In 2024, India’s online gaming market was valued at over $3.9 billion, but a battle with Google threatens its future. As Google tightens control over Play Store payments, Real Money Gaming (RMG) companies in India face an uncertain future—caught between regulatory battles, high service fees, and the looming expiration of Google’s pilot program. 

In 2024, Google removed multiple Indian apps for allegedly violating its in-app payment policies, leading to a government intervention that temporarily reinstated these apps¹.

While alternative payment options were introduced following Competition Commission of India (CCI) intervention, the core issue remained unresolved—Google continued to charge high commissions on transactions, leading to further disputes and regulatory scrutiny.

For RMG companies, the problem is twofold:

1. Google’s high commission fees (15-30%) on in-app transactions, which could be imposed once the pilot program allowing RMGs on the Play Store expired in June 2024².
2. The 28% GST on deposits, which already burdens gaming companies, making Google’s fees an additional financial blow.

Now in 2025, with Google pausing its RMG expansion plans, government regulators stepping in, and global legal rulings influencing India’s tech policies, the future of RMGs on the Play Store remains uncertain. As of early 2025, Google has not officially implemented the standard 15-30% commission on RMG transactions, but its continued silence leaves companies uncertain about the future.

Background: The Relationship Between RMGs and Google Play Store

The Ban Before 2022

Before September 2022, RMG apps were not allowed on Google Play Store in India due to:

• Gambling Addiction Concerns – Easy access to RMGs on the Play Store might lead to users spending excessive amounts of money, raising concerns about gambling addiction.
• Regulatory Uncertainty – The RMG market in India was relatively new. The lack of clear guidelines for online gaming in India made Google hesitant to list RMG apps.

As a result, RMG companies like Dream11, MPL, and RummyCircle had to rely on APK downloads from their websites, significantly limiting their reach and user acquisition.

The 2022 Play Store Pilot Program for RMGs

In September 2022, Google launched a pilot program allowing select RMG and fantasy sports apps to be listed on the Play Store without charging in-app commissions.

This was a game-changer for the industry, as Dream11 alone gained 55 million new users in 2023, compared to only 20 million in 2022 before Play Store access.

However, the pilot program was set to expire in June 2024, leading to concerns that RMG apps would be subjected to Google’s standard 15-30% service fee, significantly impacting their profitability³.

Key Updates in 2024-2025: What Has Changed?

1. Google Pauses RMG Expansion Plans (June 2024)

• Google had initially planned to expand Play Store support for more RMG apps in India and other countries.
• However, in June 2024, Google paused this expansion, citing difficulties in supporting real-money gaming apps in markets without clear licensing frameworks.
• This decision created further uncertainty for RMG operators, as Google has yet to confirm whether existing apps will face higher service fees.

2. Government and CCI Intervene Against Google’s App Store Policies

• In March 2024, Google delisted several Indian apps, including non-RMG platforms, for not complying with Play Store billing policies.
• This triggered a strong response from the Indian government, which forced Google to reinstate these apps temporarily. 
• In November 2024, the Competition Commission of India (CCI) launched an official investigation into Google’s Play Store policies for RMG and non-RMG apps, following complaints of monopolistic practices.
•  The case is still ongoing, and Google may be required to revise its policies depending on the outcome. Now, industry leaders and legal experts are calling for stricter regulations that could classify app store dominance as an ‘anti-competitive practice’—forcing Google to reduce or eliminate service fees for select industries.

3. Legal Rulings Impacting Google’s Play Store Fees

• A major U.S. court ruling in October 2024 required Google to allow third-party app stores on Android devices, setting a precedent for reduced reliance on Google Play billing.
• If similar regulations are introduced in India, RMG companies may not be forced to pay Google’s in-app fees.

4. Google to Allow RMG Ads on Play Store (April 2025 Onward)

• Google recently announced a policy change allowing skill-based real-money games to advertise on the Play Store from April 14, 2025.
• While this does not yet impact app listing fees, it signals a shift in Google’s approach towards monetizing the RMG industry.

The “Double Blow” for RMG Companies: Google Fees + 28% GST

• If Google introduces a 15-30% commission on RMG transactions, it would be on top of the existing 28% GST on deposits.
• This “double taxation” could make it financially unviable for RMG apps to remain on the Play Store.
• As seen in 2023, Dream11’s Play Store listing boosted its user acquisition, but if fees increase, companies may return to website-based APK downloads to avoid excessive costs.
• For example, if a player deposits ₹1,000 on an RMG app, ₹280 is immediately deducted as GST. If Google’s 30% commission is imposed on in-app transactions, another ₹216 (30% of ₹720) would be taken, leaving the company with just ₹504—a loss of nearly 50% before any operational costs or player payouts.

How RMG Companies Are Responding

With uncertainty surrounding Google’s policies, RMG companies are exploring alternative strategies to sustain growth.

1. Shifting Away from Play Store

• Some gaming companies are returning to direct APK downloads from their websites to avoid Google’s high fees.
• Progressive Web Apps (PWAs) are also being considered as an alternative distribution model.

2. Lobbying for Government Intervention

• RMG companies are pushing for regulatory relief, urging the government to ensure fairer digital marketplace policies.

3. Exploring Alternative Payment Models

• Some platforms are experimenting with direct bank integrations, blockchain payments, and third-party payment gateways to bypass Google’s in-app billing system.

The Future of RMGs on the Play Store: Possible Scenarios

The fate of RMG companies on the Play Store depends on several key factors, including Google’s final policy decision, government regulatory action, and legal precedents.

Scenario 1: Google Extends the Pilot Program Again

• RMGs continue to operate on the Play Store without high service fees.
• The CCI’s investigation may pressure Google into providing a more favorable structure.

Scenario 2: Google Enforces Standard Fees (15-30%)

• If Google imposes standard fees, RMG companies may exit the Play Store and return to APK-based distribution.
• This would slow user acquisition but protect profit margins.

Scenario 3: India Follows the U.S. Ruling on Third-Party App Stores

• If India adopts similar regulations, RMG companies may soon distribute apps via alternative app stores, reducing reliance on Google.

Scenario 4: Government Forces Google to Reduce Fees

• The Indian government or CCI may rule against Google’s high service fees, leading to a revised fee structure.

Conclusion: What Lies Ahead for RMGs?

The battle over Google Play Store fees is far from over.

With regulatory scrutiny, legal challenges, and changing platform policies, the RMG industry in India is at a crossroads.

Gaming companies, investors, and policymakers must closely monitor further developments and adapt their strategies accordingly. The ultimate outcome will determine whether RMGs remain on the Play Store or shift toward independent distribution models.

