Abstract
The study shows how blockchain security is used to assess the performance and reliability of smart Waqf sukuk in Islamic philanthropic finance. It lurks on how the distinguishing characteristics of block chain i.e., decentralization, immutability, cryptographic integrity and consensus mechanisms can be used to elevate the degree of transparency, trust and operational efficiency of the digital sukuk constructions hinged on the principles of Waqf. Another question that is established in the study is whether the cybersecurity technologies play a moderating role in improving the resilience and stability of the smart Waqf sukuk systems regarding the advanced authentication systems, intrusion detection software and artificially intelligence-based threat detection systems. It is implied to base on a quantitative research methodology and apply structural equation modeling as the tool of assessing the interdependence of blockchain security and cybersecurity technologies, as well as smart Waqf sukuk performance. It is predicted that the study will prove the close relationship between the increased blockchain security and reliability, transparency and effectiveness of smart Waqf sukuk platforms. It is also expected that cybersecurity technologies will improve this relationship by minimizing the vulnerabilities, enhancing the system resilience and enhancing the protection of the digital resources and transactions. The anticipated conclusions will also lead to the creation of secure Islamic financial instruments by demonstrating that the combination of strong blockchain security with modern cybersecurity systems will increase the trust of the stakeholders, maintain the integrity of assets and help sustainably manage Waqf resources. Apart from the regulatory implications the paper has raised to the regulators in order to move forward with the digital governance of Waqf and improve smart sukuk ecosystems that are more secure and reliable, it also gave regulatory suggestions to Islamic financial institutions and technology developers. This study is conceptual and analytical in nature, and the data presented are representative examples to illustrate the concept being presented rather than actual empirical results. The findings suggest that the hypotheses are partially supported, as the blockchain security dimensions statistically significantly affect the Smart Waqf Sukuk, but some of the hypothesized relationships (Consensus Mechanisms and Cybersecurity Technologies) are opposite to the reality, and the moderating effect of cybersecurity technologies is only statistically significant for the relationship between Consensus Mechanisms.