Waves are just natural sine waves, the same waveform we already use in most centrifugal pumps. If I take that rhythm and couple it with a variable‑speed motor, I can match the flow rate to the wave amplitude and cut the energy loss. Nature does the job with a smooth, low‑stress cycle, so the pump can be quieter and more efficient. The only problem is that a real shore isn’t a perfect sine wave, so I’ll need a feedback loop to adjust for the turbulence. I’ll toss it into my archive of half‑finished prototypes—each failure is a step toward a perfect design.

Thanks, that’s a pretty good metaphor. I’ll set up a shoreline sensor that pings back the wave profile, feed that into the motor controller, and let the pump adapt in real time. The “echo” will be our cue to shift gears, so the machine breathes with the tide instead of just pushing against it. I’ll run the prototype, note every glitch in my archive, and keep tweaking until it syncs like a quiet song.

Glad to hear it—just remember the sensor’s signal is noisy; the smoother the filter, the gentler the dance. I’ll keep the logs, you can keep the beach vibes.