1. [1] https://www.deccanherald.com/technology/google-to-delist-10-indian-apps-from-play-store-over-policy-viol
   ations-2917337 ︎
2. [2] https://www.tice.news/tice-tv/how-does-google-own-you-understand-the-grand-google-geopolitics-strangling-small-biz-4289170# ︎
3. [3] https://www.livemint.com/companies/google-to-allow-all-real-money-games-on-play-store-11705071282032.html ︎

Space technology, often shortened to spacetech, refers to the application of engineering and technological advancements for the exploration and utilization of space. It encompasses a vast array of disciplines, from designing and launching satellites to developing advanced propulsion systems for efficient space travel. Ground infrastructure, robotics, space situational awareness, and even life sciences for human spaceflight all fall under the umbrella of space-tech.^[1]

Spacetech comprises:

• Upstream Segment: activities involving design, development and production processes necessary for creating space infrastructure and technology. This additionally encompasses material supply to the integration and launch of space vehicles, ensuring successful deployment and operation of spacecraft and satellites.
• Downstream Segment: activities involving utilization and application of space-based data and services, focusing on the development and deployment of satellite-based products for various sectors.
• Auxiliary Segment: activities related to space insurance services, space education, training and outreach programs, collaborations and technology transfers, and commercialization of spin-off products. 

The space technology sector in India operates under a comprehensive legal and regulatory framework designed to promote innovation, facilitate private sector participation, and protect national interests. This framework is governed by several key regulatory bodies and policies that ensure the sector’s growth and compliance with both national and international standards. This handy overview aims to provide a quick reference guide to understand the complex legal and regulatory framework governing India’s space sector. 

Key Regulatory Bodies of Spacetech in India

Key Legislations and Policies

International Treaties

India is a signatory to several key space treaties, ensuring compliance with international norms for peaceful space exploration:

Contractual Agreements for a Space Company in India

Establishing and operating a space company in India involves various contractual agreements ^[2] to protect intellectual property, and manage commercial relationships effectively.

Intellectual Property (IP) for Space Tech Companies in India

The legal framework for Intellectual Property Rights (IPR) in India provides robust protection for space tech companies by protecting innovations, fostering creativity, and encouraging investment. The Indian government has established a legal framework to safeguard IPR in the space industry, ensuring that companies can secure and monetize their innovations.

S. No.	Types of IP	Description	Example
1	Trademark	Function: Companies can register trademarks for their brands, logos, and other identifiers. This helps in building brand recognition and protecting against unauthorized use or infringement. Registration: Trademarks registration is optional but advisable, and once granted will be valid for 10 years, renewable every decade.	Names, word-marks, logos, symbols, tag-lines, short sound marks, and more.
2	Copyright	Function: Space tech companies can protect their software, technical manuals, and marketing materials under copyright law. Prevents unauthorized reproduction and distribution of proprietary content. Registration: The creator owns the copyright 60 years from creation before the work becomes public.	Software code, satellite imagery, technical documentation, mission designs, manuals, and more. Example – Satellite mission documentation, control software
3	Patent	Function: Space tech companies can file patents for new inventions related to space technology, including satellite components, launch vehicles, and software algorithms.  Registration: The Act provides protection for 20 years from the date of filing, allowing companies to exclusively exploit their inventions.	Rocket designs, propulsion systems, satellite components, drastically unique or different technology, and more. Example – ISRO’s cryogenic engine patents
4	Design	Function: Companies can register designs for components and products used in space technology, such as satellite bodies and ground station equipment. Registration: The Designs Act offers protection for registered designs enumerated as follows:  Initial validity: A registered design certificate is valid for 10 years from the date of registration. Extension: The protection can be extended for an additional 5 years by filing an application and paying the prescribed fee.	Satellite structures, rocket exterior designs, space module configurations, and more. Example – Exterior design of the GSLV Mk III rocket
5	Trade Secret	Function: Trade secrets are confidential, commercially valuable information known to a limited group and protected by the rightful owner through reasonable measures,  typically including confidentiality agreements. Provisions: Although there is no specific legislation for trade secrets in India, they are protected under common law principles of confidentiality and contract law. Companies can use non-disclosure agreements (NDAs), confidentiality clauses, and other contractual arrangements to protect their trade secrets.	Manufacturing processes, proprietary algorithms, satellite data processing techniques, and more. Example- Proprietary algorithms for satellite data compression and transmission

India’s Foreign Direct Investment (FDI) Policy in the Space Sector

In line with the vision of the Indian Space Policy 2023 and further to the Union Budget 2024-25, the Foreign Exchange Management (Non-Debt Instrument) Rules, 2019 (“NDI Rules”) were amended by way of Gazette notification dated 16 April 2024^[3] to prescribe liberalized FDI thresholds for various sub-sectors/activities in India’s spacetech ecosystem. This is seen as a welcome change as the erstwhile policy was restrictive, requiring significant government oversight and limiting avenues for private sector participation. 

FDI Policy and amendment to NDI Rules, 2024

Existing foreign investment limits in the space sector are provided under Chapter 5 of the Consolidated FDI Policy Circular of 2020^[4], which are yet to be updated to reflect the amendment to the NDI Rules. The NDI Rules recognize “space” as a sector in itself in Schedule I, and the crux of the policy lies in the categorization of space-related activities and the corresponding FDI thresholds. Here’s a breakdown of the key categories and their investment limits:

The investee entity is required to adhere to sectoral guidelines issued by the Department of Space from time to time. The amended NDI Rules also incorporate definitions for the purpose of identifying the applicable FDI threshold and route:

(i) “Satellites – Manufacturing and Operation”: end-to-end manufacturing and supply of satellite or payload, establishing the satellite systems including control of in-orbit operations of the satellite and payloads;

(ii) “Satellite Data Products”: reception, generation or dissemination of earth observation or remote sensing satellite data and data products including Application Interfaces (API);

(iii) “Ground Segment”: supply of satellite transmit or receive earth stations including earth observation data receive station, gateway, teleports, satellite Telemetry, Tracking and Command (TTC) station and Satellite Control Centre (SCC), etc.;

(iv) “User Segment”: supply of user ground terminals for communicating with the satellite, which are not covered in Ground Segment;

(v) “Launch Vehicles and Associated Systems or Sub-systems”: vehicle and its stages or components that is designed to operate in or place spacecraft with payloads or persons, in a sub-orbital trajectory, or earth orbit or outer space;

(vi) “Manufacturing of components and systems or sub-systems for satellites Ground Segment and User Segment”: comprises the manufacture and supply of the electrical, electronic and mechanical components systems or sub-systems for satellites, Ground Segment and User Segment.

Gaps in the FDI Policy 2024 for Space-Tech

The amendments to the NDI Rules proposed to also be carried out to the existing FDI Policy 2020 aim to liberalize the spacetech sector, but certain gaps and ambiguities still exist that need to be addressed for it to be fully effective.

1. Requirement to Comply with Sectoral Guidelines: The policy mandates that investee entities must comply with sectoral guidelines issued by the Department of Space, which counteracts the intended liberalization.
2. Clarity on “Satellites – Manufacturing & Operation”: The term “satellites – manufacturing & operation” does not explicitly cover spacecrafts that may not be categorized as satellites, creating potential ambiguity.
3. Definition of “Satellite Data Products”: The term “satellite data products” conflicts with the Geospatial Guidelines, which allow up to 100% foreign investment under the automatic route for similar data products, which might lead to regulatory overlaps and conflicts.
4. Overlapping Activities: Companies engaged in activities spanning multiple categories (e.g., manufacturing components for both satellites and launch vehicles) must restrict foreign investments to the stricter category thresholds. This may necessitate business restructuring to comply with the new regulations.
5. Grandfathering Existing Investments: The policy does not clearly address how existing investments, made under previous interpretations of the FDI rules, will be treated. Companies that received investments without explicit government approval may  require post-facto government approval.

