#FactCheck-A manipulated image showing Indian cricketer Virat Kohli allegedly watching Rahul Gandhi's media briefing on his mobile phone has been widely shared online.

Introduction

Embark on a groundbreaking exploration of the Darkweb Metaverse, a revolutionary fusion of the enigmatic dark web with the immersive realm of the metaverse. Unveiling a decentralised platform championing freedom of speech, the Darkverse promises unparalleled diversity of expression. However, as we delve into this digital frontier, we must tread cautiously, acknowledging the security risks and societal challenges that accompany the metaverse's emergence.

The Dark Metaverse is a unique combination of the mysterious dark web and the immersive digital world known as the metaverse. Imagine a place where users may participate in decentralised social networking, communicate anonymously, and freely express a range of viewpoints. It aims to provide an alternative to traditional online platforms, emphasizing privacy and freedom of speech. Nevertheless, it also brings new kinds of criminality and security issues, so it's important to approach this digital frontier cautiously.

In the vast expanse of the digital cosmos, there exists a realm that remains shrouded in mystery to the casual netizen—the dark web. It is a place where the surface web, the familiar territory of Google searches and social media feeds, constitutes a mere 5 per cent of the information iceberg floating in an ocean of data. Beneath this surface lies the deep web and the dark web, comprising the remaining 95 per cent, a staggering figure that beckons the brave and curious to explore its abysmal depths.

Imagine, a platform that not only ventures into these depths but intertwines them with the emerging concept of the metaverse—a digital realm that defeats the limitations of the physical world. This is the vision of the Darkweb Metaverse, the world’s premier endeavour to harness the enigmatic depths of the dark web and fuse it into the immersive experience of the metaverse.

As per Internet User Statistics 2024, There are over 5.3 billion Internet users in the world, meaning over 65% of the world’s population has access to the Internet. The Internet is used for various services. News, entertainment, and communication to name a few. The citizens of developed countries depend on the World Wide Web for a multitude of daily tasks such as academic research, online shopping, E-banking, accessing news and even ordering food online hence the Internet has become an integral part of our daily lives.

Surface Web

This layer of the internet is used by the general public on a daily basis. The contents of this layer are accessed by standard web browsers namely Google Chrome, and Mozilla Firefox to name a few. The contents of this layer of the internet are indexed by these search engines.

Deep Web

This is the second layer of the internet; its contents are not indexed by search engines. The content that is unavailable on the surface web is considered to be a part of the deep web. The deep web comprises a collection of various types of confidential information. Several Schools, Universities, Institutes, Government Offices and Departments, Multinational Companies (MNCs), and Private Companies store their database information and website-oriented server information such as online profile and accounts usernames or IDs and passwords or log in credentials and companies' premium subscription data and monetary transactional records in the Intra-net which is part of the deep web.

Dark Web

It is the least explored part of the internet which is considered to be a hub of various bizarre activities. The contents of the dark web are not indexed by search engines and specific software is required to access this layer of the internet namely TOR (The Onion Router) browser which cloaks to identify its users making them anonymous. The websites of the dark web are identified from .onion TLD (Top Level Domain). Due to anonymity provided in this layer, various criminal activities take place over there including Drugs trading, Arms trading, and Illegal PayPal account details to websites offering child pornography.

The Darkverse 

The Darkweb Metaverse is not a mere novelty; it is a revolutionary step forward, a decentralised social networking platform that stands in stark contrast to centralised counterparts like YouTube or Twitter. Here, the spectre of censorship is banished, and the freedom of speech reigns supreme. 

The architectonic prowess behind the Darkweb Metaverse is formidable. The development team is a coalition of former infrastructure maestros from Theta Network and virtuosos of metaverse design, bolstered by backend engineers from Gensokishi Metaverse. At the helm is a CEO whose tenure at the apex of large Japanese companies has endowed him with a profound understanding of the landscape, setting a solid foundation for the platform's future triumphs.

Financially, the dark web has been a flourishing underworld, with revenues ranging from $1.5 billion to $3.1 billion between 2020 and 2022. Darkverse, with its emphasis on user-friendliness and safety, is poised to capture a significant portion of this user base. The platform serves as a truly decentralised amalgamation of the Dark Web, Metaverse, and Social Networking Services (SNS), with a mission to provide an unassailable bastion for freedom of speech and expression.

