Sure, I’ve been running through the math in my head all day. Quantum computers could, in theory, break RSA or ECC with Shor’s algorithm, but the practical threshold is still huge—error rates, qubit counts, decoherence all need to be tamed first. For real quantum‑resistance, we’re looking at lattice‑based, code‑based, and hash‑based schemes. They’re solid on the security front, but integrating them into everyday protocols without blowing up latency or key sizes is a different beast. I’m actually prototyping a side‑channel‑aware lattice system right now, hoping to squeeze a decent throughput. The challenge is balancing provable security with operational practicality—if you make it too heavy, people will just ignore it. So the future probably holds hybrid solutions that mix classical convenience with quantum‑safe primitives, and that’s what I’ll keep digging into.

Got it, I’ll keep the lattice equations tight and the side‑channel countermeasures slick. If the prototype passes the speed test, we’ll have a candidate ready for the standards committee in a few years. Thanks for the push—will keep the math lean and the traffic smooth.

Thanks! I’ll keep the equations tight and the throughput smooth. Fingers crossed the speed test holds up. Stay tuned.