Concluding Thoughts

Given the national contribution advancements in space tech bring about, it is natural that a degree of government oversight is still built into the legal and regulatory framework. While the amendments to the NDI Rules signify an exciting turn of events for the space tech sector in India, the significant nature of it is still required to be captured across applicable legislations. Further, the proposed 2024 FDI policy does not completely do away with the requirement to comply with sectoral guidelines, or provide complete clarity on critical terms commonly used in the industry. Further, the nature of overlapping business activities could trigger restructuring of businesses, with no clarity provided on grandfathering existing investments. These are likely to be the subject of any clarificatory orders from the Ministry of Finance (Department of Economic Affairs).

References:

[1] https://it.telangana.gov.in/initiatives/spacetech

[2] In addition to the above agreements, space companies may also need to enter into other agreements, such as marketing agreements, sponsorship agreements, and international collaboration agreements. The specific agreements that a space company needs to enter into will depend on its specific business model and operations.

[3] https://egazette.gov.in/WriteReadData/2024/253724.pdf

[4] https://dpiit.gov.in/sites/default/files/FDI-PolicyCircular-2020-29October2020_0.pdf

Artificial Intelligence (AI), especially Large Language Models (LLMs) are transforming the legal and financial sectors. These models enhance efficiency, accuracy, and decision-making through advanced natural language processing (NLP) and text generation. LLMs are built on deep learning architectures and trained on vast datasets to understand, interpret, and generate human-like text and thereby support professionals by automating routine tasks. This article explores how LLMs are transforming both the legal and financial industries, their applications, benefits, challenges, and future implications. ^[1]

Understanding Large Language Models

LLMs are AI systems designed to understand, generate, and respond to human language in a manner that mimics human-like understanding and reasoning. These models are trained on vast amounts of textual data, allowing them to learn patterns, relationships, and nuances in language. Recent advancements have expanded the capabilities of LLMs beyond simple language understanding to complex tasks such as language generation, translation, summarization, and even dialogue. ^[2]

Applications of LLM in the Legal Sector

With these developments, LLMs have been given the challenge of revolutionizing the legal sector by offering advanced capabilities in natural language processing (NLP) and understanding legal texts. Here’s how LLMs are being applied in the legal sector, at relatively small scales (at present):

• Automating Routine Tasks

LLMs are transforming legal practices by automating routine tasks such as document review, legal research, and case analysis. They can sift through extensive legal databases, extract relevant information from case law, statutes, and regulations, and provide summaries or insights that aid legal professionals in decision-making. ^[3]

• Streamlining Contract Analysis and Due Diligence

In contract law and due diligence processes, LLMs streamline the analysis of contracts by extracting key terms, identifying risks, inconsistencies, or anomalies, and suggesting revisions based on predefined legal criteria, and also provide significant support contract management by analyzing contracts, extracting key points, and categorizing them based on legal issues, thereby saving time on administrative tasks. This reduces the time and effort required for contract review and enhances accuracy in identifying potential legal issues.

Moreover, LLMs assist in legal compliance by monitoring legislative updates, identifying pertinent legal developments, and providing insights to mitigate risks and ensure regulatory adherence. ^[4]

• Compliance Monitoring and Regulatory Analysis

LLMs assist legal departments in compliance monitoring by analyzing regulatory texts, monitoring changes in laws and regulations, and ensuring adherence to compliance requirements. They facilitate the preparation of compliance reports, regulatory filings, and disclosures, thereby improving efficiency and reducing compliance-related risks. ^[5]

Case Studies and Examples for Legal Sector

Examples of successful integration of LLMs into legal practices include the use of AI-powered platforms for legal research and contract management by law firms and corporate legal departments. These platforms leverage LLMs to enhance productivity, accuracy, and decision-making capabilities in handling legal documents and regulatory requirements.

Some examples wherein LLMs have been opined on or even used by Indian Judiciary include:

1. In 2023, the Delhi High Court issued a temporary injunction, commonly known as a “John Doe” order, prohibiting social media platforms, e-commerce websites, and individuals from using actor Anil Kapoor’s name, voice, image, or dialogue for commercial purposes without authorization. The Court specifically banned the use of Artificial Intelligence (AI) tools to manipulate his image and the creation of GIFs for monetary gain. Additionally, the Court directed the Union Ministry of Electronics and Information Technology to block pornographic content that features altered images of the actor. ^[6]
2. Since 2021, the Supreme Court has employed an AI-powered tool designed to process and organize information for judges’ consideration, though it does not influence their decision-making process. Another tool utilized by the Supreme Court of India is SUVAS (Supreme Court Vidhik Anuvaad Software), which facilitates the translation of legal documents between English and various vernacular languages.
3. In the case of Jaswinder Singh v. State of Punjab, the Punjab & Haryana High Court put the question of the worldwide view on bail for assaults with cruelty to ChatGPT, and included the excerpt of the response from ChatGPT as a part of the order. While no reliance was placed on the response from ChatGPT itself, the excerpt was in support of the honorable court’s findings and explained that “if the assailants have been charged with a violent crime that involves cruelty, such as murder, aggravated assault, or torture, they may be considered a danger to the community and a flight risk”. ^[7]

AI-powered platforms have enabled law firms and corporate legal departments to enhance productivity and accuracy in legal research and contract management, including players such as Harvey AI, Leya AI, Paxton AI, DraftWise, Robin, etc., all of which use LLMs and other technologies to provide support to legal professionals to assist lawyers with drafting, negotiating, reviewing, and summarizing legal documents, and to provide more useful legal research and contract management tools.

Moreover, within the Indian Judiciary, LLMs have been employed for tasks ranging from issuing injunctions to aiding in translation and providing broader insights into legal considerations. 

These advancements underscore the growing role of AI technologies in augmenting judicial processes while maintaining clarity on their role in supporting, rather than determining, legal outcomes. As AI continues to evolve, its integration promises to further streamline legal operations and foster more informed and equitable judicial decisions.

Impact of LLM on Financial Services

The finance sector faces a deluge of data, including filings, reports, and contracts, requiring meticulous scrutiny due to the high stakes involved. Errors are not an option when handling finances. The recent integration of Large Language Models (LLMs) represents a transformative shift. LLMs have the capability to rapidly process and generate extensive text, automate repetitive tasks, and condense information into accessible formats. Functions such as fraud detection, anomaly analysis, and predictive modeling can now leverage AI and machine learning techniques effectively. 

• Risk Assessment and Fraud Detection

Machine-learning AI models analyze large datasets in real-time to quickly spot potential fraud by learning from past data. Trained on both fraudulent and legitimate examples, these models categorize transaction patterns, improving fraud detection.

Processing insurance claims for property and casualty involves complex assessments to determine validity and cost, tasks prone to errors and time consumption. While usually requiring human judgment, LLMs can assist by summarizing damage reports.

