Background of the Study
Digital identity verification is crucial for ensuring secure access to public and private services. The National Identity Management Commission in Abuja faces challenges with traditional verification systems that are vulnerable to fraud and cyberattacks. Quantum cryptography, employing techniques like QKD and quantum-resistant algorithms, offers enhanced security for digital identity systems (Ibrahim, 2024; Adekunle, 2023). By leveraging quantum properties, a digital identity verification system can ensure that identity data is securely transmitted and authenticated in real time, preventing impersonation and data breaches. This study investigates the design of a quantum cryptography-based system to provide robust, tamper-proof identity verification for Nigerian citizens.
Statement of the Problem
Current digital identity systems are increasingly at risk from sophisticated cyber threats that exploit vulnerabilities in classical cryptographic protocols (Emeka, 2023). The National Identity Management Commission’s existing systems may be unable to safeguard against quantum-enabled attacks, jeopardizing citizens’ personal data and national security. Integration of quantum cryptography is hindered by high costs and technical complexity. This study seeks to explore the feasibility and challenges of implementing a quantum-based identity verification system that can overcome these vulnerabilities and ensure secure digital identities.
Objectives of the Study
Design a quantum cryptography-based identity verification system.
Evaluate its effectiveness against cyber threats.
Develop an integration framework for nationwide deployment.
Research Questions
How can quantum cryptography secure digital identity verification?
What vulnerabilities exist in current systems?
What strategies enable effective nationwide integration?
Significance of the Study
This study is significant as it provides a blueprint for a quantum-based digital identity system that can protect Nigerian citizens against fraud and cyberattacks. Enhanced security will build public trust in digital services and streamline access to governmental and financial resources, positioning the nation as a leader in secure digital identity management (Chinwe, 2024).
Scope and Limitations of the Study
The study is limited to the National Identity Management Commission in Abuja, focusing on digital identity verification, defined objectives, and selected LGAs in the sampled state only.
Definitions of Terms
• Digital Identity Verification: The process of confirming an individual’s identity electronically.
• Quantum Cryptography: Security methods based on quantum mechanics.
• Tamper-Proof: Resistant to unauthorized alterations.
Background of the Study
Transportation networks are crucial for economic development, particularly in r...
ABSTRACT
The study is to determine the role of the stock market in the economic develo...
Background of the Study
Child mortality remains one of the most critical indicators of a nation’s health status, and...
ABSTRACT
The fungus Colletotrichum truncatum is a potential biocontrol agent (BA) against the noxious weed scentless chamomile (Metricari...
Background of the Study
Net Present Value (NPV) is one of the most widely used techniques in capital budgeting, helping com...
Background of the Study
Budgetary control is a critical financial management tool used by local governments to ensure the effective alloc...
Background of the Study
The proliferation of online content in Nigerian English has created a need for eff...
Background of the Study
Ransomware attacks are a growing threat to organizations worldwide, including u...
Background of the Study
Oil exploration has significantly transformed the socio-economic landscape in Nem...
Background of the Study
Apart from air, water is the most important resource to man. He can survive longer without food...