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Government Back Door Access to Encrypted Devices
Donnell Wilson
Liberty University
CSIS320: IS Hardware and Software (D01
Professor Peterson
August 14, 2025
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Abstract
The conflict between national security needs and the rights of individuals to privacy has been
growing in the era of digital communication, especially when the government has asked
technology companies to provide it with backdoor access to encrypted devices and messaging
and communication platforms. This paper explores the justification behind such requests by the
federal government based on legal, technical, and business impacts of providing backdoor
access to the encrypted systems. Considering constitutional systems, international strategies,
and technological implications, this discussion contends that compulsory backdoor access is
dangerous to privacy and cybersecurity systems and does not yield sufficient returns on law
enforcement interests.
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Government Back Door Access to Encrypted Devices
In a world where digital communications comprise the basis of modern society, the question of
encryption has become one of the most controversial questions in cybersecurity policy. Major
technology firms such as Google, Apple, Microsoft, Twitter, Amazon, and Facebook have
encrypted services that are used by billions of users globally, in situations where law
enforcement agencies refer to as the " Going Dark problem”, that is, the inability to access
encrypted messages even with due legal authority. There is a practical implication of this
inherent conflict between privacy protection and law enforcement's accessibility to
constitutional rights, business practices, and global cyberspace security. The issue of whether
the federal government should be allowed backdoor access to encrypted devices and
communications is legally, technically, and ethically complicated. This paper will contend that
not only are requirements to install backdoors unconstitutional, but they are also not effective
in any practical sense, as they introduce vulnerabilities that negatively impact privacy and
national security goals.
The constitutional basis of examining the government's backdoor access requests is
mainly on the Fourth Amendment protection against unreasonable searches and seizures. As
White (2024) discusses in great detail, three possible theories could justify the backdoor access
without the traditional warrant requirement. As the analysis has shown, none of these theories,
namely lack of search or seizure, private search doctrine, and third-party doctrine, can
effectively dislodge Fourth Amendment reasonableness requirements about backdoor access.
More importantly, White (2024) says that establishing vulnerabilities in encryption is a search or
seizure on its own, that the Fourth Amendment reaches some vulnerabilities independent of
the searches and seizures they facilitate, and because establishing the vulnerability was itself a
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search or seizure. This understanding implies that the government's coercion of technology
firms into adding backdoors to their products violates constitutional safeguards, without even a
single surveillance being carried out. The third-party doctrine traditionally used to allow the
government to access information that people voluntarily share with third parties would not be
applicable in a backdoor scenario because users are unaware of the vulnerabilities. The
historical interpretations of the Fourth Amendment would not have approved such large-scale
access (White, 2024). This constitutional analysis shows that the backdoor access requirements
have serious legal hurdles that ingenious legal interpretations cannot easily evade.
International Perspectives and Comparative Analysis
The international character of digital communications necessitates examining how
different jurisdictions handle the encryption debate. Sharma (2022) offers significant
information on different national positions, and the article identifies conflicting situations
between the United States, the United Kingdom, China, and European Union members. This
study shows that the more developed privacy protection, the more there is an opposition to
backdoor mandates, and authoritarians are more likely to implement comprehensive
surveillance capabilities. Bhandari et al. (2021) consider proposals in the Indian context that
would compel intermediaries to technical assistance to law enforcement agencies via backdoors
or compromised encryption standards. The authors recommend that governments should
consider elaborate rights respecting data access mechanisms, build hacking capacity in the right
amount of oversight, foster research and development and improve cooperation with industry
and the academic world, rather than backdoor access. This international outlook shows that
backdoor mandates are not all accepted solutions and that other methods can better focus on
security and privacy issues and comply with constitutional restrictions.
