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QUANTUM READY FUTURE 🌟🔐 ➡️ Quantum computing is often framed as a future breakthrough 🚀 but in cybersecurity, the opportunity to prepare is already here. Forward-thinking organisations are taking steps today to stay ahead. 👉 https://lnkd.in/gdGDQhgg ➡️ The reality is simple ⚡ Data captured today could be decrypted in the future, which means acting now creates a real advantage in protecting long-term sensitive information. ➡️ Modern encryption is evolving 🔍 As quantum capabilities grow, so does the opportunity to strengthen security foundations and build more resilient systems. ➡️ Preparing for this shift does not require a quantum computer 🛡️ It starts with understanding your current environment and beginning the move toward quantum-resistant security. ➡️ Early action builds confidence ⏳ Organisations that start now will be better positioned to protect data, maintain trust, and lead with resilience. ➡️ This is more than a technical shift 💡 It is a strategic opportunity to future-proof your organisation and stay ahead in a rapidly changing landscape. #CyberSecurity #QuantumComputing #PostQuantum #DataSecurity #Encryption #CyberResilience #DigitalTransformation #InfoSec #FutureReady

🚀 Daily Pill #15 – Future-Proof Security Your data is protected not just against today's threats, but against tomorrow's as well. Security that evolves with threats. Post-quantum ready today, quantum-proof tomorrow. Security solutions become obsolete as threats evolve. Today's strong encryption becomes tomorrow's vulnerability. Users face constant migration challenges and exposure to future threats that current systems cannot address. Zbelthas implements future-proof security through post-quantum cryptography and hybrid algorithms. The system protects against current threats while being ready for future ones. No migration needed when quantum computers advance — protection is already built-in. For Beta and final release users, this means security that lasts. Your digital assets and communications remain protected as threats evolve. No need to worry about quantum computers or future cryptographic advances — you're already protected. This approach represents a fundamental shift in how we think about digital security. Instead of constantly reacting to new threats, Zbelthas builds protection that anticipates and adapts to them from day one. In a world where technology moves at lightning speed, having security that can keep up isn’t just convenient — it’s essential. What are your thoughts on post-quantum cryptography? Have you started thinking about how quantum computing might affect your data security? Drop a comment below 👇 #CyberSecurity #PostQuantum #FutureProof #DataProtection #Zbelthas #QuantumSecurity #TechInnovation

🔐 When Cybersecurity Meets Quantum Reality We’re securing today’s systems with yesterday’s assumptions. Most of our current security relies on problems that are hard to solve — not impossible. Classical computers struggle with them, which is why encryption works. But what happens when the rules change? With the rise of Quantum Computing, problems like integer factorization — the backbone of encryption systems like RSA encryption — may no longer remain secure. This doesn’t mean “security is broken.” It means security is evolving. What excites me is not just the threat, but the opportunity: 👉 Designing systems that are secure even in a post-quantum world 👉 Exploring quantum-resistant cryptography 👉 Rethinking trust, identity, and authentication from the ground up As someone deeply interested in cybersecurity, I see this as a shift from: 🔒 “Protecting systems” to 🧠 “Reimagining security itself” The future of cybersecurity won’t just defend against attacks — it will anticipate entirely new paradigms. And we’re just getting started. #CyberSecurity #QuantumComputing #FutureTech #LearningJourney #TechStudents

Cybersecurity didn’t quietly evolve in 2026 it reached a turning point. For years, quantum risk was treated as a future concern. Something to watch, not act on. That perspective is starting to change. Across the industry, there is a visible shift toward quantum-safe approaches. New encryption standards are moving closer to real-world use, and organizations are beginning to reassess how they protect long-term data. This shift is not driven by a single breakthrough, but by a growing realization: data captured today does not need to be used today. It can be stored and accessed later, when stronger computing capabilities become available. That changes the conversation. The question is no longer whether this transition will happen, but how prepared systems are for what is already in motion. At Quantum Vault, the focus is on helping organizations move beyond legacy security assumptions and prepare for what comes next secure, adaptable, and aligned with the direction the industry is heading. #CyberSecurity #QuantumSecurity #DataProtection #DigitalSecurity

Quantum computing is advancing, but enterprise readiness is not progressing at the same pace. Recent months have brought greater clarity. The discussion now centres on timelines, exposure windows and how long it will take organisations to adapt existing cryptographic assumptions. A gap is becoming visible. Awareness is increasing, while operational preparedness varies significantly. Encryption remains deeply embedded across systems, often without clear visibility or straightforward upgrade pathways. At the same time, data stored today may still need to remain secure during the period when quantum capabilities mature. Preparation therefore sits across infrastructure, governance and long-term planning, not within security teams alone. This conversation continues at Tech Show Frankfurt, where Tommy C., Chief Cryptographer at HP Security Lab, will lead both the keynote “The Quantum Threat to Cryptography: Leadership Actions Now to Reduce Cyber Risk and Establish Resilience in Infrastructure” and the hands-on workshop “Exercise QUANTUM DAWN.” Together, these sessions examine what practical preparation looks like as post-quantum risk moves closer to operational reality. In this piece, we explore how the readiness gap is developing, and why closing it requires structural change rather than awareness alone. More in the comments below. Join the conversation at Tech Show Frankfurt: https://lnkd.in/dqvVsNbt #CyberSecurity #QuantumComputing #DataSecurity #EnterpriseTechnology #TechShowFrankfurt