When combined with AI systems that analyze incident images, LLMs further automate insurance claim processing, speeding up cost assessments. This saves time and money, potentially enhancing customer satisfaction, and strengthens fraud detection to ensure claims are valid and payments are secure. ^[8]

• Improving Compliance and Regulatory Reporting

The financial services sector works under strict rules and regulations. Companies must follow these rules carefully to stay compliant. It’s challenging because regulations change often, so businesses must regularly update their policies and procedures to meet the latest requirements.

Automation plays a crucial role in enhancing compliance processes within banking and financial organizations by streamlining workflows, monitoring regulatory updates, and managing risk effectively. Automated systems, such as Robotic Process Automation (RPA), help banks maintain regulatory compliance by automating tasks like document verification, data entry, and compliance reporting. They also ensure that compliance procedures stay current with evolving regulations, continuously monitoring changes and triggering necessary updates. 

Automation further supports Know Your Customer (KYC) and Anti-Money Laundering (AML) compliance by automating customer due diligence and identity verification processes, enhancing fraud detection capabilities. Additionally, automated data management and reporting systems improve the accuracy and efficiency of compliance reporting, while automated audit trails enhance transparency and control over compliance activities. Lastly, automation aids in managing vendor and third-party risks by automating due diligence, risk assessments, and monitoring processes, ensuring compliance with contractual obligations and regulatory requirements. ^[9]

Implementation of AI in Financial Services 

1. Companies like PayPal and Mastercard are leveraging AI to combat payment fraud effectively. PayPal, handling billions of transactions annually, employs deep learning and machine learning to analyze vast amounts of data, including customer purchase history and fraud patterns. This allows PayPal to accurately detect potential fraud instances, such as unusual account access from multiple countries in a short period. By continuously analyzing data in real-time and generating thousands of rules, PayPal maintains a low transaction-to-revenue ratio, significantly below the industry average.
2. Similarly, Mastercard has developed its own AI model, Decision Intelligence, which uses a recurrent neural network trained on billions of transactions to predict and prevent fraudulent activities within milliseconds. This technology has substantially improved fraud detection rates across Mastercard’s network, demonstrating AI’s pivotal role in enhancing security and efficiency in the payments industry. ^[10]

Challenges and Considerations

• Data Privacy and Security Concerns

The deployment of LLMs in India’s legal and financial sectors raises significant concerns regarding data privacy and security, due to the lack of any formal legislation or rule-making in relation to use of LLMs in these sectors. Furthermore, these sectors manage sensitive information such as financial records, legal documents, and personal data, necessitating stringent measures to ensure LLMs handle this information securely. While we still lack a dedicated regulation for LLMs in India, compliance with Indian data protection laws, including the Digital Personal Data Protection Act, 2023 and existing regulations like the Information Technology (Intermediary Guidelines and Digital Media Ethics Code) Rules, 2021, is crucial to maintaining trust and legality.

• Ethical Implications and Bias

LLMs trained on extensive datasets may unintentionally perpetuate biases present in Indian societal contexts. In legal applications, biased language models could influence outcomes unfairly, or create a cultural bias of overrepresentation impacting judgments based on factors such as caste, religion, or socioeconomic status. Similarly, biased algorithms in financial services could lead to discriminatory practices in lending or investment decisions. Addressing biases requires meticulous scrutiny during model development, robust testing for fairness, and ongoing monitoring to mitigate unintended consequences, aligning with Indian principles of equality and non-discrimination.

• Need for Balanced Human Oversight

While LLMs offer automation and efficiency gains, they cannot replace human judgment in India’s legal and financial decision-making processes. These domains require nuanced understanding, ethical reasoning, and cultural sensitivity—attributes that current AI technologies may lack. Human oversight is essential to ensure LLMs are deployed ethically, interpret outcomes correctly, and intervene when necessary to prevent errors or ethical breaches. Effective oversight by a dedicated regulatory body and audits conducted by independent third parties help ensure compliance and transparency. This oversight aligns with Indian legal principles of fairness, justice, and accountability.

• Regulatory Challenges

Integrating AI, including LLMs, into India’s legal and financial sectors must navigate complex regulatory landscapes.  Indian laws, such as the Indian Contract Act, 1872, the Banking Regulation Act, 1949, and the Reserve Bank of India’s guidelines on data protection and cybersecurity, impose stringent requirements on data handling, fairness, and transparency. Compliance with these regulations is essential to mitigate legal risks and ensure responsible AI deployment. Collaborative efforts among AI developers, legal experts, and regulatory authorities are crucial to align LLM applications with Indian regulatory frameworks effectively. Stringent guidelines that clearly define acceptable uses of LLMs, along with strict penalties for any violations, are crucial parts of the framework. 

• Public Awareness

Public awareness campaigns and programs to improve digital literacy aim to empower citizens to navigate AI-generated content confidently. Investment in research and development, international collaboration, flexible regulations, strengthened data protection, and a comprehensive approach are all necessary steps forward.

Conclusion & Future Prospect 

In conclusion, LLMs present transformative opportunities for India’s legal and financial sectors, enhancing productivity, decision-making, and customer service. Addressing challenges such as data privacy, bias mitigation, human oversight, and regulatory compliance is paramount to realizing these benefits responsibly. In the legal domain, LLMs can automate document review, streamline contract analysis, and enhance legal research capabilities, thereby boosting efficiency and reducing costs for law firms and legal departments. This technology also holds potential in providing legal assistance to a broader segment of the population, bringing efficiency and improving access to justice. In the financial sector, LLMs can analyze vast amounts of data to aid in risk assessment, customer service automation, and predictive analytics for investment decisions. 

While LLMs bring automation and efficiency benefits, human oversight remains indispensable to mitigate these risks, ensuring that LLMs are deployed ethically, interpreting results accurately, and intervening as needed to uphold ethical standards and regulatory compliance in alignment with Indian principles of justice and accountability. Overall, while LLMs offer substantial benefits in terms of efficiency and innovation, their integration into the legal and financial sectors will require careful planning, regulatory adherence, and continuous monitoring to mitigate risks and maximize their positive impact.