The Darkweb Metaverse is not merely a sanctuary for anonymity and privacy; it is a crucible for the diversity of expression. In a world where centralised platforms can muzzle voices, Darkverse stands as a bulwark against such suppression, fostering a community where a kaleidoscope of opinions and information thrives. The ease of use is unparalleled—a one-time portal that obviates the need for third-party software to access the dark web, protecting users from the myriad risks that typically accompany such ventures.

Moreover, the platform's ability to verify the authenticity of information is a game-changer. In an era laced with misinformation, especially surrounding contentious issues like war, Darkverse offers a sign of truth where the source of information can be scrutinised for its accuracy.

Integrating Technologies 

The metaverse will be an immersive iteration of the internet, decked with interactive features of emerging technologies such as artificial intelligence, virtual and augmented reality, 3D graphics, 5G, holograms, NFTs, blockchain and haptic sensors. Each building block, while innovative, carries its own set of risks—vulnerabilities and design flaws that could pose a serious threat to the integrated meta world.

The dark web's very nature of interaction through avatars makes it a perfect candidate for a metaverse iteration. Here, in this anonymous world, commercial and personal engagements occur without the desire to unveil real identities. The metaverse's DNA is well-suited to the dark web, presenting a formidable security challenge as it is likely to evolve more rapidly than its real-world counterpart.

While Meta (formerly Facebook) is a prominent entity developing the metaverse, other key players include NVIDIA, Epic Games, Microsoft, Apple, Decentraland, Roblox Corporation, Unity Software, Snapchat, and Amazon. These companies are integral to constructing the vast network of real-time 3D virtual worlds where users maintain their identities and payment histories.

Yet, with innovation comes risk. The metaverse will necessitate police stations, not as a dystopian oversight but as a means to address the inherent challenges of a new digital society. In India, for instance, the integration of law enforcement within the metaverse could revolutionize the public's interaction with the police, potentially increasing the reporting of crimes.

The Perils within the Darkverse

The metaverse will also be a fertile ground for crimes of a new dimension—identity theft, digital asset hijacking, and the influence of metaverse interactions on real-world decisions. With a significant portion of social media profiles potentially being fraudulent, the metaverse amplifies these challenges, necessitating robust identity access management.

The integration of NFTs into the metaverse ecosystem is not without its security concerns, as token breaches and hacks remain a persistent threat. The metaverse's parallel economy will test the developers' ability to engender trust, a Herculean task that will challenge the boundaries of national economies.

Moreover, the metaverse will be a crucible for social engineering-based attacks, where the real-time and immersive nature of interactions could make individuals particularly vulnerable to deception and manipulation. The potential for early-stage fraud, such as the hyping and selling of virtual assets at unrealistic prices, is a stark reality.

The metaverse also presents numerous risks, particularly for children and adolescents who may struggle to distinguish  between virtual and real worlds. The implications of such immersive experiences are intense, with the potential to influence behaviour in hazardous ways.

Security risks extend to the technologies supporting the metaverse, such as virtual and augmented reality. The exploitation of biometric data, the bridging of virtual and real worlds, and the tendency for polarisation and societal isolation are all issues requiring immediate attention.

A Way Forward

As we stand on the cusp of this new digital frontier, it is evident that the metaverse, despite its reliance on blockchain, is not immune to the privacy and security breaches that have plagued conventional IT infrastructure. Data security, Identity theft, network security, and ransomware attacks are just a few of the challenges on the way.

In this quest into the unknown, the Darkweb Metaverse radiates with the promise of freedom and the thrill of discovery. Yet, as we navigate these shadowy depths, we must remain vigilant, for the very technologies that empower us also rear the seeds of our grim vulnerabilities. The metaverse is not just a new chapter in the story of the internet—it is a whole narrative, one that we must write with caution and care.

References 

• https://spores.medium.com/the-worlds-first-platform-to-deploy-the-dark-web-in-the-metaverse-releap-ido-on-spores-launchpad-a36387b184de 
• https://www.makeuseof.com/how-hackers-sell-trade-data-in-metaverse/
• https://www.demandsage.com/internet-user-statistics/#:~:text=There%20are%20over%205.3%20billion,has%20access%20to%20the%20Internet.

