🚨 BREAKING: Qryptonic launches the first multi-phase post-quantum transformation platform. Built for CISOs, boards & regulators who need to hit the 2028 deadline—permanently. ▸ QScout™: 7-day crypto inventory.▸ QStrike™: Deep PQC diagnostics.▸ Qsolve™: Regulatory-aligned

When major vendors announce progress, adversaries don’t wait — they harvest. The key question: which of your encrypted assets must remain confidential in 2030?.Qryptonic frames readiness by that data-horizon — not by headlines. #HarvestNowDecryptLater.

Headlines on quantum progress are useful — but they don’t change a simple fact: migrating enterprise crypto is a multiyear program. If hardware compresses time, the board’s question becomes “how fast can we de-risk?” QStrike-style validation answers that without guesswork.

IBM & Google reportedly claim quantum breakthroughs. If true, the hard part isn’t the hardware — it’s your migration timeline. We’ve seen 12–18 months just to find RSA keys in large estates. Acceleration makes that window dangerous. #QuantumTiming #CISO.

In the "Leap" scenario, quantum arrives slowly, but the ecosystem is ready. That’s not luck—it’s preparation. Exposé Insight:.Organizations that built crypto agility ahead of hardware arrival had seamless transitions. Waiting could cost everything—not just weeks, but strategic.

The "Quandary" future in Deloitte's model isn’t delay. It’s quantum arriving late, while workforce and operating readiness remains undeveloped. Exposé Insight:.We’ve seen two clients struggle to staff crypto migration simply because they didn’t train earlier. Delay compounds.

Deloitte lays it out: "Surprise" is not fiction—it means quantum arrives sooner than expected and teams aren’t ready. Exposé Insight:.We’ve audited organizations where RSA keys remain buried across APIs—even legacy apps—long after they assumed migration was done. Surprise isn’t.

IoT lifecycles stretch to decades—but quantum resilience lasts only until your next firmware schedule. Devdiscourse urges urgent adaptation of quantum-resilient encryption across every embedded node. At Qryptonic, our QStrike™ tool spots outdated ECC in hundreds of edge.

AI powering IoT means autonomous systems making decisions—but quantum breaks their trust anchors. Devdiscourse calls for real-time risk logic paired with cryptographic resilience. We’ve run red-team quantum simulations that reveal key reuse across AI-powered control loops. The.

If “Internet of Everything” means thousands of devices per home and factory, then each is a quantum decryption target waiting to happen. Devdiscourse warns: quantum and AI together force a radical rethink of IoT security. At Qryptonic, we’ve found that even deeply embedded.

Gizmodo’s headline is dramatic: quantum computers are here. But the real constraint isn’t hardware capability. It’s the time needed to migrate cryptographic infrastructure. In our experience, an end-to-end PQC migration takes 5–7 years. If quantum is real today, your migration.

Gizmodo says quantum is real—but here’s what they don’t highlight: it doesn’t break systems. Systems break because they were built without crypto agility. We’ve seen systems fail under key-compromise simulations—not hardware failure. The threat isn’t in qubits, but in.

Everybody thinks quantum is still on the horizon. But Gizmodo reminds us: it’s already operational at scale—just not in your corner of tech. At Qryptonic, we’ve found quantum-exposed keys in forgotten log archives & deprecated APIs. The threat is here. The question is whether.

RT @MarioNawfal: 🇯🇵 🇺🇸 JAPAN WANTS TO CRUSH U.S. & CHINA IN THE QUANTUM RACE. Forget just catching up, Japan’s gunning to overtake the 2 bi….

RT @QRLedger: “Theoretically, quantum computing is the end of encryption. There is no code that can withstand a quantum computer.”. https:/….

stresses structured attention—cryptographic strategy isn't about chasing physics; it’s about securing legacy. We work with enterprises that discover RSA still lives in unexpected places—business logic, third-party integrations, archived APIs. Quantum.

“Cryptographic resilience, regulatory alignment, long-term data security”—these aren’t buzzwords. They’re practical pillars of quantum readiness, according to If regulations prior to wave two of quantum are set—what happens when compliance timelines.

says quantum isn’t a question of "if," but “when,” and that enterprise strategy must reflect that—now. We’ve already mapped migration timelines for firms starting in 2025—looking at 5-year turnarounds from discovery to deployment. Quantum-ready isn’t.

Lozhkin estimates scalable quantum in 5–15 years—but adds: “AI developments could cut that window in half.”. At Qryptonic we ask: if you steal today, decrypt tomorrow—what happens when math accelerates?. The real risk isn’t physics. It’s preparedness. 📰