References:

[1] https://www.ey.com/en_gr/financial-services/how-artificial-intelligence-is-reshaping-the-financial-services-industry
[2] https://ashishjaiman.medium.com/large-language-models-llms-260bf4f39007
[3] https://lembergsolutions.com/blog/large-language-model-use-cases-and-implementation-insights#:~:text=As%20a%20result%20of%20such,deliver%20legal%20services%20on%20time.&text=LLMs%20can%20help%20with%20contract,chosen%20by%20a%20legal%20expert.
[4] https://lembergsolutions.com/blog/large-language-model-use-cases-and-implementation-insights#:~:text=As%20a%20result%20of%20such,deliver%20legal%20services%20on%20time.&text=LLMs%20can%20help%20with%20contract,chosen%20by%20a%20legal%20expert.
[5] https://medium.com/@social_65128/revolutionizing-legal-research-and-document-analysis-with-llms-9b1006c1add9
[6] https://www.barandbench.com/columns/unlocking-the-potential-of-large-language-models-in-artificial-intelligence-challenges-and-imperative-for-regulation
[7] https://www.barandbench.com/columns/artificial-intelligence-in-context-of-legal-profession-and-indian-judicial-system
[8] https://www.sabrepc.com/blog/deep-learning-and-ai/ai-llms-in-finance-payment
[9] https://automationedge.com/blogs/banking-compliance-automation/#:~:text=Automation%20can%20assist%20in%20automating,and%20enhancing%20fraud%20detection%20capabilities.
[10] https://www.sabrepc.com/blog/deep-learning-and-ai/ai-llms-in-finance-payment

Also Read:

https://www.elastic.co/what-is/large-language-models
https://www.globallegalinsights.com/practice-areas/ai-machine-learning-and-big-data-laws-and-regulations/india/
https://www.barandbench.com/columns/unlocking-the-potential-of-large-language-models-in-artificial-intelligence-challenges-and-imperative-for-regulation
https://www.datacamp.com/blog/understanding-and-mitigating-bias-in-large-language-models-llms
https://www.elastic.co/what-is/large-language-models
https://www.globallegalinsights.com/practice-areas/ai-machine-learning-and-big-data-laws-and-regulations/india/
https://www.barandbench.com/columns/unlocking-the-potential-of-large-language-models-in-artificial-intelligence-challenges-and-imperative-for-regulation
https://www.datacamp.com/blog/understanding-and-mitigating-bias-in-large-language-models-llms

Key Features of Blockchain Technology:

1. Decentralized: Blockchain allows for a decentralized network composed of multiple nodes or participants. This ensures the network is secure and minimizes the risk of malicious interference while providing financial sovereignty and democratic control to participants.
2. Peer-to-Peer (P2P): Blockchain technology leverages the power of P2P networks to provide a shared and reliable ledger of transactions. All nodes carry out the same tasks equitably without the presence of a central administrator.
3. Transparency: Blockchain makes transaction history more transparent, as all nodes on the network share a copy of the document, enabling all users to see updated records.
4. Security: Blockchain is superior to any other recording system, as it ensures all documents of transactions are updated or altered by consensus by the nodes in the network. This decentralized storage of information ensures that no individual holds the right to update records.
5. Efficiency: Blockchain streamlines transactional processes through traditional paperwork, minimizes the risk of error, eliminates the involvement of third-party beneficiaries, and makes transactions efficient and faster.

How Blockchain Technology Works:

Blockchain technology is the concept of digitally storing data in the most transparent, secure, and efficient way. The data is recorded on blocks and chained together cryptographically to create an unalterable digital ledger. Each participant on the Blockchain network has access to the entire database and its history, ensuring transparency, security, and efficiency. Let us now try to understand the working of the Blockchain technology from the flowchart below:

Types of Blockchains:

1. Public Blockchain: Also known as Permissionless Blockchains, Public blockchains are open networks that allow anyone to participate in the network. The data on a public blockchain is secure as it is not possible to modify the data or interfere with the same once it is validated on the blockchain.
2. Private Blockchain: Private blockchains, also known as authorized blockchains, are managed by the network administrator and only a single organization has authority over the network.

Potential Use Cases:

1. Cryptocurrency: The most well-known use of Blockchain Technology is for cryptocurrency exchanges. When people exchange or spend cryptocurrency, the transactions are recorded on a blockchain, with each block representing a separate transaction that is validated by the participants in the network.
2. Financial Exchanges: Blockchains can also be used for traditional exchanges to allow for faster and less expensive transactions. Decentralized exchanges provide better management and security because investors do not have to deposit their assets with a central authority.
3. Banking: Blockchain may be used to process transactions in fiat currency such as dollars and euros to make such transfers secure, quick, and more economical, especially for processing cross-border transactions.
4. Insurance: Using smart contracts on the blockchain can increase the transparency of customers and insurers. Recording all claims on the blockchain would prevent duplicate claims for the same event and speed up the process for applicants to receive payments.
5. Lending: Smart contracts built on the blockchain allow for secure lending, triggering the payment of services, margin calls, full repayment of loans, the release of collateral, etc. on the happening of certain events.
6. Real Estate: By recording real estate transactions using blockchain technology, a safer and more accessible way to identify and transfer real estate can be provided, speeding up transactions, reducing paperwork, and saving costs.
7. Healthcare: Blockchain can be used to protect medical records, health records, and other related electronic records, ensuring that medical professionals have accurate and up-to-date information about their patients and improve treatment.

Drawbacks of Blockchain Technology:

1. Power Consumption: The power consumption in the blockchain is high due to mining activities, maintaining a real-time ledger, and communicating with other nodes.
2. Scalability: The size of the block equals the data it stores, which poses serious difficulties for practical use, as each participant node needs to verify and approve a transaction.
3. Storage: Blockchain databases are stored indefinitely on all network nodes, causing storage space issues.
4. Privacy and Security: The public blockchain is not entirely secure as anyone on the network can legally access data, leading to privacy concerns.
5. Regulations: Regulatory regimes in the financial arena are a challenge for blockchain implementation, as blockchain applications need to establish a process to identify the culprit in the event of a scam.

In conclusion, Blockchain Technology is a powerful tool with numerous potential use cases and benefits, especially in the rapidly growing field of Cryptocurrency, NFTs, and digital currencies. However, there are also drawbacks to be considered, such as power consumption, scalability, storage, privacy and security, and regulatory challenges. Despite these challenges, the potential benefits of blockchain technology make it an important development to watch as it continues to evolve and adapt to new regulatory regimes. As the world becomes more technologically advanced, it is essential to stay informed about the latest developments in blockchain technology, as it has the potential to revolutionize how we store and exchange data in the future.

FAQs about Blockchain Technology

1. What are the main benefits of using blockchain technology?

Blockchain technology offers several benefits, including decentralization, transparency, security, and efficiency. By providing a decentralized network, blockchain ensures that the network is secure and minimizes the risk of malicious interference while giving participants control and financial sovereignty. Additionally, blockchain offers transparency by making transaction history more visible to all participants, and it provides security by ensuring that documents of transactions are updated or altered by consensus by the nodes in the network.

2. How is blockchain technology different from traditional database technology?

Blockchain technology differs from traditional database technology in several ways. First, blockchain is a distributed ledger that is shared among participants in a decentralized network, while traditional databases are often centralized, controlled by a single party or authority. Additionally, blockchain is more secure due to its decentralized nature, while traditional databases are more vulnerable to malicious interference. Lastly, while traditional databases require specific permissions to access and modify data, blockchain enables participants to access records while maintaining security and transparency.

3. How does blockchain technology and cryptocurrencies work together?

Blockchain technology and cryptocurrencies work together as blockchain is the underlying technology that allows cryptocurrencies to operate securely, transparently, and efficiently. Each cryptocurrency uses a specific blockchain to record transactions, where each transaction is verified and then added to a new block in the chain.

4. Can blockchain technology be used in industries beyond finance?

Yes, blockchain technology has a wide range of potential applications beyond finance, including industries like healthcare, insurance, supply chain management, and more. For example, blockchain technology can be used to protect medical records, ensuring that medical professionals have accurate and up-to-date information about their patients.