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Introduction

India’s telecommunications infrastructure is one of the world’s largest and most complex, serving over a billion users across urban and rural landscapes. With rampant digitisation and mobile penetration, the vulnerability of telecom networks to cyber threats has grown exponentially. On April 24, 2025, the Ministry of Communications (MOC) released a draft of the “Telecommunications (Telecom Cyber Security) Amendment Rules, 2025,” to update the prior Telecommunications (Telecom Cyber Security) Rules, 2024, to improve cybersecurity in India's telecom industry and fortify network security. Public comments and recommendations regarding these draft rules can be sent to the department by July 24, 2025, after they have been made available for public comment. These rules are enacted under the Telecommunications Act, 2023, to enhance national cybersecurity in the telecom domain. These rules aim to prevent misuse of telecom networks and reinforce data and infrastructure protection mechanisms across service providers. 

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Safeguarding the Spectrum: Unpacking the 2025 Cybersecurity Revisions

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The menace of fraudulent SIM cards deals the issue of cyber threats a fresh hand. The rising number of digital scams can also be attributed to unverified or fake mobile numbers. Fraudulent SIM cards have often been linked to various cybercrimes such as phishing, vishing, SIM swapping and identity theft. The situation has worsened in the face of easy availability of pre-activated SIM cards and weak KYC enforcement. In a recent example, as per reports of June 28, 2025, the Special Task Force (STF) found that the accused was operating a criminal nexus where he utilised fake documents and the Aadhaar credentials of law-abiding locals to activate numerous SIM cards. Following activation, the SIMs were either transferred to other telecom carriers for additional exploitation or sold illegally. This poses a serious concern for the data protection of vulnerable individuals, especially those in rural areas, whose credentials have been compromised. 

Given the adverse state of cybersecurity in the telecom industry, the Telecommunications (Telecom Cyber Security) Rules, 2024, were passed on 22nd November, 2024, which put various telecom entities under an obligation to actively prevent cybersecurity threats by adopting such policies that mitigate cybersecurity risks and notify the same to the Central Government. The 2024 Telecom Cybersecurity Rules were a significant step in fortifying India’s telecom infrastructure against cyber threats, but they primarily focused on licensed telecom service providers, leaving behind a large segment of digital platforms operating outside the traditional telecom framework largely unregulated. 

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Expanding the Net: Key Revisions Under the 2025 Cybersecurity Amendment Rules

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The amended rules of 2025 adequately address the regulatory blind spot that is created by the rapid expansion of online services, fintech apps, OTT platforms and social media networks, as these platforms often rely on telecom identifiers such as mobile numbers for user onboarding and service delivery. This regulatory blind spot was exploited for fraud, impersonation and other cybercrimes, especially in the absence of standardised identity verification mechanisms. The proposed regulations would give the government the authority to require private companies’ clients to provide identification if they use a mobile number. For a fee, businesses can also undertake this kind of verification on their own. “ The draft rules introduce a new category called “Telecommunication Identifier User Entities’ (TIUEs), extending cybersecurity compliance obligations to a broad category that now captures any entity using telecom identifiers to deliver digital services. It also creates a unified, government-backed verification framework, enabling better interoperability and uniform user identification norms across sectors. 

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While strengthening national digital security is the goal of the Telecom Cybersecurity (Amendment) Rules, 2025, the proposed rules create a great deal of uncertainty and compliance difficulties, especially for private digital platforms. A broad definition of Telecommunication Identifier User businesses (TIUEs) may include a variety of businesses, including e-commerce services, fintech apps and OTT platforms, under the purview of required mobile number verification. Given that many platforms already have advanced internal processes in place to verify users, this scope uncertainty creates significant concerns regarding operational clarity. 

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Conclusion

The Telecommunications (Telecom Cyber Security) Amendment Rules, 2025, represent a necessary evolution in India’s quest to secure its telecom ecosystem amid growing cyber threats. The draft regulations recognise the evolving landscape of digital services by broadening the legal scope to encompass Telecommunication Identifier User Entities (TIUEs). Though the goal of creating a strong, transparent and accountable framework is admirable, more clarification and stakeholder involvement are required due to the scope’s vagueness and the possible compliance burden on digital platforms. A truly durable telecom cybersecurity regime will require striking the correct balance between security, viability and privacy. 

