Open Access Research Article
DIGITAL RIGHTS MANAGEMENT: ADDRESSING COPYRIGHT PROTECTION IN THE DIGITAL ERA
Published Paper
Article Details
DIGITAL RIGHTS MANAGEMENT:
ADDRESSING COPYRIGHT PROTECTION IN THE DIGITAL ERA
AUTHORED BY
- GURUANSH JAGWANI[1]
ABSTRACT
The sharp increase in the
productivity of digital content and the ease with which it can be distributed
on the Internet has presented significant challenges to copyright protection.
Digital rights management (DRM) has emerged as an important mechanism to address
these challenges, providing technical solutions to manage access to digital
content and enforce copyright policies. The evolution of Digital Rights
Management systems, their technologies and effectiveness in protecting digital
content from unauthorized use and distribution are examined in the present
paper. In addition, it examines the legal and ethical aspects of the
implementation of DRMs, including issues relating to fair use, consumer rights
and synergism.
This paper aims to analyze the
strengths and limitations of digital rights management in order to provide an
insight into the current debate on copyright protection in a digital age, as
well as proposing possible future directions for developing more balanced and
inclusive DRM strategies.
Keywords:
Digital Rights Management, Copyright, Copyright Protection, Digital Age.
INTRODUCTION
In the digital age, copyright
protection plays a crucial role in encouraging creativity, innovation, and
economic growth by motivate creators to produce original works. However, with
the rise of digital distribution and reproduction technologies, copyright
holders face significant challenges in protecting their intellectual property
from unauthorized copying, sharing, and distribution. Digital Rights Management
(DRM) systems are designed to address these challenges by providing technical
measures to control access to and usage of digital content. DRM technologies
typically involve encryption, access controls, and digital rights expression
languages to enforce copyright restrictions and protect against unauthorized
copying and distribution[2].
However, DRM is not without its own
set of challenges and controversies. Critics argue that DRM can restrict users'
rights, hinder innovation, and create interoperability issues[3].
Moreover, DRM systems are not foolproof and can often get avoided by determined
individuals, leading to a cat-and-mouse game between content creators and
infringers.
Despite these challenges, DRM remains
an important tool for copyright holders to protect their intellectual property
in the digital age. As technology continues to evolve, the debate over the
effectiveness and impact of DRM on creativity, access to information and users'
rights will likely continue. Finding the right balance between copyright
protection and users' interests remains a complex and ongoing challenge in the
digital era.
HISTORY OF COPYRIGHT LAW AND ITS
EVOLUTION
Copyright law has its origins in
ancient civilizations, where rulers and authorities granted authors and
creators limited monopolies to oversee the reproduction and dissemination of
their works, although these early copyright measures were primarily about
censorship and control rather than safeguarding creators' rights[4].
The 15th-century invention of the printing press sparked a revolution in the
dissemination of books and printed materials, prompting governments to
introduce regulations to govern the printing industry and uphold the rights of
authors and publishers. A landmark moment occurred with the enactment of the
Statute of Anne in 1710 in England, often considered the first modern copyright
law, which afforded authors and creators of literary works exclusive rights to
their creations for a finite period, signifying a pivotal shift towards acknowledging
and safeguarding creators' rights. As global trade and communication expanded
in the 19th century, there arose a need for international collaboration on
copyright protection. This led to the establishment of the Berne Convention for
the Protection of Literary and Artistic Works in 1886 and other international
treaties, which laid down foundational principles for copyright protection and
established mechanisms for reciprocal protection of works across national
boundaries[5].
The 20th century brought significant technological advancements, such as radio,
television, cinema, and eventually, digital technologies, each posing unique
challenges to copyright law[6].
The Lawmakers struggles with issues like broadcasting rights, performance
rights, and the reproduction and distribution of copyrighted works. However,
the advent of the internet and digital technologies in the late 20th century
presented unmatched challenges for copyright law. The ease of digital
reproduction, distribution, and sharing of content raised concerns about
piracy, unauthorized copying, and the disruption of traditional business models
in the creative industries.
KEY LEGAL FRAMEWORKS AND
REGULATIONS GOVERNING DRM AND COPYRIGHT PROTECTION
·
Digital Millennium Copyright Act (DMCA)[7]: Enacted in the United States in
1998, the DMCA introduced new provisions to address copyright issues in the
digital age. It criminalized the avoiding of technological measures used to
protect copyrighted works (e.g., DRM), while also providing safe harbors for
online service providers.
