Computer architecture and technology have historically only ever been optimized for speed. IT safety issues were never taken more seriously. illustrates that malware may be built that is hidden by software and cannot be uninstalled from a compromised system. Making stealth characteristics are made available by unique x86 architecture characteristics. The general hardware design described in this work will increase security. Malware is a serious threat that disturbs computer security. The capability of detecting techniques has been the topic of numerous research. The examination of the current IDS trend is absent, unfortunately. We showed that the security system can work at high achievement levels with minimum hardware above the head level. With the help of open- source, x86-consistent we combine the Malware-Aware Processor execution to grow a core design that can be implemented on a field programmable Gate Arrays abbreviated as FPGA[1]. Blockchain technology is revolutionizing the way supply chain management is done in the modern world by providing improved levels of transparency, traceability, security, and efficiency. The traditional supply chain management system is often plagued by problems like data silos, fraud, a lack of visibility, and inefficient manual processing. Blockchain technology, being a decentralized and immutable ledger technology, allows for real-time tracking of products, secure sharing of data among various stakeholders, and automatic execution of smart contracts. This paper discusses how blockchain technology improves trust among supply chain stakeholders, mitigates counterfeiting, improves the verification of product authenticity, and facilitates cross-border transactions. Additionally, the paper discusses real-world applications of blockchain technology in the food, pharmaceutical, and logistics sectors while considering scalability, interoperability, and regulatory issues. The results indicate that blockchain technology has the potential to transform supply chain ecosystems by building secure, transparent, and robust digital foundations.
Hardware-Based Security, Malware Detection, Intrusion Detection System (IDS), x86 Architecture, FPGA (Field Programmable Gate Array), Real-Time Monitoring, Supply Chain Security, Ethereum, Hyperledger Fabric, Blockchain Technology
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