Blockchain Based Dynamic Consent Management Systems for Enhancing Quality of Life for People with Disabilities

This research investigates the potential impact of dynamic consent management systems (DCMSs) on individuals with disabilities (PwDs). An extensive literature review found a lack of discussion regarding using advanced tools like blockchains to give PwDs control over their data in smart cities. Our study aims to fill this gap by demonstrating how blockchain-based DCMSs can improve the quality of life (QoL) for people with disabilities. We present a conceptual model that showcases the feasibility of using dynamic consent management systems to enhance the quality of life (QoL) for people with disabilities. This model emphasizes the importance of managing consent choices during their participation in research or data sharing with third parties. Using blockchain-based DCMSs, PwDs can securely exercise their data rights, maintaining privacy while enabling researchers to conduct their work. Existing works in dynamic consent management systems utilizing blockchain technology focus on security and privacy but do not address the unique needs of PwDs or their QoL. Our proposed model illustrates how blockchain-based DCMSs can positively impact people with disabilities's quality of life. We advocate for adopting advanced tools and techniques to fully implement these models, ensuring tailored solutions for PwDs' specific requirements.