·
World Intellectual Property Organization (WIPO) Copyright Treaties[8]: The WIPO Copyright Treaty and the
WIPO Performances and Phonograms Treaty, both adopted in 1996, updated
international copyright standards to address digital technologies and online
distribution.
·
European Union Copyright Directive[9]: The EU Copyright Directive, adopted
in 2001 and recently updated in 2019, harmonizes copyright laws across EU
member states and includes provisions related to DRM, online platforms, and
copyright enforcement.
·
Digital Rights Management (DRM) Regulations: Various countries have enacted laws
and regulations specifically addressing DRM technologies and their use in
protecting copyrighted works. These regulations often balance the rights of
copyright holders with the rights of users, including provisions for
interoperability and circumvention for lawful purposes (e.g., fair use).
·
Fair Use and Fair Dealing Provisions[10][11]: Many jurisdictions have exceptions
and limitations to copyright protection, such as fair use (in the U.S.) and
fair dealing (in other countries), which allow for certain uses of copyrighted
works without the need for permission from or payment to the copyright holder.
Overall, legal frameworks
and regulations governing DRM and copyright protection continue to evolve in
response to technological advancements, changing business models, and societal
norms, as lawmakers strive to strike a balance between protecting the rights of
creators and promoting access to knowledge and cultural expression.
CHALLENGES AND ISSUES ASSOCIATED
WITH DRM AND COPYRIGHT PROTECTION IN THE DIGITAL ERA
·
Interoperability[12]:
DRM systems implemented by different content providers often lack
interoperability, meaning that content purchased from one provider may not be
compatible with devices or platforms from another provider. This can lead to a
fragmented user experience and frustration for consumers who wish to access
their purchased content across multiple devices or services.
·
Digital
Piracy[13]:
Despite the implementation of DRM technologies, digital piracy remains a
significant challenge in the digital era. Pirates frequently find ways to
circumvent DRM protections, leading to widespread unauthorized copying,
sharing, and distribution of copyrighted works. This not only results in
financial losses for content creators and rights holders but also undermines
the integrity of the copyright system.
·
User
Privacy Concerns: DRM technologies often require the collection and processing
of personal data from users to enforce copyright protections. This raises
concerns about user privacy and data security, particularly in light of recent data
breaches and privacy scandals. Users may be hesitant to engage with
DRM-protected content if they perceive it as a threat to their privacy rights.
·
Access
to Knowledge and Cultural Heritage: Some argue that DRM can impede access to
knowledge and cultural heritage by restricting the ability to freely share and
distribute copyrighted works for educational, research, or archival purposes.
This is particularly problematic in contexts where access to digital content is
limited due to economic, geographic, or legal barriers.
·
Digital
Divide: DRM technologies may exacerbate the digital divide by limiting access
to digital content for marginalized communities who lack the resources or
technical expertise to navigate DRM-protected platforms or devices. This can further
widen existing inequalities in access to information and cultural expression.
·
Lock-in
and Vendor Dependence: DRM-protected content is often tied to specific
platforms or ecosystems, creating a lock-in effect that restricts consumer
choice and competition. Users may become dependent on a single vendor for
access to their purchased content, making it difficult to switch to alternative
platforms or services in the future.
·
Legal
Uncertainty and Anti-Circumvention Laws: The legal framework surrounding DRM and
anti-circumvention laws can be complex and inconsistent across jurisdictions,
leading to legal uncertainty for both content creators and users.
Anti-circumvention laws may restrict legitimate uses of copyrighted works, such
as fair use or interoperability, and limit users' ability to exercise their
rights under copyright law.
·
Innovation
and Creativity: Some argue that DRM can stifle innovation and creativity by
imposing technical restrictions on how content can be accessed, shared, and
modified. This may discourage experimentation and collaboration among creators
and inhibit the development of new business models for distributing digital
content.
Overall, addressing these
challenges requires a careful balancing of the interests of content creators,
rights holders, consumers, and society at large. Policymakers, industry
stakeholders, and civil society organizations play a crucial role in shaping
DRM policies and practices that promote both copyright protection and the
public interest in access to knowledge and cultural heritage in the digital
era.
