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In this three-part series of Technically U, we dive into the world of Quantum-Resistant Algorithms (QR Algorithms)—the digital armor designed to defend against the quantum-powered attacks of tomorrow. 🧠
💥Our two hosts explore:
✅ What quantum-resistant algorithms are
✅ The difference between RSA/ECC and post-quantum cryptography
✅ NIST’s leading candidates for post-quantum standards
✅ Why we need quantum-safe encryption today—not tomorrow
✅ Real-world applications and migration strategies
✅ The role of lattice-based, hash-based, multivariate, and code-based algorithms
✅ What quantum threats like Harvest Now, Decrypt Later mean for industries
If you're in cybersecurity, tech, or just curious about the quantum revolution, this episode is packed with insights, analogies, and practical knowledge to help you stay a step ahead in a rapidly evolving threat landscape.
🧬 The quantum age is coming. Are you ready for it?
📌 Subscribe now, hit that 🔔, and explore how we can build an unbreakable digital future—one qubit-resistant algorithm at a time.
In this three-part series of Technically U, we dive into the world of Quantum-Resistant Algorithms (QR Algorithms)—the digital armor designed to defend against the quantum-powered attacks of tomorrow. 🧠
💥Our two hosts explore:
✅ What quantum-resistant algorithms are
✅ The difference between RSA/ECC and post-quantum cryptography
✅ NIST’s leading candidates for post-quantum standards
✅ Why we need quantum-safe encryption today—not tomorrow
✅ Real-world applications and migration strategies
✅ The role of lattice-based, hash-based, multivariate, and code-based algorithms
✅ What quantum threats like Harvest Now, Decrypt Later mean for industries
If you're in cybersecurity, tech, or just curious about the quantum revolution, this episode is packed with insights, analogies, and practical knowledge to help you stay a step ahead in a rapidly evolving threat landscape.
🧬 The quantum age is coming. Are you ready for it?
📌 Subscribe now, hit that 🔔, and explore how we can build an unbreakable digital future—one qubit-resistant algorithm at a time.