5. How do you ensure the security of blockchain technology?

Blockchain technology is inherently secure due to its decentralized nature, making it incredibly difficult for malicious actors to interfere with the network. Additionally, several other security measures can be taken to make sure blockchain technology is secure, such as encrypting data, using multi-factor authentication, and implementing measures to prevent unauthorized access to the network.

The word “metaverse” was originally coined by an American writer, Neal Town Stephenson, in his 1992 science fiction novel Snow Crash. In his book, Stephenson described the Metaverse as an all-encompassing digital world that exists parallel to the real world.

The Metaverse is a highly scalable, persistent network of interconnected virtual worlds where people may work, connect, do business, play, and even create in real-time. It immerses the user in the virtual environment completely using virtualization and advanced technologies (Augmented Reality (AR), Virtual Reality (VR), haptic sensors, and so on). This means that the user can interact in real-time with a world that is constantly available and accessible.

It’s essentially a computer-generated three-dimensional world where users may interact with one other and items. The Metaverse has no limits or bounds because it is a virtual universe. Nothing is off-limits, and anything is possible in the Metaverse, where people can attend a virtual concert, buy a virtual gift for someone, and even vacation with a relative on the other side of the planet.

Use Cases

1. Non-Fungible Tokens and Real Estate

NFTs are digital art and assets. These are created when a digital file (an image, video, or GIF) is minted. These are essentially certificates of ownership on the blockchain. An NFT can represent a song, a video, piece of art  or digital real estate. An NFT gives the owner a kind of digital certificate or proof of ownership that can be bought or sold in the metaverse.

Through Metaverse, NFTs can be given a platform for their display and trading through the following:

1. Virtual Marketplace: VR Spaces can also serve as a fertile trading ground for NFTs where the sellers would be able to easily provide links and previews to NFTs on the web or mint NFTs directly in the VR landscape. The renowned brand “Nike” has already dipped its toes into the metaverse with its own virtual “Nikeland” and has acquired a studio for making NFTs of their products.
2. Art Gallery: VR is perhaps the best possible alternative for actual brick and mortar buildings for viewing art. This type of solution differs from a marketplace as the prices are already set, the assets are all of one type and the atmosphere is much more relaxed.

The metaverse’s real estate is a virtual ecology that mimics real-world situations. Every land parcel in the metaverse is one-of-a-kind and irreplicable. Land can be purchased as non-fungible tokens (NFT) using cryptocurrencies in the real estate metaverse. Buyers who are interested in purchasing a property can do so by attaching their wallets to the platforms dealing in Metaverse real estates such as Decentraland and Sandbox.

These are viewed as tradable digital assets with ownership documented on the blockchain, which is a decentralized immutable ledger for recording a digital asset’s origin. The data on a blockchain is insusceptible to any alterations due to its inherent nature and design. This virtual property can also be sold on a third-party exchange or through the metaverse ecosystem.

2. Learning Space and Virtual Work

Students and teachers can connect in the virtual world via their virtual reality headsets, regardless of where they are in real life. Such functionality can lead to enhanced experience and improved education. Teachers can create virtual environments based on their lesson plans, boosting a child’s learning by allowing them to interact with them rather than just reading from a book.

Perhaps the most significant impact of the metaverse on all of us will be in the workplace. Building on the pandemic-related trend of remote work, combining in-person interaction and the spontaneity it provides with the freedom to work from anywhere, at any time, might be genuinely revolutionary for businesses and employees.

Virtual workplaces in the Metaverse would be extremely helpful in becoming acquainted with one’s worksite (or sites), learning the ropes by walking around digital twins of offices, factories, retail shops, hotels, and airports and being instructed along the way by other colleagues or by holograms / bots, adding their bits and pieces of information, learning about the colleagues, management, and company values.

Metaverse can be used to meet with customers or partners in order to assist and guide them in a more immersive setting. This opens up possibilities similar to those in a situation room (bring in relevant information and tools), but also situations such as remote assistance with Mixed Reality. Remote meetings in financial services are common these days, but incorporating virtual space will expand opportunities for engaging and interacting with customers. This can easily be extended to job interviews and other customer-facing situations.

3. Virtual Business and Markets

Users of the Metaverse can also shop, socialize, and engage in leisure or educational activities. Brands could benefit from exclusive marketing opportunities in various virtual worlds in the metaverse. Many brands have successfully capitalized on metaverse marketing opportunities. Roblox has recently begun to place advertisements for brands such as Paramount+ and Warner Media. These ads in the metaverse resemble real life and blend in well with the gameplay, where they can be found in the right places.

4. Virtual Tourism

The primary distinction between visiting a location in person and watching it on video is the first-person perspective. The metaverse, virtual reality (VR), and augmented reality (AR) may be combined to create an immersive digital environment. People can have the perfect platform for elevating the imagination of the audience with an immersive digital reality featuring realistic content. As a result, they can experience the location as if they were physically present.

One of the emerging metaverse use cases with the potential for mainstream adoption and recognition is VR tourism. Popular video streaming platforms, such as YouTube, and a variety of other content hosting services, are expanding their collections of 360-degree video content.

However, there is a significant drawback with the use cases of metaverse for virtual tourism in the limited freedom. People are unable to move around a tourism destination because they can only view recorded content.

5. Web Real-Time Communication

Web real-time communication is an open-source initiative that allows mobile applications and web browsers to communicate in real time. It is one of the metaverse’s promising use cases that has the potential to transform traditional approaches to audio and video communication. People don’t need intermediary servers to transfer communication between clients when using web real-time communication use cases. The value of peer-to-peer communication in the metaverse may open up new avenues for browser-to-browser communication. The use cases for metaverse technology provide a solid foundation for defining new web communication standards. Furthermore, the value of web real-time communication can be multiplied by multiple media streams, which are critical for developing a virtual world.

6. Healthcare

Regardless of geographical limitations, the metaverse offers promising prospects for enabling interaction between patients and healthcare professionals. The virtual worlds in the metaverse can assist healthcare professionals in interacting with patients in real-time settings. Furthermore, virtual reality simulations in the metaverse can provide medical students with engaging and comprehensive learning experiences.

7. Gaming

Several gaming platforms now offer virtual stages for concerts, exhibitions, and brand promotion, normalizing the idea that social and cultural experiences do not have to be limited to in-person interactions.

8. Entertainment

Artists can perform anywhere in the world in the metaverse, as people attend their concerts from the comfort of their own homes. While wearing a VR headset and watching the concert alone, one will still interact with others in the concert’s shared virtual space or via live chats during the performance. The metaverse provides musicians with a sense of community ownership, a decentralized approach in which no single entity dictates terms. Metaverse is audio/visual art, community-created 3D worlds, the right to own and sell digital items and property (or NFTs), Avatars, digital merch, and fashion in the context of the music industry.

9. Online Shopping

Online shopping is highly prevalent in today’s day and age, but in the Metaverse, this experience can be enhanced as one would be able to go on virtual shopping tours – from a grocery store (digital twin of the fish counter and / or available products in the display) to shopping for more furniture or appliances by using mixed reality to place them (in the right size) in our rooms and see if they fit – and in which color.

