Quantum Security The 2025 2028 Roadmap скачать в хорошем качестве

Quantum Security The 2025 2028 Roadmap

The 2025–2028 Quantum Security Roadmap” Quantum computers will not break encryption tomorrow. But preparation has already begun. This episode isn’t about stocks. It’s about what a typical organization — a bank, healthcare provider, SaaS company, manufacturer, or government agency — must realistically do between now and 2028 to prepare for quantum security risk. Let’s walk through the timeline. 2025 — Awareness and Risk Mapping This is the inventory year. Organizations must identify: Where cryptography is used Which systems rely on RSA or elliptic curve encryption What sensitive data must remain secure for 10–20 years Which third-party vendors handle encrypted traffic This includes quantum risk assessments, data classification reviews, and vendor exposure mapping. Most organizations today do not have a full cryptographic inventory. That must change first. 2026 — Strategy and Architecture By 2026, awareness must turn into design. Organizations should: Evaluate NIST post-quantum cryptography standards Plan crypto-agility into systems Review cloud providers’ PQC roadmaps Engage cybersecurity vendors on quantum-safe upgrades Begin board-level reporting Crypto-agility is critical. It means systems can switch encryption standards without complete rebuilds. This is not just an IT issue. It touches security, compliance, procurement, and legal teams. Insurance providers may also begin asking about quantum readiness. 2027 — Pilot and Controlled Migration 2027 becomes the testing phase. Organizations should: Pilot post-quantum algorithms in non-critical systems Upgrade key management systems Align identity frameworks with quantum-safe standards Validate cloud PQC integration Engage hardware vendors on secure chip roadmaps Hybrid cryptography — classical plus post-quantum together — will likely be common during this transition. Regulators may begin issuing clearer guidance, especially for financial institutions and critical infrastructure. 2028 — Acceleration If quantum milestones progress and compliance deadlines emerge, 2028 could mark acceleration. Forward-looking organizations should have: A completed cryptographic inventory A defined migration roadmap Updated vendor contracts Pilot deployments validated Board oversight formalized Late adopters may face compliance pressure, insurance cost increases, or contractual obligations from larger partners. Encryption upgrades are not optional. They are foundational. The Bigger Picture Encryption secures: Global banking systems Cloud infrastructure Defense networks Telecom systems IoT ecosystems When encryption standards change, the entire digital foundation must adapt. This is not alarmism. It is infrastructure planning. Between now and 2028, organizations that treat quantum security as a strategic roadmap — not a distant risk — will be positioned correctly. In the next episode, we begin analyzing the companies positioned to benefit from this migration cycle. Because when encryption changes… someone sells the upgrade. Are you ready? #QuantumSecurity #PostQuantum #Cybersecurity #CloudSecurity #Encryption #TechMegatrend #InfrastructureShift #futureoftechnology