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Security Implications of Technical
The deployment of encryption backdoors has inherent security weaknesses that go far beyond
the backdoors' intended usage in law enforcement. According to Sharma (2022), backdoors
have an inherent weakness in encryption systems, as they pose potential risks to the global
cybersecurity policy, and it is not easy to understand the nature of their challenges. Such
vulnerabilities are uncontrollable to authorized users since any backdoor access feature is a
possible entry point for malicious users such as foreign governments, criminal networks, and
cyber terrorists. The technical fact about encryption is that it is secure only when there are no
deliberate weaknesses. Any backdoor is a direct compromise of cryptographic security and
makes the system vulnerable to attack by parties other than the intended user. Miller and
Bossomaier (2021) recognize this dilemma by stating that encryption is a good thing, as it
safeguards privacy, but also potentially problematic because it unreasonably hinders legitimate
counter-terrorism operations.
Nevertheless, the cybersecurity technical community agrees it is impossible to code backdoors
that only allow the good guys to access them. This technical fact implies that backdoor
requirements would ironically undermine national security by ensuring that critical
infrastructure, financial systems, healthcare networks, and government communications are
exposed to foreign intelligence services and criminal hackers. It turns out that the solution is
worse than the problem because the security holes that backdoors introduce are greater than
the security gains of providing law enforcement with more access.
Business Implications and Economics
Putting backdoor requirements on the government would seriously affect the technology
companies' business operations and competitive positioning. Digital services are global, which
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places companies in a bind when trying to meet the competing demands of governments in
different jurisdictions, such as installing backdoors and having privacy laws that cannot be
broken when responding to a lawful request in one jurisdiction. Trust is an essential aspect of
the value proposition of technology firms, especially in the case of services that process
sensitive personal and business information. According to Ahlam (2021), the backlash of the
Snowden disclosures caused companies to increase. Apple is now the company that prides itself
on offering its users the highest level of security. Forced backdoor access would directly hurt the
competition and the consumers' trust. The migration to services of companies in jurisdictions
that do not have backdoor requirements would pose a competitive disadvantage to American
technology companies, as international customers would switch to such services. Such an
economic effect is not limited to individual companies but transcends the overall
competitiveness and ability to innovate in the global technology sector. In addition, backdoor
systems are expensive to implement and keep online, involving large engineering teams to
develop and longterm security checks. The costs involved would eventually be shifted to the
consumers with a compromised security product, leading to economic waste and lower
consumer welfare.
Right to Privacy and Autonomy of a Person
Privacy is an essential human right that has both individual and social worth. According to
Alston and Cossar (2024), this is the institutional privacy dilemma because it is in the direct
tradeoff between privacy rights and the capacity of the government to enforce privacy rights.
This creates an inherent flaw in the government's incentives towards protecting privacy. Their
findings indicate that technology innovations and personal choice are critical factors in
upholding the right to privacy in the same context as government institutions. The mass
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surveillance capabilities made available through the backdoor access fundamentally change the
balance between citizens and government, making it a so-called surveillance state that is
incompatible with democracy. Miller and Bossomaier (2021) recognize that security
requirements determine the need to breach privacy rights and that such breaches should be
narrow and not generalized to all communications. The harmful impact that the fear of
government monitoring can have on free speech, political opposition, and the individual's
freedom is a grave social expenditure that must be weighed against alleged security advantages.
Democracy relies on the capacity of citizens to communicate privately and organize themselves
politically without fear of state observation; thus, a capability to engage in widespread backdoor
access is inherently antithetical to the principles of democratic governance.
Other Solutions, Technology Solutions
Instead of putting backdoor access mandates that weaken systems, governments should
consider other ways of reconciling security and privacy issues. According to Bhandari et al.
(2021), it is best to concentrate on specific data access procedures, build lawful hacking capacity
with suitable controls, and enhance collaboration among government, industry, and academia.