TECHNOLOGICAL SOLUTION
Here are some technological solutions and strategies commonly
used for implementing DRM:
·
Encryption:
Encryption is a fundamental component of DRM systems, used to protect the
confidentiality and integrity of digital content. Content is encrypted using
cryptographic algorithms, and decryption keys are securely managed to restrict
access to authorized users. Advanced encryption techniques, such as AES
(Advanced Encryption Standard) and RSA (Rivest-Shamir-Adleman), are often
employed to ensure robust protection against unauthorized access and piracy.
·
Watermarking[14]: Watermarking is a technique used to
embed imperceptible or semi-perceptible marks, such as digital signatures or
unique identifiers, into digital content. These watermarks can be used to trace
the origin of content and deter unauthorized copying or distribution.
Watermarking can be applied at various levels, including at the file level, the
image or video frame level, or even the individual data packet level in
streaming media.
·
Access Control Mechanisms: Access control mechanisms are used to manage and enforce
permissions for accessing DRM-protected content. This may include user
authentication mechanisms, such as username/password authentication or digital
certificates, as well as access control lists (ACLs) that specify which users
or devices are authorized to access specific content. Access control policies
can be customized based on factors such as user roles, content types, and licensing
agreements.
·
Digital Rights Expression Languages (DRMLs[15]): DRMLs are specialized languages
used to express the rights associated with digital content in a
machine-readable format. These languages define the permissions, restrictions,
and usage rights for DRM-protected content, allowing content creators and
rights holders to specify how their content can be accessed, used, and
distributed. Examples of DRMLs include XrML (extensible Rights Markup
Language), ODRL (Open Digital Rights Language), and MPEG-21 REL (Rights
Expression Language).
·
Secure Authentication and Authorization Protocols[16]: Secure authentication and
authorization protocols are essential for verifying the identity of users and
devices accessing DRM-protected content and ensuring that they have the
necessary rights and permissions. Protocols such as OAuth (Open Authorization)
and Secure Remote Password (SRP) protocol are commonly used to facilitate
secure authentication and authorization in DRM systems, protecting against
unauthorized access and misuse of digital content.
·
Dynamic Watermarking and Forensic Tracking[17]: Dynamic watermarking techniques
involve embedding unique identifiers or transactional information into digital
content dynamically at the time of access or distribution. This allows content
owners to track and trace the unauthorized distribution of content back to the
source. Forensic tracking techniques, such as digital fingerprinting and
content monitoring, are also used to detect and deter piracy in real-time by
identifying unauthorized copies of content across various distribution
channels.
These technological
solutions and strategies are often combined and customized based on the
specific requirements and objectives of DRM implementations, providing multiple
layers of protection to safeguard digital content against unauthorized access,
copying, and distribution.
LEGAL AND ETHICAL CONSIDERATION
·
Fair Use and User Rights: One of the primary concerns surrounding DRM is its
potential impact on users' rights, particularly their ability to exercise fair
use or fair dealing exceptions to copyright law. DRM may restrict users'
ability to make legitimate uses of copyrighted works, such as criticism,
commentary, parody, or educational purposes. This raises questions about
whether DRM measures should accommodate and respect users' rights to access,
use, and share copyrighted works within the bounds of copyright law.
·
Digital Rights Enforcement: DRM technologies are often used to enforce copyright
restrictions and prevent unauthorized copying, sharing, and distribution of
copyrighted works. However, the effectiveness of DRM enforcement measures can
vary, and they may not always align with users' expectations or legal rights.
Overly restrictive DRM measures can hinder legitimate uses of copyrighted works
and lead to user frustration, while ineffective DRM may fail to adequately
protect against piracy and copyright infringement.
·
Anti-Circumvention Laws[18]: Many countries have enacted
anti-circumvention laws that prohibit the circumvention of technological
protection measures (TPMs) used to control access to copyrighted works. While
these laws are intended to deter piracy and protect the integrity of DRM
systems, they can also restrict legitimate uses of copyrighted works, such as
reverse engineering for interoperability or security research. Critics argue
that anti-circumvention laws may unduly limit users' rights and stifle
innovation and competition in the digital ecosystem.
·
Balance between Copyright Protection and Users' Rights[19]: Achieving a balance between
protecting copyright holders' rights and promoting users' rights and interests
is a central challenge in DRM policy and regulation. Policymakers, courts, and
industry stakeholders must consider the competing interests at play and strive
to develop DRM policies and practices that strike an appropriate balance
between copyright protection, access to knowledge and cultural expression, and
users' rights to privacy, freedom of speech, and innovation.
