Simon Chung Kei Wong’s Post

Today's encryption methods, like RSA, rely on integer factorization, which isn't considered NP-hard and falls into the bounded-error quantum polynomial-time(BQP) category making it susceptible to quantum computer attacks. Enter Post-Quantum Cryptography (PQC), the game-changing solution designed to shield your sensitive data from quantum threats. By reintroducing advanced complexity, PQC ensures that even the most sophisticated quantum computers can't easily break the code. #QuantumSafe Want to learn more about Quantum? Join us in #ThinkSingapore!🔗 https://ibm.biz/BdKEDP

In cybersecurity, cryptography serves as a crucial last line of defence when implemented correctly. Cryptography is fundamental to data security and privacy. Like a secure vault, it offers resilience against data breaches, ensuring that even if all other security measures fail, our most valuable information remains protected. However, achieving effective cryptography is challenging, requiring a careful balance between security, usability, and performance for each use case. Much like a safe, cryptography in principle can be compromised given sufficient time and resources. I had the privilege of speaking with Lory Piccirilli Thorpe, a leader in quantum-safe technologies at IBM, about the pressing need to address cybersecurity risks posed by quantum computing. Quantum computing promises unprecedented computational power, capable of breaking most of today’s widely used cryptographic methods. Historical lessons emphasise the necessity for organisations to be prepared for emerging threats and vulnerabilities, whether from more powerful computing technologies, poor implementation of cryptographic algorithms, or newly discovered design weaknesses. We are excited to leverage IBM technologies to enhance our Governance, Risk, and Compliance (GRC) and advisory services, helping our clients embark on their quantum-safe journey. Find out more about our partnership and services at IBM Think. Amy Ng, Siangtse Foo, Evelyn Phang, Tan Heong Meng, Howie Lau How Sin 刘浩新, Shaowei Ying, E Fang Yap, John Buselli, Julian Tan, Alvin Low, Sandeep S., Li Ying Lee, Carol Chia #NCS #IBM #QuantumSafe

The rapid advancement of quantum computing technology carries with it potent force capable of disrupting present-day encryption practices. Although the quantum era is still emerging, signs of its approach already forecast significant implications for industries and government entities reliant on current cybersecurity measures. A #Futures #QuickTake by Shaping Tomorrow Download by opening the #QuickTake in full screen.

Harnessing the Power of Quantum Technology for Robust Cyber Defenses In the ever-evolving landscape of digital technology, cybersecurity remains a pivotal area of concern for organizations worldwide. The advent of quantum computing has ushered in a new era of possibilities and challenges in this domain.

🌟 Tech Update: NIST Finalises Groundbreaking Post-Quantum Encryption Standards 🌐 The U.S. National Institute of Standards and Technology (NIST) has recently completed a pioneering set of encryption standards, crafted to secure against the prospective threats posed by quantum computers. This milestone in post-quantum cryptography is pivotal for enhancing the security of digital communications, from e-commerce interactions to confidential emails, ensuring they withstand the quantum computing era. The project involved an extensive international review, selecting cryptographic methods robust enough to defy the capabilities of emerging quantum technologies. As quantum computing continues to evolve, these new standards are critical for preserving privacy and security across global digital platforms. This progress isn't just a technical leap; it's a proactive stride towards securing our digital infrastructure against potential future vulnerabilities introduced by quantum advancements. For further insight into how these standards will fortify digital security, you can explore the detailed update here:https://lnkd.in/gRUrYXSq #CyberSecurity #QuantumComputing #DigitalTransformation #TechNews

The National Institute of Standards and Technology (NIST) has just released the first three finalized post-quantum encryption standards! These new standards are designed to withstand the powerful capabilities of future quantum computers, ensuring the security of our digital information for years to come. 🔐 Key Highlights: Three New Standards: CRYSTALS-Kyber, CRYSTALS-Dilithium, and Sphincs+. Future-Proof Security: These algorithms are built to resist quantum computer attacks. Immediate Implementation: NIST encourages organizations to start transitioning to these new standards now. As quantum computing technology rapidly advances, it’s crucial to stay ahead in protecting our data. Kudos to NIST for leading the charge in post-quantum cryptography! Read more about this groundbreaking development here. https://lnkd.in/ekY4yHgB #Cybersecurity #QuantumComputing #Encryption #NIST #TechInnovation

Quantum computing just crossed a major milestone—Chinese researchers have broken RSA encryption, which has long been a cornerstone of data security. The implications for the future of cybersecurity are profound, as we now see how quickly quantum technology is evolving. This shift could accelerate the need for quantum-safe cryptographic methods sooner than we expected. A game-changer for anyone following the future of encryption. https://lnkd.in/ezpYiCVh

Quantum computing is here… What is your company doing to reasses your encryption strategy?

Quantum computing just crossed a major milestone—Chinese researchers have broken RSA encryption, which has long been a cornerstone of data security. The implications for the future of cybersecurity are profound, as we now see how quickly quantum technology is evolving. This shift could accelerate the need for quantum-safe cryptographic methods sooner than we expected. A game-changer for anyone following the future of encryption. https://lnkd.in/ezpYiCVh

Security professionals, the future is quantum! 🔐 This article by Noah Franklin dives into strategies for preparing your cybersecurity posture for the rise of quantum computing. The Quantum Challenge: Quantum computers pose a significant threat to current encryption methods used to safeguard sensitive data. The article equips you with: A roadmap for assessing your organization's cybersecurity vulnerabilities in a quantum future. Exploration of strategies for adopting post-quantum cryptography (PQC) and other quantum-resistant algorithms. Recommendations for staying informed about advancements in quantum computing and its security implications. By taking proactive steps now, you can strengthen your defenses and ensure your organization's cybersecurity remains effective in the quantum age. Security professionals: Share your thoughts on preparing for a quantum future! How can we ensure our defenses are quantum-ready? #QuantumPreparedness #CybersecurityFuture Read More https://buff.ly/4d12VkK