New Security Breakthrough Protects Data from Quantum Computer Threats
新型安全突破技術保護數據免受量子計算機威脅
As quantum computing evolves from theory to reality, it poses a significant threat to our current digital security.
隨著量子運算從理論演變為現實，它對我們目前的數位安全構成了重大威脅。
Modern encryption, which protects our banking and private messages, relies on complex math that classical computers cannot easily solve.
現代加密技術保護著我們的銀行業務和私密訊息，其基礎是傳統電腦無法輕易破解的複雜數學。
However, powerful quantum machines could soon crack these codes in seconds.
然而，強大的量子機器很快就能在幾秒鐘內破解這些代碼。
To combat this, experts have introduced Post-Quantum Cryptography (PQC).
為了應對這一點，專家們推出了後量子密碼學。
PQC uses advanced, quantum-resistant mathematical structures that run on existing hardware, meaning we do not need new computers to stay safe.
PQC 使用先進的抗量子數學結構，能在現有的硬體上運行，這意味著我們無需更換新電腦也能保持安全。
In 2024, the U.S.
2024 年，美國國家標準暨技術研究院 確立了首批全球 PQC 標準。
National Institute of Standards and Technology (NIST) finalized the first global standards for PQC.
如今，企業和政府正採用「加密敏捷」(crypto-agile) 系統——這是一種旨在隨著威脅演變而更換安全方法的框架。
Today, businesses and governments are adopting "crypto-agile" systems—frameworks designed to swap out security methods as threats evolve.
儘管量子電腦的全面影響可能還需要幾年時間才會顯現，但轉向量子安全數位經濟的趨勢已經開始。
While the full impact of quantum computers may be years away, the shift toward a quantum-safe digital economy has already begun.
透過現在就實施 PQC，我們正在為最敏感的數據做好準備，以應對量子時代不可避免的到來。
By implementing PQC now, we are future-proofing our most sensitive data against the inevitable arrival of the quantum age.