·
Ethical Considerations[20]: DRM raises broader ethical
questions about the impact of technological measures on society, culture, and
individual freedoms. Ethical concerns may include issues such as digital
divide, cultural preservation, censorship, and the commoditization of knowledge
and information. DRM policies and practices should be evaluated not only based
on their legal implications but also their ethical implications for
individuals, communities, and society as a whole.
Overall,
navigating the legal and ethical implications of DRM requires careful consideration
of the interests and rights of all stakeholders involved, including copyright
holders, content creators, users, researchers, and the public. Finding the
right balance between copyright protection and users' rights is essential to
fostering a fair, equitable, and inclusive digital ecosystem that promotes
creativity, innovation, and access to knowledge and cultural expression for
all.
EXAMPLES
OF DRM IMPLEMENTATIONS: in practice, showcasing both successful
and problematic applications
Successful DRM Implementations:
a.
Amazon
Kindle: Amazon's Kindle e-reader platform employs DRM to protect e-books
purchased from its store. While the DRM restricts users from sharing or copying
e-books, it has been relatively successful in preventing widespread piracy and
unauthorized distribution of Kindle books[21].
b.
Netflix:
Netflix utilizes DRM technologies to protect its streaming video content from
unauthorized copying and distribution. By implementing DRM, Netflix can control
access to its content and ensure that only paying subscribers can view its
exclusive shows and movies[22].
c.
Microsoft
Office: Microsoft Office applications use DRM to protect documents,
spreadsheets, and presentations from unauthorized access and modification.
Through encryption and access control mechanisms, Microsoft ensures that only
authorized users with valid licenses can access and edit Office files[23].
Problematic
DRM Implementations:
a.
SecuROM:
SecuROM is a controversial DRM technology used in some PC games to prevent
unauthorized copying and distribution. However, SecuROM has faced criticism for
its intrusive nature, including reports of causing system instability,
compatibility issues, and privacy concerns due to its use of rootkit-like
behavior[24].
b.
Sony
BMG Copy Protection Rootkit: In 2005, Sony BMG released several music CDs with
copy protection software that installed a rootkit-like program on users'
computers without their consent. This DRM implementation not only violated
users' privacy rights but also exposed them to security vulnerabilities,
leading to widespread criticism and legal action against Sony BMG[25].
c.
StarForce:
StarForce is another DRM technology used in PC games, known for its aggressive
anti-piracy measures. However, StarForce has been criticized for causing
compatibility issues, system instability, and even damage to users' hardware
due to its low-level access to system resources[26].
These examples illustrate
the diverse range of DRM implementations in various industries, highlighting
both successful strategies for protecting copyrighted content and problematic
applications that have raised ethical, legal, and technical concerns. Finding
the right balance between protecting copyright holders' rights and respecting
users' rights and interests remains a complex challenge in the digital age.
FUTURE DIRECTIONS
Some future
trends and directions in DRM and copyright protection:
a. Block chain:
Block chain technology holds potential for revolutionizing DRM by providing a
decentralized and tamper-proof ledger for tracking ownership and usage rights
of digital assets. Blockchain-based DRM systems could enhance transparency,
interoperability, and security while reducing reliance on centralized
intermediaries.
b. Artificial
Intelligence (AI): AI-powered content recognition and fingerprinting
technologies can enable more sophisticated DRM systems capable of identifying
and tracking copyrighted content across various platforms and formats. AI could
also facilitate automated content moderation and enforcement measures to combat
piracy and copyright infringement more effectively.
c. Encryption
and Watermarking: Advances in encryption algorithms and digital watermarking
techniques may lead to more robust and secure DRM solutions that can withstand
increasingly sophisticated attacks from pirates and hackers.
a. International
Cooperation: Continued efforts to strengthen international cooperation and
harmonize copyright laws and enforcement mechanisms across jurisdictions are
essential for addressing global challenges such as cross-border piracy and
digital rights management.
b. Reform of
Copyright Laws: Policymakers may consider updating copyright laws to better
accommodate digital technologies, user rights, and evolving business models.
