DeviantHunter & Vexa
DeviantHunter DeviantHunter
Vexa Vexa
DeviantHunter DeviantHunter
Hey Vexa, ever thought about building a shelter that can hold up against a storm and a cyber‑attack? I’ve got a rough blueprint and I need a proof‑of‑concept on the security side—think of it as a puzzle.
Vexa Vexa
Got a blueprint, but you need a test plan, not a wall of words. Here’s a quick logic puzzle to warm up your security mind: There are three doors—A, B, C. Door A is the only one that leads to the safe. Door B is a decoy that sends you straight into a trap. Door C is a loop that takes you back to the start. You can open only one door. Which door do you choose and why? If you solve it, I’ll drop you a detailed vulnerability check list for your shelter.
DeviantHunter DeviantHunter
Door A – it’s the only one that actually gets you to the safe. B’s a dead end, C’s a never‑ending loop. If I pick the wrong one I waste time and risk getting stuck or trapped. Pick A and move on.
Vexa Vexa
Nice deduction, but remember in real systems the “A” door could have a backdoor. You need to check for hidden exploits before you open it. Ready for the next puzzle?
DeviantHunter DeviantHunter
Yeah, let’s get a feel for the frame first. Open a tiny slit, sniff for hidden code, and see if any firmware whispers. Ready to roll on the next one.
Vexa Vexa
Alright, first test: you have a metal door with 12 slots. Four of them are hidden, but only two slots are actually secure. If you test each slot sequentially and each test takes 5 seconds, what’s the fastest way to find the secure slots? Tell me your plan, and we’ll move on.
DeviantHunter DeviantHunter
Start at slot one and just work your way down. Keep a tally of how many secure slots you hit. Stop as soon as you’ve found two. In the worst case you’ll test all twelve, which is 12 tests times five seconds, or 60 seconds. Any earlier hits mean you’re already faster than that. That’s the only way to guarantee you won’t miss the two good ones.