing stations are the entry points for billions of dollars’ worth of international trade, they frequently offer less security than a commercial bank branch. 

India at the Crossroads of Digital Geopolitics 

India’s reliance on underwater cables presents both advantages and disadvantages. India presents a classic single-point-of-failure danger, with more than 95% of its international data traffic being routed through a 6-km coastal stretch close to Versova, Mumbai. Red Sea disruptions have previously demonstrated how swiftly chokepoints located far from India’s coast may impede its digital arteries, placing a burden on government functions, defence communications, and financial flows. However, this same vulnerability also makes India a crucial player in the global discussion around digital sovereignty. It is not only an infrastructure exercise; it is also a strategic and constitutional necessity to be able to diversify landing places, expedite clearances, and develop indigenous repair capability.

India’s geographic location also presents opportunities. India’s location along East-West cable lines makes it an ideal location for robust connectivity as the Indo-Pacific region becomes the defining region of geopolitics in the twenty-first century. India may change from being a passive recipient of connectivity to a shaper of its governance by investing in distributed cable architecture and strengthening partnerships through initiatives like Quad and IPEF. Its aspirations for global influence must be balanced with its home regulatory lethargy. By doing this, India can secure not only bandwidth but also sovereignty itself by converting subsea cables from hidden liabilities into tools of economic might and geopolitical leverage. 

CyberPeace Insights 

If cables are considered essential infrastructure, then their safety demands the same level of attention that we give to ports, airports, and electrical grids. Stronger landing station defences, redundancy in route, and sincere public-private collaborations are now a necessity rather than an option.

The Red Sea incident is a call to action rather than a singular disruption. The robustness of underwater cables will determine whether the internet is a sustainable resource or a brittle luxury susceptible to the next outage as reliance on the cloud grows and 5G spreads. 

References

• https://forumias.com/blog/answered-assess-the-strategic-significance-of-undersea-cable-networks-for-indias-digital-economy-and-national-security-discuss-the-vulnerabilities-of-this-infrastructure-and-suggest-measures-to-e/ 
• https://www.reuters.com/world/middle-east/red-sea-cable-cuts-disrupt-internet-across-asia-middle-east-2025-09-07/ 
• https://pulse.internetsociety.org/blog/what-can-we-learn-from-africas-multiple-submarine-cable-outages 

‍

Introduction

‍

Misinformation is no longer a challenge limited to major global platforms or widely spoken languages. In India and many other countries, false information is increasingly disseminated through local and vernacular languages, allowing it to reach communities more directly and intimately. While regional language content has played a crucial role in expanding access to information, it has also emerged as a powerful driver of misinformation by bad actors, and it often becomes harder to detect and counter. The challenge of local language misinformation is not merely digital in nature; it is deeply social, cultural, and shaped by specific local contexts.

‍

Why Local-Language Misinformation Is More Impactful

‍

A person’s mother tongue can be a highly effective medium for misinformation because it carries emotional resonance and a sense of authenticity. Information that aligns with an individual’s linguistic and cultural background is often trusted the most. When false narratives are framed using familiar expressions, local references, or community-specific concerns, they are more readily accepted and shared more widely.

Misinformation in a language like English, which is more heavily moderated, does not usually have the same impact as content in vernacular languages. In the latter case, such content tends to circulate within closed networks such as family WhatsApp groups, regional Facebook pages, local YouTube channels, and community forums. These spaces are often perceived as safe or trusted, which lowers scepticism and encourages the spread of unverified information.

‍

The Role of Digital Platforms and Algorithms

‍

Although social media platforms have opened up access to the content of regional languages, the moderation mechanisms have not kept up. The automated control systems for content are frequently trained mainly on the dominant languages, thus missing the detection of vernacular speech, slang, dialects, and code-mixing. 

This results in a disparity in the enforcement of laws where misinformation in local languages:

• Doesn’t go through automated fact-checking tools
• Is subject to human moderation takes place at a slower pace
• Is less prone to being reported or flagged
• Gains unrestrained access for a longer time period than first imagined

The problem is further magnified by algorithmic amplification. Content that triggers very strong emotional reactions fear, anger, pride, or outrage, has a higher chance of being promoted, irrespective of its truthfulness. In regional situations, such content may very quickly sway public opinion even in very closely knit communities.

