Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Microprocessors used in safety-critical systems are extremely sensitive to software vulnerabilities, as their failure can lead to injury, damage to equipment, or environmental catastrophe.  proposes a hardware-based security architecture for microprocessors used in safety-critical systems. The proposed architecture provides protection against code injection and code reuse attacks. It has mechanisms to protect software integrity, perform control flow integrity, prevent execution of tampered code, and enforce copyright protection.  are the first to propose a mechanism to enforce control flow integrity at the finest possible granularity. The proposed architectural features re added to the LEON3 open source soft microprocessor, and re evaluated on an FPGA running a software benchmark. The results show that the hardware area is 28.2% larger and the clock is 84.6% slor, while the software benchmark has a cycle overhead of 13.7% and a total execution time overhead of 110% when compared to an unmodified processor.
['Ruan de Clercq', 'Ronald De Keulenaer', 'Bart Coppens', 'Bohan Yang', 'Pieter Maene', 'Koen De Bosschere', 'Bart Preneel', 'Bjorn De Sutter', 'Ingrid Verbauwhede']
I am writing a research paper on a idea SOFIA: Software and control flow integrity architecture
[{"from": "human", "value": "I am writing a research paper on a idea SOFIA: Software and control flow integrity architecture"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Microprocessors used in safety-critical systems are extremely sensitive to software vulnerabilities, as their failure can lead to injury, damage to equipment, or environmental catastrophe.  proposes a hardware-based security architecture for microprocessors used in safety-critical systems. The proposed architecture provides protection against code injection and code reuse attacks. It has mechanisms to protect software integrity, perform control flow integrity, prevent execution of tampered code, and enforce copyright protection.  are the first to propose a mechanism to enforce control flow integrity at the finest possible granularity. The proposed architectural features re added to the LEON3 open source soft microprocessor, and re evaluated on an FPGA running a software benchmark. The results show that the hardware area is 28.2% larger and the clock is 84.6% slor, while the software benchmark has a cycle overhead of 13.7% and a total execution time overhead of 110% when compared to an unmodified processor."}]