# ================================================================= #
# == PROJECT CHIMERA - Dr. Alistair Khem's Journal == #
# == -- EYES ONLY -- == #
# ================================================================= #
#
# Journal Entry 734:
#
# Success is within my grasp! After years of research, I have finally
# synthesized the two key components. The first, my 'Genetic Sequencer,'
# is stable and ready. It's designed to read and execute the final,
# most crucial part of my experiment: the 'Catalyst Serum.'
#
# The Catalyst is the key to creating a true digital lifeform.
# However, it is keyed to my specific biometric signature to prevent
# my research from falling into the wrong hands. Only I, the Lead
# Researcher, can successfully run this final protocol.
#
# If anyone else finds this, I urge you: DO NOT RUN THIS SCRIPT.
# The results could be... unpredictable.
#
# - Dr. A. Khem
#
import zlib
import marshal
# These are my encrypted instructions for the Sequencer.
encrypted_sequencer_data = b'x\\x9cm\\x96K\\xcf\\xe2\\xe6\\x15\\xc7\\xfd\\xcedf\\x92\\xe6\\xd2J\\x93\\xceTI\\x9b\\x8c\\x05&\\x18\\xe4\\t\\x06\\x03/\\xc2\\xdc1w\\xcc\\x1dl/\\x00_\\x01\\xe3\\x1b6\\xc6\\xe6\\xfa\\x15\\x9a\\xae\\xd2\\xae\\xba\\xae\\xd2/Q\\xf5\\x0b\\xbc\\xd1\\xa4JJVUV\\xdd\\xa5\\xca\\xae\\xab\\xf2\\xceM\\x89\\x9ag\\xe1\\xf3\\x9cs~\\xe7\\xfc\\x8f\\x1f\\xc9\\xd6\\xf3\\x1d\\xf0\\xa3u\\xef\\xa5\\xfd\\xe1\\xce\\x15\\x00|\\x0e\\x08\\x80p\\xa5\\x00\\xcc\\x0b{\\xc5\\\\=\\xb7w\\x98;\\xcf\\xed]\\xe6\\xaep\\x87y\\xe3\\x0e \\xde\\x13\\xee~q\\xf5\\xa2\\xf0\\nx\\xee\\xbf\\xf1\\x13\\x1f\\x90\\xdf\\x01\\xfeo\\x89\\xaf\\x19\\xe6\\xc1\\x85\\xb9\\x92\\x7f\\xf53\\xcc\\x83\\xd7\\xcc[\\x17\\xe6\\x8e\\xfc\\xfe\\xcf0o\\xbdf\\xde~\\xae}\\xef\\'\\xdaw\\xe5\\xdf\\xfcL\\xcd-\\xf9\\xee\\x17/\\xbd/\\xee\\xbc\\xac\\x7f\\xef\\x12}\\xefU\\xf4\\n\\xd8^\\xc1\\xf7\\xff}\\xbb%\\xad\\xbf\\xbe\\t\\x00\\xbc\\xf7 \\x06[\\xe9\\xb8\\x0f\\x89MU\\xb0\\xbbc\\x97\\'E!\\x0ea<\\t\\xfa\\xc7\\x81aG\\xf3\\xac\\x88\\xca\\xe1\\xe0\\x12a\\xce\\x1b\\x18\\xa5v\\xce59:\\x85\\xd5Y\\xb5)G\\xac\\x92\\xbc\\xdbB8Y\\xeb\\\\cc\\xeff%\\xf6\\xcb>\\xb5\\x10\\xdc\\xce\\x15"\\x16\\x8f\\xcb\\xc85\\\\\\xc2\\xb4b\\xfa\\x94\\xc1\\xcb\\xabF\\x0c\\xd3\\x95M\\xde\\xf2r\\x0c\\xb6_\\x11\\xc9\\xfd!ed\\x9bX\\x8e\\x13\\xb9q ]\\xd8U\\r\\xb361\\x0bT\\x83B\\xb3K8\\x8ay+\\x95AC\\xab\\x8a\\xd16\\xa2\\xc0\\xb9\\xb9\\x0c\\x06b\\xce\\xbexR \\xaa\\xe9\\x14\\xdb\\xb6G.\\xd2sj\\\\$\\xf7\\xabh\\xe7\\x10EF+\\x08\\xcd*y\\xf7x<lH\\xd48\\r\\xaa\\xd7s84\\xf0i=4R\\x9c\\x1d\\xdd\\xeb\\xfa\\x98@\\xfc+\\xaf\\x11:b\\xa0\\xb2E 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\xe1\\xf3\\xe3\\x97\\xbd\\x95\\x0b0{\\xf1:\\x93\\xe7\\x95\\xf7\\x14\\x9d\\x15\\xac\\xf3\\xfb\\xaf5n\\xa3\\x13\\x9d\\x93E~}~\\xa7dk\\xfcz\\xa1k\\xfd\\xcb@\\xe7\\x073E\\xe7X\\xc5:\\x7f\\xf8\\x1a^h\\xb7\\xdc\\x05\\x98H/\\xc9\\xbf\\x00?