On the security of MQ cryptographic systems for constructing secure Internet of medical things

摘要: The Internet of Medical Things (IoMTs) are the group medical devices connected to Internet, perform processes and services that support healthcare. amount data handled by grows exponentially, which means higher exposure personal sensitive data. RSA, ECC and, other related public key cryptographic systems with countermeasures power analysis fault analysis, e.g., random masking, often adapted for guaranteing security privacy. However, Shor algorithm has proven they not secure quantum computer attacks. Fortunately, there exists a few quantum-resistant schemes, Rainbow. To ensure end-to-end service delivery in IoMTs under attacks, is critical need research into new designs evaluation hardware quantum-resistance systems, rainbow, make more reliable. Therefore, we present physical model Rainbow combining differential analysis. proposed implemented on cloud computing platform. Based experimental results, successfully recover all secret keys signature, shows importance protecting multivariate signature devices.