Joachim Schäfer’s Post

I highly recommend this read. It's insightful and offers valuable perspectives. #quantum #quantumsafe

Quantum Threats Demand Action Now! Quantum computing is advancing fast, threatening to break traditional encryption and put our data at risk. In our latest blog, we dive into building quantum resilience and quantum-proofing data. Learn how to update cryptographic methods, redesign network protocols, and secure your organization against quantum attacks. Don't wait—prepare for the quantum future and protect your sensitive data today. Signup and use www.fortistransfer.com for all your sensitive and CUI now! #QuantumResilience #QuantumProofing #DataSecurity #CyManII #americamakes #QuantumComputing #FortisQuantumSolutions #QuantumInnovation #ibmhyperprotectdata #boozallen #IBM IBM Partner Plus IBM Quantum #DIB #DODCIO

🔐 Prepare for the Quantum Era with IBM Quantum Safe 🔐 Quantum computing brings incredible possibilities—and new security risks. Soon, quantum computers could break today’s cryptography, leaving sensitive data vulnerable. In fact, while the most powerful traditional computers might take 𝗺𝗶𝗹𝗹𝗶𝗼𝗻𝘀 𝗼𝗳 𝘆𝗲𝗮𝗿𝘀 to crack encryption, Shor’s quantum algorithm could do it in just 𝗵𝗼𝘂𝗿𝘀.  🔍 IBM Guardium Quantum Safe monitors your enterprise’s cryptography use, uncovers vulnerabilities, and prioritizes remediation to secure your data from both conventional and quantum-enabled risks. Gain enhanced visibility into your organization’s cryptographic posture, vulnerabilities, and remediation progress. You can investigate violations and prioritize remediation based on contextual insights, ensuring robust security. 🚀 Why Act Today? Future-Proof Security: Protect data now to stay secure as quantum technology evolves. Safeguard Sensitive Data: Essential for finance, healthcare, and government sectors. Ensure Compliance: Get ahead of emerging security standards. Learn more and watch a quick demo to start future-proofing your data. #QuantumSafe #IBMSecurity #FutureOfSecurity #IBM #DataProtection #CyberSecurity IBM | IBM Security https://lnkd.in/d7rB5q4y Dina Agafonov | Yoni Zur | ofir yehuda | Richard P. | Matan Dadon🇮🇱 | Erez Atias | Idan Pascal | Gilat Bar | Jasmin Marom

First quantum cyberattack expected by 2030s – IBM Articles this week indicate a potential acceleration in quantum technology, with projections that quantum computers will break current cryptography like ECDH and RSA and IBM predicts the first quantum cyberattack is expected by the early 2030s. That's not accounting for hack now crack later cyberattacks happening today. Planning for this challenge is crucial for all stakeholders, is your business ready? Cavero Quantum's technology will significantly reduce the effort, time and costs associated with the migration to post quantum security. Follow us @caveroquantum to be kept up to date on our upcoming product release. Read more: https://lnkd.in/ehHHrYr8

How does quantum computing affect exception standards?

Preparing for the Quantum Computing Threat: A Guide for Small Businesses

Bringing useful quantum computing to the world requires also making the world quantum-safe. And it’s even more important that we reverberate that mission when it comes to our own infrastructure. That’s why we’re pursuing a comprehensive, long-term plan to integrate quantum-safe security protocols across all IBM hardware, software, and services. It all starts with ensuring that the IBM Quantum Platform, which provides cloud access to our fleet of utility-scale quantum systems, is fully quantum safe—using a host of tools that we’ve already made available for enterprises looking to begin their quantum safe journeys as well. This transformation will be conducted in stages, the first of which is already taking place now. Today, we are working to implement post-quantum encryption to enable quantum-safe Transport Layer Security (TLS). This legacy encryption works with the IBM Quantum Platform and extends through the firewall that protects the IBM Cloud, and soon it will be protected by quantum-safe encryption. Our goal is for researchers and developers that use our quantum services to trust that when they submit a quantum computational task to IBM Quantum Platform, it will be quantum safe from the client down into the cloud services layer. From there we can continue this initiative into Qiskit Runtime, and later across all IBM hardware and software. Head to the IBM Quantum blog for more details: https://ibm.co/4ctUu0E

Preparing for the Quantum Computing Threat: A Guide for Small Businesses

Preparing for the Quantum Computing Threat: A Guide for Small Businesses

As quantum computing technology matures, we’re primed to face another Y2K-like event: Q-Day, meaning the point at which quantum computers become capable of breaking traditional encryption, totally upending security as we know it. https://lnkd.in/eMTgyp9w