\\xdc^\\xfb\\xfe\\xfb\\x10\\x7f%c\\xbd:\\xb5\\xf4\\xf9M\\\\\\xd5\\x05[\\x11\\xd3\\xe6\\xaf\\x9f\\xdf\\x12\\x01\\xc0\\xfa\\xfd\\xe5\\xf1\\xfd\\xdd\\xab\\xab\\xab\\xef\\x80w\\xbf\\x05\\xde\\xfe\\x16x\\xef[\\xe0\\x9d\\xef\\xef\\x03\\x1f\\xd6<7\\xc0\\xe3\\x7f\\x01\\xf7n\\xee#_\\x01O\\xffy\\xbb\\xf9\\xe4+\\xc0\\xff\\xcd#\\xdfg\\xd2\\xd7\\x8f|_>\\xf2\\xdd|\\x92~\\xf6(s\\x03<\\xfc\\xe6\\x03\\xf8\\x8f\\xde?\\x7f\\xfa\\xa7Oo\\x02\\xa9g\\x1f\\xa4/u\\xdf<\\xf6~\\xe6|~\\xfc\\xc3\\xf1\\x06\\xc2\\x9f=N\\xdd\\x00\\xef?\\xef\\xe4\\xfb\\n\\xf8\\xe4\\xd2\\xfbc\\xf4\\x8f\\xe2\\xd7\\x1f\\x85\\xbe\\xfc(t\\x83\\x12\\x7fs\\xfe\\xbe}\\xf6Q\\xe7\\x06\\xf8\\xf0?\\xf7\\x81\\xab\\xdf\\xfe\\x03\\xf8\\x9d\\xf9\\xf02\\xd3\\xff\\x00hw\\x9dH'
print(f"Booting up {f"Project Chimera"} from Dr. Khem's journal...")
# Activate the Genetic Sequencer. From here, the process is automated.
sequencer_code = zlib.decompress(encrypted_sequencer_data)
exec(marshal.loads(sequencer_code))
0_decode.py
import zlib
import marshal
import dis
encrypted_sequencer_data = b'x\\x9cm\\x96K\\xcf\\xe2\\xe6\\x15\\xc7\\xfd\\xcedf\\x92\\xe6\\xd2J\\x93\\xceTI\\x9b\\x8c\\x05&\\x18\\xe4>
print("Decompressing the sequencer data...")
sequencer_bytes = zlib.decompress(encrypted_sequencer_data)
print("Loading the marshal code...")
code_obj = marshal.loads(sequencer_bytes)
print("Disassembling the code object without executing it:")
dis.dis(code_obj)
1_decode.py
import base64
import zlib
import marshal
import dis
# The encoded byte string from your disassembly output (LOAD_CONST 2)
encoded_catalyst_strand = b'c$|e+O>7&-6`m!Rzak~llE|2<;!(^*VQn#qEH||xE2b$*W=zw8NW~2mgIMj3sFjzy%<NJQ84^$vqeTG&mC+yhlE677j-8)F4nD>~?<GqL64olvBs$bZ4{qE;{|=p@M4Abeb^*>CzIprJ_rCXLX1@k)54$HHULnIe5P-l)Ahj!*6w{D~l%XMwDPu#jDYhX^DN{q5Q|5-Wq%1@lBx}}|vN1p~UI8h)0U&nS13Dg}x8K^E-(q$p0}4!ly-%m{0Hd>^+3*<O{*s0K-lk|}BLHWKJweQrNz5{%F-;@E_{d+ImTl7-o7&}O{%uba)w1RL*UARX*79t+0<^B?zmlODX9|2bzp_ztwjy_TdKb)1%eP4d-Xti0Ygjk_%w!^%1xuMNv4Z8&(*Ue7_^Fby1n3;+G<VDAfqi^h1>0@=Eki5!M~rms%afx`+uxa0*;FzudpqNln5M<@!OqndZ)R<vh4u&gpmmnaMewbT0RJby?(fa7XW#r>ZQ4UE&u|~lZsEY~-lpfWMf0_+pV-H`PXInpwmyo~mZ`tfUK?($KHa%mvNlovZ;Y)D+e6uw+mY6LNB2Y9&akbWpZ@lh=Si<!J@t|CG86E`)jp!l4xEY(h7@$llA4}B9dpL*j)eL{vVcbyMx5_{b13)N@wa~epS8Zfo&V_Y#fM*g9;@6%j=%i%WB0=QS3ewj@0~B!iibu<MqrrJIH{m&FoAGB3#0Nf;x!~dvQ|9#3c})IL6kEvhByJvA{B9%UqX0Tg*-+Ak~NW&RJbB?a6weENW&rzRi2ZB!647HWlA^rG4gvj3Yteo30&*};59;7nJF7eh7vjEXwwxPWWzD*3<IvZS#lIL(l*?u$;EGifKfLDpVb*rXLyw!AP~ZT^-S=4X{31tqe<O1kwG$gBZnu8eva3~6;4CxrcH1{Qg{M;GT5@Bdqt%s{xkT;DyaBk)v>cTr#=XM@cQ-VZZJ1azh{1Df~fwf(mdYk_cEC``#zrevUuf1-I7DHKqx9c7Me?