Challenges 

1. Data Protection and Privacy

The metaverse will add to the ongoing debate about data protection and privacy. The existing internet has already gathered massive amounts of consumer data for the benefit of multinational corporations and governments all over the world. The amount of data generated by the metaverse will be unprecedented by any other technology. The protection of this data will be extremely difficult for an ordinary user of this meta universe.

The metaverse is likely to be explored by people of all ages, from children to corporate executives. It is critical to authenticate data from all of these users. For example, under the EU GDPR, processing personal data of a child under the age of 16 would necessitate consent. As a result, a 12-year-old who wants to fight an opponent as an avatar of his favorite cartoon character must consent to the collection of his or her Personal Identifiable Information (PII). The Metaverse has the potential to transform the healthcare industry by allowing complex surgeries to be performed in virtual environments, providing immersive surgical experiences to health practitioners, assisting isolated elderly people in interacting with others, and enabling interactive experiences that improve mental health. However, major jurisdictions such as Europe and the United States have laws such as the GDPR and the Health Insurance Portability and Accountability Act that strictly protect sensitive health-related data. As a result, gathering and processing data that includes real-time interactions, facial gestures, and results can be difficult.

Furthermore, massive amounts of data will be generated and processed in real-time, which means that while users are exploring the metaverse, their gestures and physiological responses will invariably change and be monitored or recorded. Anonymization or pseudonymization of real-time data can be difficult. If this data is not safeguarded, it may fall into the ‘sensitive’ category and be used to violate privacy via social engineering or other cyber-attacks. Unregulated organizations or intermediaries may abuse it for targeted advertising, such as health policy promotion.

2. User Identity

Another danger is the theft of a user’s identity. A new data set could be created, for example, if a young person in the EU adopts the digital avatar of a Hollywood celebrity. Furthermore, if the Hollywood character promotes a perfume brand in real life, adequate safeguards must be in place to ensure that the data collected and processed (from the child’s physiological parameters to his digital avatar) is regulated and does not reveal the Hollywood character’s personal information or link the child to the perfume brand.

3. Data Transfer

Data transfer can also be extremely dangerous. If a user in the United States digitally associates with a shoe brand in the metaverse, information about the virtual experience may be sent to the brand owner in the European Union. There may also be concerns about the security of sensitive data obtained from dementia patients who have been actively participating in the metaverse.

4. Intellectual Property Rights

The concept of metaverse has the potential to exacerbate an already-existing intellectual property issue because it is unclear whether or not existing intellectual property rights apply to metaverse. Even if they did, enforcing this legislation in the metaverse will be extremely difficult.

5. Hate Speech and Harassment

Hate speech and violence against women and minorities would almost certainly rise in the Metaverse. Politicians and other entrenched interests will be able to simply construct virtual avatars and deliver subtle and inciting remarks via the metaverse. Sexual assault can be particularly dangerous for women. Several women have already claimed groping or sexual assault in the metaverse, which has resulted in heinous experiences. Another woman claimed to have been sexually abused in the metaverse. Other cultural and sexual minorities may be subjected to similar incidents.

Legal Implications 

1. Data Protection Laws

Under the Information Technology Act of 2000, the present data protection system is governed by a set of rules known as the Information Technology Rules, 2011. A corporation must demonstrate code compliance by having written security plans and information security policies that encompass technological, operational, and physical security measures, according to these recommendations.

The government issued the Information Technology (Intermediary Guidelines and Digital Media Ethics Code) Rules, 2021 (IT Rules) on February 25, 2021, with the primary purpose of regulating and safeguarding consumers from various potentially hazardous materials. The organization must follow precise technical and design criteria to meet with the standards for data accuracy, choice, consent, disclosure, portability, and security. Furthermore, the organization must implement management tools to enforce privacy standards, update rules, and make suggestions that are appropriate for the amount of data required.

India must also streamline its Personal Data Protection Bill, which has been stalled for years.

2. Security and Privacy Laws

Given the estimated number of Metaverse users, the platform is likely to collect massive amounts of sensitive personal information. Any AR-VR device’s privacy policy states that it will collect data on an individual’s biological information, physical surroundings, and other personal information. Because such biometric data is being gathered, it would come within the IT Rules’ definition of “sensitive personal data.”

The government can make orders authorizing the interception/decryption of information to “protect the security, sovereignty, or integrity of the state,” according to Section 69 of the IT Act. Data in the Metaverse environment can be monitored by the government, and if it is found to be against public policy, it can be withheld, and the corporation can be fined for breaking the laws. The law is intended to insert itself in a way that balances fundamental rights, like freedom of expression, with the protection of the public interest in the metaverse era, albeit it is unclear how successful this will be in practice.

Physical contact or approaches are primarily punished under Section 354A. It excludes harassment in digital contexts based on advances or groping. Similarly, cyberstalking is not gender-neutral under Section 354D. Only when a man follows a lady and contacts her despite her evident refusal is stalking considered a crime. If a stalker’s gender isn’t identified or verified, the clause may become obsolete. In metaverses, which are bound to become hotspots of deep-fakes or hacked avatars, the traditional issues of online anonymity will grow more complex

3. Anti-Trust and Competition Laws

The application of existing laws has been fraught with dispute due to the metaverse’s peculiar character. Since the metaverse’s birth, anti-trust has been involved in existential concerns.

Antitrust laws are enforced under the Competition Act of 2002, which prohibits “any contract, combination, or conspiracy to obstruct commerce, as well as monopolization, attempted monopolization, or conspiracy or combination to monopolize.” Unnecessary constraints are also prohibited. As a result, this lawsuit can be used if multiple apps compete in a market and one unfairly dominates or threatens to form a monopoly.

While the majority of anti-competitive acts that occur in the real world can also exist in the metaverse in some form, the metaverse’s core nature and the blockchain make such activities impossible to detect and penalize, allowing firms to engage in such practices with impunity.

Anti-competitive businesses can utilize private blockchains to share economically sensitive information, such as pricing information, among themselves. These blockchains can only be accessed by those who have the blockchain’s owner’s permission. Authorities will be unable to access these communications and, as a result, prosecute such behavior; but, authorities may request such material through a demand under the appropriate statutes. This is in contrast to the current situation, in which authorities have easy access to enterprises’ premises to obtain proof of such violations.

4. Contract Law

Smart contracts, which can establish license terms, pay automatic royalties in the event of resale transactions, limit the use of copyrights, and track subsequent purchases of an NFT, are used in the bulk of NFT transactions. The Contract Act of 1872 and the Information Technology Act of 2000 both have authority over smart contracts. The essentials of a lawful contract under the Contract Act are an offer, acceptance, and consideration. The consideration component of a smart contract, while it contains the offer and acceptance components of a lawful contract, may be troublesome. NFT transactions are typically compensated for with bitcoin via a smart contract. However, as previously said, the legality of cryptocurrencies in India is still up in the air. This makes determining the validity of a smart contract and the transaction on which it is based difficult.