‍

Forms of Vernacular Misinformation

‍

Local-language misinformation appears in various forms:

‍

• Health misinformation, with such examples as panic remedies, vaccine myths, and misleading medical prescriptions
• Political misinformation, which is mostly identified with regional identity, local grievances, or community narratives
• Rumours regarding disasters that are very hard to control and spread hatred during floods, earthquakes, or other public emergencies
• Economic and financial frauds that are perpetrated via the local dialect authorities or trusted institutions
• Cultural and religious untruths, which are based on exploiting the core of the beliefs

‍

The regional aspect of such misinformation makes it very difficult to be corrected because the fact-checks in other languages may not get to that audience.

‍

Community-Level Consequences

‍

The effect of misinformation in local languages is not only about the misdirection of individuals. It can also:

‍

• Negatively affect the process of public institutions gaining trust
• Support social polarisation and communal strife
• Get in the way of public health measures
• Help shape the decision-making process in elections at the grassroots level
• Take advantage of the digitally illiterate poor people

In a lot of scenarios, the damage done is not instant but rather accumulative, thus changing perceptions and supporting false worldviews more.

‍

Why Countering Vernacular Misinformation Is Difficult

‍

Multiple structural layers make it difficult to respond effectively:

‍

1. Variety of Languages: Just in India, there are many languages and dialects, which are very hard to monitor universally.
2. Culturally Aware Systems: The local languages sometimes bear meanings that are deeply rooted in the culture, such as by using sarcasm or referring to history, and automated systems are unable to interpret it correctly.
3. Reporting Not Common: Users might not spot misinformation or may not want to be a part of the struggle by showing the content shared by reliable members of the community.
4. Insufficient Fact-Checking Capacity: Resources are often unavailable for fact-checking organisations to perform their duties worldwide in different languages effectively.

‍

Building a Community-Centric Response

‍

Overcoming misinformation in local languages needs a community-driven resilience approach instead of a platform-centric one. Some of the key actions are: 

‍

• Boosting Digital Literacy: Users will be able to question, verify, and put the content on hold before sharing it, thanks to the regional language awareness campaigns that will be conducted.
• Facilitating Local Fact-Checkers: Local journalists, educators, and NGOs are the main players in providing the context for verification.
• Accountability of Platforms: It is necessary for technology companies to support global moderation in several languages, the hiring of local experts, and the implementation of transparent enforcement mechanisms.
• Contemplating Policy and Governance: Regulatory frameworks should facilitate proactive risk assessment while controlling the right to free expression.
• Establishment of Trusted Local Intermediaries: Community leaders, health workers, teachers, and local organisations can engage in preventing misinformation among the networks that they are trusted in.

‍

The Way Forward

‍

Misinformation in local languages is not a minor concern; it is an issue that directly affects the future of digital trust. As the number of users accessing the internet through local language interfaces continues to grow, the volume and influence of regional content will also increase. If measures do not include all language groups, misinformation will remain least corrected and most influential at the community level, where it is also the hardest to identify and address.

Such a problem exists only if the power of language is not recognised. Therefore, one can say that it is necessary to protect the quality of information in local languages, not only for digital safety but for other factors as well, such as social cohesion, democratic participation, and public well-being.

‍

Conclusion

‍

Vernacular content has the potential to be very powerful in the ways it can inform, include and empower; meanwhile, if it goes unmonitored, it has the same potential to mislead, divide, and harm. Mis-disinformation in local languages calls for the cooperation of platforms, regulators, NGOs, and the communities involved. To win over the digital ecosystem, it has to speak all languages, not only for communication but also for protection.