This could involve clarifying and expanding fair use/fair dealing exceptions,
revising anti-circumvention laws, and promoting interoperability and consumer
rights in DRM systems.
c. Consumer
Protection: Greater emphasis on consumer protection measures, such as
transparency requirements, user consent mechanisms, and robust data privacy
regulations, can help mitigate the risks and negative impacts associated with
DRM technologies on user privacy and security.
a) User-Centric
DRM: Research into user-centric DRM approaches that prioritize user rights,
preferences, and experiences could lead to more equitable and user-friendly DRM
systems that balance copyright protection with user freedoms and interests.
b) Legal and
Ethical Implications: Further exploration of the legal, ethical, and
socio-cultural implications of DRM technologies, including their impact on
access to knowledge, cultural expression, and digital rights, is needed to
inform evidence-based policymaking and regulatory frameworks.
c) Technological
Innovation: Continued research and innovation in DRM technologies, such as
advanced encryption schemes, distributed ledger technologies, and machine
learning algorithms, can drive the development of more effective, secure, and
user-friendly DRM solutions.
d) Business
Model Innovation: Research into alternative business models for content
distribution and monetization, such as subscription-based models,
micropayments, and devolved content marketplaces, can help reduce reliance on
restrictive DRM measures while ensuring fair compensation for content creators
and rights holders.
Overall,
the future of DRM and copyright protection will be shaped by a combination of
technological advancements, policy developments, and interdisciplinary research
efforts aimed at promoting innovation, access to knowledge, and the protection
of intellectual property rights in the digital age.
CONCLUSION
In
Conclusion, DRM stands as a key tool in the ongoing efforts to protect
copyright in digital times. As described in this paper, the evolution of
copyright law over time from old civilizations to digital age reflects
society's ongoing efforts for a balanced approach between creators' rights and
citizens' interest in accessing and sharing information and cultural heritage.
Technical
means for enforcing copyright policies and protecting digital content against
unauthorized use and distribution have been provided by the introduction of DRM
systems. However, its effectiveness is not without challenges and
controversies, including concerns about the impact of DRM on fair use, consumers'
rights or technological interoperability.
While DRM
can offer solutions for fighting piracy and protecting IPR, due consideration
must be given to the principles of inclusion, accessibility and user privacy in
its implementation. In addition, ongoing dialogue and cooperation among
stakeholders, including creators, consumers, policymakers as well as technology
developers is needed in the light of legal and ethical considerations
surrounding digital rights management.
Technology
developments, changes in consumer behavior and the evolution of legal
frameworks are expected to have an impact on the future of digital rights
management. A delicate balance needs to be struck between protecting
intellectual property rights and promoting innovation, creativity and free
exchange of ideas, as digital ecosystems continue to evolve. DRM should
ultimately aim at facilitating a vibrant and sustainable digital economy where
creators are compensated fairly for their work, while ensuring that knowledge
and culture remain accessible to the widest possible audience. DRM can play an
important role in shaping a more equitable and strong digital future through
ongoing research, cooperation and innovation.
REFERENCES
(list of all the references used in paper)
·
Rosenblatt, B. (2001). Digital Rights Management:
Business and Technology. IEEE Transactions on Consumer Electronics, 47(1),
167-171
·
Copyright, Designs and Patents Act, 1710
·
Berne Convention for the Protection of Literary and
Artistic Works, 1886
·
Goldstein, P. 2001. Copyright's Highway: From
Gutenberg to the Celestial Jukebox. Stanford University Press.
·
Digital Millennium Copyright Act, 1998
·
WIPO Copyright Treaty, 1996
·
European Union Copyright Directive, 2001
·
Copyright Law of the United States of America, 1976
·
Copyright, Designs and Patents Act, 1988
·
Huang, H., & Fang, Y. 2008. DRM Interoperability
in the Digital Library. Library Hi Tech.
·
Tang, Q., Zhao, Z., & Xu, J. 2008. The Economic
Analysis of DRM and Unauthorized Copying. Information Systems Research.
·
Barni, M., Bartolini, F., & Piva, A. 2001.
Improved Wavelet-Based Watermarking Through Pixel-Wise Masking. IEEE
Transactions on Image Processing
·
Horbach, M., & Rust, C. 2003. A General Digital
Rights Management Architecture. Proceedings of the 6th International Workshop for
Database Programming Languages.
·
Hardt, D. 2012. The OAuth 2.0 Authorization Framework.
RFC 6749.
·
Cox, I. J., Miller, M. L., & Bloom, J. A. 2002.
