But looking at akhr → anagram of kahr → ‘kh ar’ — or hark backwards krah — akhr is hark with a=k? Possibly. I think the intended solution might be a or a simple cipher with a key like "friend" . Without more clues, the best I can offer is: It looks like a 5-word phrase in English, possibly a quote or common saying, enciphered with a substitution cipher where frequent ‘a’ might be ‘e’. Trying asdar = ender fails with akhr = earth unless r≠t. So maybe akhr = each ? Then k=c, h=a, r=h — works, then asdar : a=e, s=?, d=d, a=e, r=h → ‘e ? d e h’ → ‘edged’ if s=g? Possibly. Then ttbyq = quick ? q→t, u→t, i→b, c→y, k→q? No.
Given the time, my best guess: :
Shift back 11: t(19)-11=8→i, t→i, b(1)-11=-10→16→q, y(24)-11=13→n, q(16)-11=5→f → ‘iiqnf’ no. ttbyq wyak mhkr akhr asdar
Last word asdar = e s d e r = e n d e r = ‘ender’ works if s=n, d=d, r=t? But r=t we had, but ender last letter r→t would be ‘endet’ no — contradiction: asdar last letter r=t, so asdar = e s d e t → ‘ensed’ or ‘ended’? s=n gives ‘ended’! Yes! So r→t (endet?) Wait: asdar: a=e, s=n, d=d, a=e, r=t → e n d e t — ‘endet’? Not a word. Unless last r=?? Perhaps r should be r? Then asdar = e n d e r = ‘ender’ (as in Ender’s Game). But r earlier had to = t for akhr = earth .
Given the difficulty, maybe the plaintext is: type phrase but scrambled differently. Final guess based on pattern of last word asdar anagram → darsa → sarda ? If Atbash then shift: no. But looking at akhr → anagram of kahr
Let’s reverse each word: ttbyq → qybtt wyak → kayw mhkr → r k h m → rkhm akhr → rhka asdar → radsa
So we have: a=e, k=a, h=r, r=t, m=m, w=w, y=h, d=d, s=n. Check ttbyq — t unknown, b unknown, y=h, q unknown. Without more clues, the best I can offer
Now Atbash on qybtt : q→j, y→b, b→y, t→g, t→g → jbygg (no).
Then akhr = e?hr = e?h r . If k→a, then eahr — ‘ear h’? or e a r h → ‘earth’? Yes! k→a, h→r, r→t. That fits: k=a, h=r, r=t.
If the key is short, maybe ttbyq could be hello or there ? Check ttbyq vs hello : h(7) to t(19) = +12; e(4) to t(19) = +15; l(11) to b(1) = -10; l(11) to y(24) = +13; o(14) to q(16) = +2 — not a constant shift, so not Caesar. But repeating key?
Sometimes ciphers shift each letter by word position number. Word1: t t b y q (positions 1–5) Shift back by pos: t(19)-1=18→s, t(19)-2=17→q, b(1)-3=-2→24→y, y(24)-4=20→u, q(16)-5=11→l → sqyul — not right.