近年來,量子運算帶來的威脅持續成議題,後量子密碼學(Post-Quantum Cryptography,PQC)的發展也備受關注,而隨著NIST舉行的「後量子密碼學標準化」競賽,在2020年後進入最後階段,
近年來,量子運算帶來的威脅持續成議題,後量子密碼學(Post-Quantum Cryptography,PQC)的發展也備受關注,而隨著NIST舉行的「後量子密碼學標準化」競賽,在2020年後進入最後階段,
隨著NIST PQC標準化競賽在這些年來的發展,不僅讓我們關注到因應量子破密的趨勢,是越來越明朗,同時,也讓我們發現,原來臺灣有不少專家學者參與競賽團隊,為全球PQC標準化做出貢獻,
IKV-Tech’s iBadge solution uses a cryptographic authentication chip to offer IoT service providers a hardware-based security management platform. The device authentication and counterfeit protection of this platform will secure business model and profitability. IoT devices possess special characteristics of easy connection and sustainable security. The IoT assets and architecture require the effective protection from threats such as counterfeiting.
這兩年來,量子電腦新突破的消息持續不斷,而量子破密帶來的資安威脅,也持續成為焦點,美國NIST舉行的「後量子密碼學(PQC)標準化」競賽目的,便是要選出可以不受量子電腦威脅的新密碼系統,成為全球新的標準。
On July 12, 2019, Tokyo-headquartered cryptocurrency exchange Bitpoint promptly suspended its services after noticing an error in the outgoing funds transfer system. Soon, an official announcement followed, revealing that the trading platform had lost around 3.5 billion yen (roughly $32 million) as a result of a security breach.
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