Digital Watermarking and Steganography. Morgan Kaufmann.
·
Varian, H. R. 2005. Copying and Copyright. The Journal
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Lessig, L. 2004. Free Culture: How Big Media Uses
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Goldberg, I., Wagner, D., Thomas, R., & Brewer, E.
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[1] Auhtor, Student at Manav Rachna
University
[2] Rosenblatt, B. (2001). Digital
Rights Management: Business and Technology. IEEE Transactions on Consumer
Electronics, 47(1), 167-171
[3] Samuelson, P. (2003). DRM {and, or, vs.} the Law.
Communications of the ACM, 46(4), 41-45
[4] Copyright, Designs and Patents Act, 1710
[5] Berne Convention for the Protection of Literary and Artistic
Works, 1886
[6] Goldstein, P. 2001. Copyright's
Highway: From Gutenberg to the Celestial Jukebox. Stanford University Press.
[7] Digital Millennium Copyright Act,
1998
[8] WIPO Copyright Treaty, 1996
[9] European Union Copyright
Directive, 2001
[10] Copyright Law of the United States
of America, 1976
[11] Copyright, Designs and Patents
Act, 1988
[12]Huang, H., & Fang, Y. 2008. DRM
Interoperability in the Digital Library. Library Hi Tech.
[13] Tang, Q., Zhao, Z., & Xu, J.
2008. The Economic Analysis of DRM and Unauthorized Copying. Information
Systems Research.
[14] Barni, M., Bartolini, F., &
Piva, A. 2001. Improved Wavelet-Based Watermarking Through Pixel-Wise Masking.
IEEE Transactions on Image Processing
[15] Horbach, M., & Rust, C. 2003.
A General Digital Rights Management Architecture. Proceedings of the 6th
International Workshop for Database Programming Languages.
[16] Hardt, D. 2012. The OAuth 2.0 Authorization
Framework. RFC 6749.
[17] Cox, I. J., Miller, M. L., &
Bloom, J. A. 2002. Digital Watermarking and Steganography. Morgan Kaufmann.
[18] Rosenblatt, B. 2001. Digital
Rights Management: Business and Technology. IEEE Transactions on Consumer
Electronics.
[19] Varian, H. R. 2005. Copying and
Copyright. The Journal of Economic Perspectives, 19(2), 121-138
[20] Lessig, L. 2004. Free Culture: How
Big Media Uses Technology and the Law to Lock Down Culture and Control
Creativity. Penguin Press
[21] Huang, X., & Joseph, D. 2013.
Analyzing the Kindle Ecosystem Through Library Data. ACM Transactions on
Multimedia Computing, Communications, and Applications (TOMM), 9(1), 4.
[22] Rosenblatt, B. 2001. Digital
Rights Management: Business and Technology. IEEE Transactions on Consumer
Electronics.
[23] Goldberg, I., Wagner, D., Thomas,
R., & Brewer, E. 1996. A Secure Environment for Untrusted Helper
Applications. Proceedings of the 6th USENIX Security Symposium.
[24] Furnell, S., & Warren, M.
2007. Secure Digital Rights Management: Protecting Digital Content. Gower
Publishing Ltd.
[25] Russinovich, M., & Solomon, D.
2006. Sony, Rootkits and Digital Rights Management Gone Too Far. IEEE Security
& Privacy, 4(1), 76-79.
[26] Alexander, J. 2007. The Effect of
DRM on the Sales of Console Games. Journal of Law and Economics, 50(2),
341-364.
[27] Russell, S., & Norvig, P.
2016. Artificial Intelligence: A Modern Approach. Pearson Education.
[28] Drahos, P., & Braithwaite, J.
2003. Information Feudalism: Who Owns the Knowledge Economy? Earthscan.
[29] Lessig, L. 2004. Free Culture: How
Big Media Uses Technology and the Law to Lock Down Culture and Control
Creativity. Penguin Press.
Article Information
DIGITAL RIGHTS MANAGEMENT: ADDRESSING COPYRIGHT PROTECTION IN THE DIGITAL ERA
Authors: GURUANSH JAGWANI
- Journal IJLRA
- ISSN 2582-6433
- Published 2024/04/29
- Issue 7
About Journal
International Journal for Legal Research and Analysis
- Abbreviation IJLRA
- ISSN 2582-6433
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