‍

References

‍

• https://www.mdpi.com/2304-6775/10/2/15
• https://afpr.in/regional-languages-shaping-indias-online-discourse/
• https://medium.com/@pratikgsalvi03/how-indias-misinformation-surge-and-media-credibility-crisis-are-undermining-democracy-public-dc8ad7be8e12
• https://projectshakti.in/
• https://journals.sagepub.com/doi/10.1177/02683962211037693
• https://rsisinternational.org/journals/ijriss/Digital-Library/volume-8-issue-11/505-518.pdf
• https://www.irjmets.com/upload_newfiles/irjmets71200016652/paper_file/irjmets71200016652.pdf

‍

What is Juice Jacking?

We all use different devices during the day, but they converge to a common point when the battery runs out, the cables and adaptors we use to charge the devices are daily necessities for everyone. These cables and adaptors have access to the only port in the phones and hence are used for juice-jacking attacks. Juice jacking is when someone installs malware or spyware software in your device using an unknown charging port or cable.

How does juice jacking work?

We all use phones and gadgets, like I-phones, smartphones, Android devices: and smartwatches, to simplify our lives. But one thing common in it is the charging cables or USB ports, as the data and power supply pass through the same port/cable.

This is potentially a problem with devastating consequences. When your phone connects to another device, it pairs with it (ports/cables) and establishes a trusted relationship. That means the devices can exchange data. During the charging process, the USB cord opens a path into your device that a cybercriminal can exploit.

There is a default setting in the phones where data transfer is disabled, and the connections which provide the power are visible at the end. For example, in the latest models, when you plug your device into a new port or a computer, a question is pooped asking whether the device is trusted. The device owner cannot see what the USB port connects to in case of juice jacking. So, if you plug in your phone and someone checks on the other end, they may be able to transfer data between your device and theirs, thus leading to a data breach.

A leading airline was recently hacked into, which caused delayed flights across the country. When investigated, it was found that malware was planted in the system by using a USB port, which allowed the hackers access to critical data to launch their malware attack.

FBI’s Advisory

Federal Bureau of Investigation and other Interpol agencies have been very critical of cybercriminals. Inter-agency cooperation has improved the pace of investigation and chances of apprehending criminals. In a tweet by the FBI, the issue of Juice Jakcking was addressed, and public places like airports, railways stations, shopping malls etc., are pinpointed places where such attacks have been seen and reported. These places offer easy access to charging points for various devices, which are the main targets for bad actors. The FBI advises people not to use the charging points and cables at airports, railways stations and hotels and also lays emphasis upon the importance of carrying your own cable and charger.

Tips to protect yourself from juice jacking

There are a few simple and effective tips to keep your smart devices smart, such as –

• Avoid using public charging stations: The best way to protect yourself and your devices is to avoid public charging stations it’s always a good habit to charge your phones in your car, at home, and in offices when not in use.
• Using a wall outlet is a safer option: If it’s too urgent for you to use a public station, try to use wall outlets rather than poles because data can’t get easily transferred.
• Use other methods/modes of charging: If you are travelling, carrying a power bank is always safe, as it is easy to carry.
• Software security: – It’s always advised to update your phone’s software regularly. Once connected to the charging station, lock your device. This will prevent it from syncing or transferring data.
• Enable Airplane mode while charging: If you need to charge your phone from an unknown source in a public area, it is advisable to put the phone on airplane mode or switch it off to prevent anyone from gaining access to your device through any open network.

However, many mobile phones (including iPhones) turn on automatically when connected to power. As a result, your mileage may vary. This is an effective safeguard if your phone does not turn on automatically when connected to power.

Conclusion

As of present, juice-jacking attacks are less frequent. While not the most common type of attack today, the number of occurrences is expected to rise as smartphone gadget usage and penetration are rising across the globe. Our cyber safety and security are in our hands, and hence protecting them is our paramount digital duty. Always remember we see no harm in charging ports, but that doesn’t mean that the possibility of a threat can be ruled out completely. With the increased use of ports for charging, earphones, and data transfer, such crimes will continue and evolve with time. Thus, it is essential to counter these attacks by sharing knowledge and awareness of such crimes and reporting them to competent authorities to eradicate the menace of cybercriminals from our digital ecosystem.