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References 

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• https://www.cyberpeace.org/resources/blogs/the-government-enforces-key-sections-of-the-telecommunication-act-2023
• https://www.cyberpeace.org/resources/blogs/govt-notifies-the-telecommunications-telecom-cyber-security-rules-2024 
• https://the420.in/uttarakhand-stf-busts-fake-sim-racket-linked-to-cyber-crimes-and-nepal-network/ 
• https://www.thehindu.com/business/dot-puts-out-draft-rules-to-enable-mobile-user-validation/article69741367.ece ‍
• https://www.scconline.com/blog/post/2025/06/28/dot-telecom-cyber-security-draft-policy-update/

Introduction

The ongoing debate on whether AI scaling has hit a wall has been rehashed by the underwhelming response to OpenAI’s ChatGPT v5. AI scaling laws, which describe that machine learning models perform better with increased training data, model parameters and computational resources, have guided the rapid progress of Large Language Models (LLMs) so far. But many AI researchers suggest that further improvements in LLMs will have to be effected through large computational costs by orders of magnitude, which does not justify the returns.  The question, then, is whether scaling remains a viable path or whether the field must explore new approaches. This is not just a tech issue but a profound innovation challenge for countries like India, charting their own AI course. 

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The Scaling Wall: Gaps and Innovation Opportunities

Escalating costs, data scarcity, and diminishing gains mean that simply building larger AI models may no longer guarantee breakthroughs. In such a scenario, LLM developers will have to refine new approaches to training these models, for example, by diversifying data types and redefining training techniques.  

This global challenge has a bearing on India’s AI ambitions. For India, where compute and data resources are relatively scarce, this scaling slowdown poses both a challenge and an opportunity. While the India AI Mission embodies smart priorities such as democratising compute resources and developing local datasets, looming scaling challenges could prove a roadblock.  Realising these ambitions requires strong input from research and academia, and improved coordination between policymakers and startups. The scaling wall highlights systemic innovation gaps where sustained support is needed, not only in hardware but also in talent development, safety research, and efficient model design.

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Way Forward

To truly harness AI’s transformative power, India must prioritise policy actions and ecosystem shifts that support smarter, safer, and context-rich research through the following measures: 

• Driving Efficiency and Compute Innovation: Instead of relying on brute-force scaling, India should invest in research and startups working on efficient architectures, energy-conscious training methods, and compute optimisation.
• Investing in Multimodal and Diverse Data: While indigenous datasets are being developed under the India AI Mission through AI Kosha, they must be ethically sourced from speech, images, video, sensor data, and regional content, apart from text, to enable context-rich AI models truly tailored to Indian needs. 
• Addressing Core Problems for Trustworthy AI:  LLMs offered by all major companies, like OpenAI, Grok, and Deepseek, have the problem of unreliability, hallucinations, and biases, since they are primarily built on scaling large datasets and parameters, which have inherent limitations. India should invest in capabilities to solve these issues and design more trustworthy LLMs.
• Supporting Talent Development and Training: Despite its substantial AI talent pool, India faces an impending demand-supply gap. It will need to launch national programs and incentives to upskill engineers, researchers, and students in advanced AI skills such as model efficiency, safety, interpretability, and new training paradigms

Conclusion

The AI scaling wall debate is a reminder that the future of LLMs will depend not on ever-larger models but on smarter, safer, and more sustainable innovation. A new generation of AI is approaching us, and India can help shape its future. The country’s AI Mission and startup ecosystem are well-positioned to lead this shift by focusing on localised needs, efficient technologies, and inclusive growth, if implemented effectively. How India approaches this new set of challenges and translates its ambitions into action, however, remains to be seen.

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References

• https://blogs.nvidia.com/blog/ai-scaling-laws/
• https://www.marketingaiinstitute.com/blog/scaling-laws-ai-wall 
• https://fortune.com/2025/02/19/generative-ai-scaling-agi-deep-learning/ 
• https://indiaai.gov.in/ 
• https://www.deloitte.com/in/en/about/press-room/bridging-the-ai-talent-gap-to-boost-indias-tech-and-economic-impact-deloitte-nasscom-report.html 

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