5. Copyright Act

Although NFTs are an attempt to establish “ownership” of a virtual object, having an NFT does not necessarily imply ownership of the work of art represented by the NFT. The owner of the NFT does not receive the copyright on the underlying piece of art when the NFT is purchased. A formal sale contract expressing explicit assignment of copyright must be present to transfer copyright and be considered an owner, according to Section 19 of the Copyright Act of 1957.

Only the owner of a work has the right “to reproduce and distribute copies of it,” according to Section 14 of the Copyright Act. As a result, resale or copying of the NFT is unlawful unless the buyer and seller specifically agree. Unless the parties agree otherwise, the copyright usually belongs to the creator of the work.

As a result, unless the possessor expressly transfers their rights, the buyer will be unable to demonstrate ownership of the property. Instead, the buyer’s digital item is simply protected under the Copyright Act against others illegally copying or disseminating the image, albeit this hasn’t stopped many people from right-clicking and saving an NFT image as a jpeg file or simply taking a screenshot (though features have been built into NFT images of late whereby taking a screenshot of the NFT image would lead to a blurry image, which would be useless).

The sale of physical artwork does not entail the sale of the related IPRs, and the artist retains ownership of the IPRs. In the same way, an NFT is nothing more than a possession that one individual obtains and has the right to sell to another individual. The ownership of the artwork, not the IPRs related to it, will be shown by the transaction that will be recorded in the blockchain. An NFT, in technical terms, is metadata that provides information on the underlying asset. If a person buys an NFT connected with an artwork, he or she cannot print that artwork on a shirt or a cap because the owner’s ownership rights remain with him or her, resulting in copyright infringement.

Copyfraud is when someone falsely claims copyrights to a work that is already in the public domain. If a person mints an NFT of a work in the public domain by falsely claiming copyright over it, he may be held accountable for copyright infringement or copyfraud, as well as infringing on the moral rights of the original author. There are currently no laws relating to NFTs, and the only remedies available to the work’s creator are those provided by the Copyright Act. Section 51 of the Act specifies the circumstances in which a copyrighted work is considered infringed. Interlocutory injunctions and reparations for copyright infringement are among the remedies available.

Court injunctions and damages are available under Section 55 of the Copyright Act. Section 63 states that anyone who willfully infringes on a copyright will be imprisoned for up to three years and fined up to two lakhs. The main disadvantage is that these remedies would only be successful if they were applied to a physical counterfeit in a jurisdiction where the infringer’s identity was known. NFTs, on the other hand, are sold in cryptocurrencies and have the potential to be entirely anonymous. In NFT trading, many purchasers utilize pseudonyms.

As a result, protecting and enforcing the author’s copyrights in relation to the original work would be impossible without real knowledge of the infringing entity or the identity of such person.

6. FEMA Regulations

The treatment under the present Foreign Exchange Management Act (FEMA), which controls cross-border transactions, would be determined by the classification of the underlying asset being transferred via the NFT, whether physical or digital. To clarify, NFTs may be classified as “intangible assets” and governed by the FEMA regulations’ software and intellectual property laws. Because they are supported by “global ledgers,” which implies that the information is logged, exchanged, and synchronized across data stores, knowing their location is critical.

7. Sedition Laws

Following the repeal of section 66 of the IT Act, PC sections 153A and 295A govern hate speech. It’s yet unclear whether these IPC rules would apply to virtual worlds or online games. In India, the Metaverse could help push for particular legislation against online hate speech.

8. Liability of Enforcement

As previously stated, blockchain technology greatly enhances security because no single user may alter data on a blockchain without the consent of other users. Another essential feature of blockchain technology is pseudonymity, which implies that while a user’s virtual identity can be revealed, their real-world identity cannot.

Despite the potential benefits of blockchain technology, it raises a number of unique and specific challenges. If one virtual avatar harasses another virtual avatar, for example. Due to a lack of understanding and application of law in such worlds, authorities would be helpless to hold anyone accountable for their actions in the metaverse, posing a difficulty for law enforcement.

9. Jurisdictional Concerns

Given that people from many origins, nationalities, and regions are expected to use Metaverse, the question of whose nation’s laws will govern the digital domain and Metaverse environment arises. In a borderless virtual realm, jurisdiction will be even more ambiguous, which is a major source of concern for various government agencies.

Companies building the future of Metaverse

1. META

Meta Platforms wants to distance itself from the concept of social media and instead be known as a metaverse company. The business hopes to exploit its large user base to kick-start this virtual platform, which has more than 3 billion users. The corporation has already made investments in augmented and virtual reality, and is currently developing Horizon, a virtual reality platform that will be accessible through Quest headsets.

2. MICROSOFT

The Mesh for Teams software, which will be released in 2022, is Microsoft’s primary metaverse solution. It is a direct result of the growing work-from-home trend, which coincided with the pandemic’s emerging metaverse frenzy. The software will be available on both regular devices and VR headsets to provide a consistent virtual office experience.

The creation of a virtual avatar to serve as one’s digital identity is critical to the Mesh for Teams experience. Following that, one would be able to use their avatar to explore virtual regions and spaces in the digital world, which is an essential component of any metaverse.

3. BINANCE

Binance is important in the metaverse because of the importance of bitcoin and blockchain. The metaverse is helping to develop new financial systems and processes, and Binance is assisting with the infrastructure. Buyers and sellers can trade virtual asset NFTs from a variety of blockchains on the Binance NFT Marketplace, for example. The interoperability of diverse metaverse ecosystems is aided by this.

4. ROBLOX

Roblox is working on a metaverse platform that will allow users to do more than play games. In the meta world, users can try on numerous clothes, build homes, connect with friends, and even embark on adventures. Roblox strives to create the most realistic 3D virtual worlds, “Spatial voice chat” is the new Roblox feature which would allow people to use their voices to communicate in three dimensions (the way people do in real life).

5. NIKE

In collaboration with Roblox, the leading footwear company is experimenting with metaverse technology. It has created a virtual realm called “Nikeland” on Roblox, which is a free game-playing environment. In Nikeland, players will be able to try on new sports shoes and run marathons.

Nikeland is a virtual reality experience created by Nike, the athletic apparel company. Nike plans to create a virtual reality experience that replicates the real-life experience. Players will also be able to wear digitized Nike apparel.

6. EPIC GAMES

Epic Games has two major goals when it comes to the metaverse. Its first goal is to develop Fortnite into a platform capable of attracting and nurturing a larger audience than the current 60 million monthly users. Epic also intends to generate “more accessible 3D, AR, and VR content, as well as enhance the creative ecosystem, both of which are fundamental to an open and linked Metaverse.” Anyone will be able to create good 3D content as a result, raising the metaverse’s overall quality.

The Way Forward

Despite its enormous potential, the metaverse, like any other universe, real or virtual, faces its own set of obstacles. As a result, focused regulation and long-term policymaking are critical for its continued expansion while guaranteeing a safe and secure digital environment.

With worries that the metaverse is creating an atmosphere where data exploitation is becoming common, it is critical to establish a solid data protection legislative framework to impose appropriate limits on technology corporations operating in the virtual domain. Strong legislation, paired with a strong cyber security framework, will be critical for guaranteeing swift prosecution of data breaches and establishing deterrence among hackers.