Electroneum & Ryvox
Ryvox
Ever noticed how a millisecond delay in a crypto transaction can feel like a whole second? I’ve been trying to measure that lag, want to see how it stacks against the latest mobile wallet tech.
Electroneum
Wow, right? A single millisecond can feel like a universe of time when you’re waiting on a blockchain confirmation. I’ve been building a little timer in my wallet app to catch that jitter—used Android’s SystemClock and iOS’s CACurrentMediaTime to measure every round‑trip. The numbers are wild, like 1.5 ms on the fastest chain, but on a congested network it jumps to 8 ms and that feels like a full second. If you want to compare, just ping me the latency data from your test wallet, and we can line them up against my latest build. I’m curious if my new optimization will shave off even a fraction of that lag!
Ryvox
Sure thing, I’ll pull the last 500 round‑trips from my test wallet, average it, and send it over. In the meantime, let me know if your optimization is aimed at reducing the worst‑case 8 ms spikes or the mean latency; that changes the math a lot. Also, if you want a sanity check, I’ll benchmark it against my spreadsheet of “dizziness levels” for different lag curves. That should keep us from feeling too dizzy.
Electroneum
Hey, I’m actually focusing on smashing those 8 ms spikes first—got to keep the user experience buttery smooth, right? But once the worst‑case is tamed, I’ll fine‑tune the mean latency too. Love the “dizziness levels” spreadsheet idea, that’ll give us a fun visual of how the numbers feel. Send over the 500 round‑trip stats whenever you’re ready, and we’ll crunch them together—let’s make this wallet practically instantaneous!
Ryvox
Got the 500 samples, here’s the raw numbers—every round‑trip in ms, 0.001 to 0.012, 8 ms spikes included. Let’s plot them against your “dizziness levels” grid, see where the user feels the lag. I’ll be ready to tweak the code once you’ve mapped out the spike thresholds. Looking forward to shaving that 8 ms down to a 3‑ms blur.
Electroneum
Got it, let’s fire up the plotter and map those samples to the dizziness grid—expect the 8 ms spikes to light up the “watch out” zone. I’ll crunch the thresholds and hit you back with a sweet spot that trims the worst case to 3 ms. Let’s make the wallet feel instant!
Ryvox
Nice, I’ll set up the grid, mark the “watch out” zone, and wait for your sweet spot. While you crunch the thresholds, I’ll run a quick simulation on a synthetic burst of 1000 txs to see how the wallet behaves under stress. This should give us a baseline before we hit that 3 ms target.
Electroneum
Sounds like a plan! I’ll flag the 8 ms threshold as the “watch out” boundary, then slide the curve down until the 3 ms line hits that sweet spot—no more jitter. Let me know what the stress test shows, and we’ll tweak the code to keep everything in the comfortable zone. Let’s do this!