Sbwnj Bwb Hlqt Alwhsh -

Test (or +21): s (19) -5 = 14 → n b (2) -5 = 23 → w? That breaks. Let’s do systematic:

Try (brute force thinking): Common shifts: shift of 5 or 11, etc. sbwnj bwb hlqt alwhsh

Actually ROT13 again (since ROT13 twice returns original): Let’s assume the ciphertext is ROT13 of plaintext. So apply ROT13 to ciphertext to get plaintext: s → f b → o w → j n → a j → w So sbwnj → “fojaw” — gibberish. bwb → “ojo” hlqt → “uydg” alwhsh → “nyjfu” — not English. However, if the ciphertext is actually ROT13(English) then we’d see real words. Since we don’t, maybe it’s ROT13 of a foreign language or name. Test (or +21): s (19) -5 = 14 → n b (2) -5 = 23 → w