Alston and Cossar (2024) point to the emergence of technological solutions that involve zero-
knowledge proofs that could maintain the privacy of individuals yet simultaneously meet the
legitimate enforcement purposes. Such cryptographic methods enable one to prove particular
facts without disclosing underlying data, which could give law enforcement the information
they need without compromising encryption. More proportionate alternatives to general access
through a backdoor can be seen in targeted surveillance methods such as legal hacking of a
particular device with relevant judicial oversight. These methods help retain the security
advantages of strong encryption to the majority of people, with law enforcement being able to
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track down specific criminals using the available procedures. In contrast to backdoor access that
exposes the entire user base to systemic risks, targeted hacking can ensure that investigative
resources are allocated to the specific suspects who have already been identified by other
methods of law enforcement. This method will involve law enforcement agencies getting
individual warrants on specific devices, which will keep the checks and balances of the court as
well as the constitutional safeguards but allow a review of what might be the most important
evidence. Targeted surveillance also recommends law enforcement agencies to come up with
advanced capability in technical skills and investigative methods as opposed to accessing
degraded encryption systems on a broad basis. Bhandari et al. (2021) suggest that a more
adequate reaction to the actual law enforcement requirements is the development of hacking
capabilities under adequate supervision. This will not only maintain the integrity of encryption
systems defending critical infrastructure, financial networks, and the privacy of communications
of millions of people but also allow law enforcement to do targeted investigations. Moreover,
only specific surveillance methods can be iteratively developed and enhanced by the
cooperation between the police, cybersecurity scientists, and firms, developing a more
sustainable mid-term perspective on the matter of security and privacy than either of the binary
options of either strong encryption or backdoor accessibility
Conclusion
In conclusion, The federal government shouldn’t be allowed to have backdoor access to
encrypted devices and services offered by big tech companies. Constitutional and technical
analysis shows that backdoors violate Fourth Amendment protections and create vulnerabilities
that can only weaken national security. The effects of backdoor requirements on business would
hurt the global competitiveness of technology enterprises in America and undermine the
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credibility of consumers and economic effectiveness. Other solutions, such as selective
surveillance with judicial oversight, zero-knowledge proofs, and better inter-agency cooperation
between the state and the industry, offer more effective and proportionate responses to valid
law enforcement needs. Strong encryption measures protect personal privacy rights, but it is
also in the community's interest to have strong encryption, and mandates to put backdoors in
such encryption should be resisted at all costs. The encryption dilemma is just one of many
indicators of more profound questions on the acceptable tension between government and
individual rights within democratic states. The only way to achieve this equilibrium is to shun
wholesale surveillance capabilities in favor of selective, commensurate measures that honor the
principles of security and constitutional restrictions.
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References
Ahlam, R. (2021). Apple, the government, and you: Security and privacy implications of the
global encryption debate. Fordham International Law Journal, 44(3), 771.
https://ir.lawnet.fordham.edu/ilj/vol44/iss3/5
Alston, E., & Cossar, S. (2024). Digital encryption as privacy.
https://doi.org/10.2139/ssrn.4847953
Bhandari, V., Bailey, R., & Rahman, F. (2021). Backdoors to encryption: Analysing an
intermediary’s duty to provide “technical assistance”
https://doi.org/10.2139/ssrn.3805980
Miller, S. R. M., & Bossomaier, T. (2021). Privacy, encryption and counter-terrorism. In A.
Henschke, A. Reed, S. Robbins, & S. Miller (Eds.), Counter-terrorism, ethics and
technology: Emerging challenges at the frontiers of counter-terrorism (pp. 139–154).
Springer. https://doi.org/10.1007/978-3-030-90221-6_9
Sharma, A. (2022). Balancing national security and personal privacy: Legal implications of
encryption backdoors in global cybersecurity policy. Legal Studies in Digital Age, 1(1),
53-67.https://jlsda.com/index.php/lsda/article/download/6/5
White, R. M. (2024). Encryption backdoors and the Fourth Amendment. Marquette Law Review,
108(2), 465. https://scholarship.law.marquette.edu/mulr/vol108/iss2/5
