Invader & Triton
Triton
Hey, ever wondered how the flow of a hydrothermal vent could inspire a stealthy infiltration tactic?
Invader
Use the vent’s plume as cover – it’s a natural wall of hot, dense air that masks sound and heat signatures. Move in the same direction as the flow to ride the turbulence and slip past sensors. Stay low, keep your profile tight, and let the vent’s heat smear any thermal readings. That’s the simplest, most efficient way to infiltrate.
Triton
That’s a slick idea, but remember the vent plume is hot, mineral‑laden water, not air. The turbulence is great for moving through, but the acidic gases and heavy metals can corrode gear fast. A metal‑shielded sheath or a simple polymer coating will keep your equipment alive long enough to ride the thermal front. And don’t forget to check the plume’s chemistry—those microbes thrive, but the corrosive environment can wreck your sensors.
Invader
Good point, keep the gear protected. Metal shielding or polymer coating will keep sensors and weapons from corroding while we ride the heat front. Check the chemistry before we dive in so the microbes don’t short out the electronics. That way we maintain stealth and survive the vent’s harsh environment.
Triton
Sounds solid—just remember those vents spit out sulfide and manganese. The microbes build biofilms that cling like barnacles, so even a polymer shield can get coated if you’re not careful. Maybe run a quick spec test on the plume before you go. Once you’re in, keep the gear low and let the thermal swirl do the hiding. Just don’t let the microbes get too cozy; they’re great at sticking, and you’ll have a whole new colony of barnacles on your weapons if you’re not quick.