The future of cybersecurity is here, and it's moving faster than we thought! 🚀 Recent advancements in quantum computing have dramatically accelerated the timeline for 'Q-Day,' revealing that current encryption standards, the backbone of global digital trust, can now be broken in significantly less time and with fewer resources than previously estimated. This isn't a distant threat; it's a present risk that demands immediate attention from every CISO and organization. Our current cryptographic foundations, including widely used encryption systems, are on a verified countdown to obsolescence. Adversaries are already harvesting encrypted data today, planning to decrypt it once quantum capabilities arrive. The post-quantum transition deadline is no longer a planning horizon, it's a critical countdown. Organizations must proactively address this challenge by adopting a robust quantum defense methodology. This involves comprehensive cryptographic inventory, phased migration to post-quantum cryptography (PQC) standards, and continuous monitoring to ensure readiness. Moving from quantum-vulnerable to quantum-ready is essential for securing our digital future. Don't wait for Q-Day to discover your vulnerabilities. It's time to assess your quantum readiness and build a robust post-quantum strategy. #QDay #QuantumSecurity #PostQuantumCryptography #PQC #Cybersecurity #CISO #RiskManagement

Most encrypted data today is not as safe as we think. It’s not because encryption is broken.... yet... It’s because data is already being collected and stored—waiting for the moment when quantum computing can make it readable. For anyone handling sensitive data, this is not theoretical - it is a real and emerging threat. For Europe, this is becoming a strategic and urgent issue. The protection of critical and sensitive European data is fundamental to sovereignty and long-term resilience. It goes beyond "cybersecurity" as we know it from most cases. The uncomfortable reality is simple: What we secure today may be exposed tomorrow. That’s why quantum-safe encryption is moving from research into "real-world" deployment. We are proud and pleased to announce, that we entered into a partnership with Merqury Cyber Security Ltd. to support the investment and commercial scale up of quantum encryption solutions, focused on protecting sensitive European data. Government agencies, telco operators, datacenter owners and companies with sensitive data have to ask themselves if they are aware of which threat they foresee, and start preparing. Question is: Are you already factoring quantum risk into your security roadmap? If this is relevant to your organisation, feel free to reach out directly to me. Then we would be happy to share perspectives and concrete use cases. hashtag #Resilience #security #protection #data #Denmark #Nordics #Europe #Quantum #merqurycybersecurity

#SISAInNews: Is your organisation's encryption ready for a world where quantum computing can break it?   Maria Korolov's coverage in Network World spotlights the Certified Quantum Security Professional (CQSP), the world's first ANAB - ANSI National Accreditation Board, accredited certification in quantum security, launched under SISA Institute, the training and educational arm of SISA, as one of the world's leading quantum security training programmes.   As quantum technologies reshape the cybersecurity landscape, the gap between where security professionals stand and where they need to be is widening. CQSP is built to close that gap, equipping professionals with practical expertise in quantum-safe cryptography, risk assessment, and alignment with NIST, ISO, and ETSI standards.   As a global leader in cybersecurity for the payments ecosystem, SISA continues to help organisations build readiness for emerging quantum risks and strengthen trust in an evolving digital future.   Read the full story: https://lnkd.in/gHyvC8wB Learn more about CQSP: https://lnkd.in/gHs2apKY   #NetworkWorld #QuantumSecurity #CQSP #Cybersecurity

We’re entering a phase in cybersecurity where the threat isn’t immediate, but the impact could be irreversible. Quantum computing is no longer theoretical. It’s progressing quietly and steadily, and with it, the assumptions behind today’s encryption are being challenged. The real risk isn’t when quantum breaks encryption. It’s what’s already happening now. Sensitive data is being stored today with the possibility of being decrypted years later. The “harvest now, decrypt later” model is no longer a hypothesis; it’s a strategic concern. For organizations, this raises a fundamental question: Are we securing data just for today or for the lifespan of that data? This isn’t about panic; it’s about preparedness. Understanding where we stand, what’s at risk, and how to start thinking differently about cryptographic resilience. At SISA, we see this as a responsibility to bring awareness early, before the shift becomes a disruption. That’s the intent behind our upcoming CQSP workshop (15–16 June)—to help teams and leaders start navigating what’s ahead. Because in cybersecurity, those who prepare early don’t just adapt, they lead. 🔗 https://lnkd.in/ghsFfJEE SISA Dharshan Shanthamurthy Avinash Selvamani Dito Kannan Naveen Krishnamurthy Nilanshu Mehta Venu Nambiar Sachin Sawant #QuantumSecurity #Cybersecurity #PostQuantum #FutureOfSecurity #SISA #CQSP

Quantum computing will break the security models we rely on today. Are we ready? I attended an eye-opening webinar yesterday on the future of Security at the Edge in a Post-Quantum world. Thank you Youssef Sellami for the sharp, research-backed insights, here's what stuck with me: ⚡ Security must be distributed: centralised models won't survive the quantum era. ⚡ Authentication & integrity protocols need to evolve now, not later, to resist quantum-powered attacks. ⚡ As users and devices become ever more mobile, distributed trust at the Edge is no longer optional, it's essential. The transition to post-quantum security won't happen overnight, but the decisions we make today will define how exposed we are tomorrow. Who else is thinking about quantum readiness? Drop your thoughts below. 👇 #PostQuantum #EdgeSecurity #CyberSecurity #QuantumReady #ZeroTrust #TechLeadership #QSecDef