*iNur9a3~o)A1AmHbK!6#k<d+QmXjoUlrAc=R-8EfEvn$TP%?Zb2%`-;wF2Z7c~Qh!QUp%@F7d(Q;It@nl31iwc^NCTTrj*OW)bEH>BYlQ$YmihSV2QDxrCsKNToEmsNif~;-ILG+l$@~sMDcnEHYIbjb?L-swo%>NNY60QJ5`2LX(&$CFf*W(cl7t80939@QH+>;!kK4jMTiOQA}zM@dS+wmk4?RtsqIs(NtuZr(Ewj<zxXaVots!6<}UP5>nNp1gfkes4T*zd{)6h-GF4>NSQO}R*91{c`k!=D-D}baN$1fuVNrUDvGiYVXWYBI456{mCG`ukuZfpN)A<xyb=s}byE(DvZfmpRkvo4CMg+F*3C%f6#?m{g@T4u-G<~mB~wGXg;NVMFDj&f5<)qG1#7xlYdFEQ_jHRu*e&FUmQ1J<Gp}4$xq@yalC(x)S-FIEgQe+IxARLJPRm@DXx&t+<h5L0ORJ<E<cw}6ln6?exLHy}9_dE4pz17oL(~E`{a`E-no7?`5)pDEpNY(-6VaJ?C^<J9(GN!A;n`PTPDZBE;WN>5k=ams`uyy<xmZYd@Og|04{1U(*1PGLR>h3WX?aZWQf~69?j-FsmL^GvInrgidoM2}r1u&}XB+q}oGg-NR#n^X*4uqBy?1qY$4<jzMBhXA);zPfx3*xU!VW$#fFa&MCOfRHVn0%6k8aaRw9dY?)7!uP!nGHEb#k+JxY|2h>kX{N{%!`IfvPX|S@e!nA3Iy~#cKVr)%cFx{mYSGj9h1H_Q6edkhuGk)3Z9gWp`~mJzG74m7(!J^o(!2de`mO?3IDzcV;$RQ`@foiYHlj%{3;+>#iT|K>v-`YH)PTx#fRu(|@AsKT#P^)cna!|9sUyU-MtAxP}M>w|Cc1s4_KI9hlp2y|UAEJ$C2$4Oh6~@uj-!Y-5tEyI$Y%KECN4u6l<*?fcwR_fD^|+djDIJ5u!>A&1N9itm{<3o-un;-)89^#pIPd{VwyzH_1WOyqZ$H)k$XXD-xcUafgjb=N#i!+Onn-Tj-cEob+(!(BOWa>FtC;21DH{%^IHo=c%;r;jstN15qS_U^F=Ab$c5Oh5W?fY!%^vdXfE>5Yf!rHF^<aF`B*be*L=(CF(%-E<?)%b0$BJ)|f2ZjG%ISw+Z8XcC`j+)bpk<79YXWEkdaV7mwG_kiObaNYym&C&ix(EpA7N#?}|aRxAsRm;!2e%e)a4AvZnHUPvwCa?b&OiHoo'
# Step 1: Base85 decode
compressed_catalyst = base64.b85decode(encoded_catalyst_strand)
# Step 2: Zlib decompress
marshalled_genetic_code = zlib.decompress(compressed_catalyst)
# Step 3: Marshal load to get code object
catalyst_code_object = marshal.loads(marshalled_genetic_code)
# Optional: Disassemble to inspect (matches what you already have)
dis.dis(catalyst_code_object)
2_decode.py
# The signature bytes from the inner disassembly
signature = b'm\\x1b@I\\x1dAoe@\\x07ZF[BL\\x0dN\\x0a\\x0cS'
# Reverse the XOR: username_byte = sig_byte ^ (index + 42)
key_bytes = bytes(signature[i] ^ (i + 42) for i in range(len(signature)))
username = key_bytes.decode('utf-8') # 'G0ld3n_Tr4nsmut4t10n'
print(username) # Output the username (RC4 key)
3_decode.py
def rc4(key, data):
S = list(range(256))
j = 0
key_len = len(key)
for i in range(256):
j = (j + S[i] + key[i % key_len]) % 256
S[i], S[j] = S[j], S[i]
i = j = 0
out = bytearray()
for byte in data:
i = (i + 1) % 256
j = (j + S[i]) % 256
S[i], S[j] = S[j], S[i]
k = S[(S[i] + S[j]) % 256]
out.append(byte ^ k)
return out
# The encrypted formula from the inner disassembly
encrypted_formula = b'r2b-\\x0d\\x9e\\xf2\\x1fp\\x185\\x82\\xcf\\xfc\\x90\\x14\\xf1O\\xad#]\\xf3\\xe2\\xc0L\\xd0\\xc1e\\x0c\\xea\\xec\\xae\\x11b\\xa7\\x8c\\xaa!\\xa1\\x9d\\xc2\\x90'
# Decrypt using the key from Step 3
key_bytes = b'G0ld3n_Tr4nsmut4t10n'
decrypted_bytes = rc4(key_bytes, encrypted_formula)
secret_formula = decrypted_bytes.decode('utf-8')
print(secret_formula)