{"command": "file /sandbox/081317155457"}

{"exitCode":0,"stdout":"/sandbox/081317155457: ISO Media, Apple QuickTime movie, Apple QuickTime (.MOV/QT)\n","stderr":""}

{"command": "7z x /sandbox/081317155457 -o/sandbox/video_extract 2>&1 || strings /sandbox/081317155457 > /sandbox/strings_output.txt && head -100 /sandbox/strings_output.txt"}

{"exitCode":0,"stdout":"\n7-Zip 25.01 (x64) : Copyright (c) 1999-2025 Igor Pavlov : 2025-08-03\n 64-bit locale=C.UTF-8 Threads:16 OPEN_MAX:1048576, ASM\n\nScanning the drive for archives:\n1 file, 14155108 bytes (14 MiB)\n\nExtracting archive: /sandbox/081317155457\nERROR: /sandbox/081317155457\nCannot open the file as archive\n\n\nCan't open as archive: 1\nFiles: 0\nSize:       0\nCompressed: 0\nftypqt  \nqt  \nwide\n}mdat!\n-Vqr\n8;gPU\n_-5yi\nJ\teP\n\_Kx\n8FvRw\nh}7J\nQ8]fzl\n^jU \noAb%\nz<+jrPy\n?SDpQ\nT5S\tg\nhp!l\n(nbB\nJ6TR\n<,1 Pz\nfda8\nI%7;\nL@tu\npj|9L\nu)9?\n^{t|z&\nOl4V\nd14N\n*;aKX\nD,uf\nI(]p(\n5*RF+\ncSd%\n0Djo9&\n&)_b\n%"?9\nyV{[9j\no48T\n|#?r}.\njuv6\n~O>wF\nr[r)\nfL;p?&\n[*Y\t\n7Tif![\nscd0\n1JtR\n4P$;s7\n(r:F8\nx6&D<\n.VK#68\n+v:u\nhgt6\n#B)^h\n6WLi\n}w9B:K\n9,RFd\nbUQ2Jx-\nb/q{\nW(!(_\n7j6I\nbt%o\ny\"R>M@tvc\nU>Hm\n[pEO#\nB+V4i\nNv7J3\n -0B\nB>!D\neb#7mc\nvKA7*\nwSO\tDU\nfSJjTp7A5\nA!!:$$&A\na<!l\nk+!X]M\nW)E> \nduRr\nSRo0)z\nm\\:g\nn\tnE\n+l\tV\nPA&\"\nX\" c\n;2&o\nMa4>{\n6VET\nB-XR\nXgs:\nr\txT\n$s6^W\nc2mD\n b~~$$\nsC7L\nens=\n2Zg \nW]p.\nkQ/n\n]N()\n","stderr":""}

{"command": "strings /sandbox/081317155457 | grep -E \"(pusatkode|http|flag|FLAG|CTF|\\.png|\\.txt|\\.apk)\" | head -20"}

{"exitCode":0,"stdout":"CTFT\n","stderr":""}

{"command": "binwalk /sandbox/081317155457 2>&1 | head -50"}

{"exitCode":0,"stdout":"\nDECIMAL       HEXADECIMAL     DESCRIPTION\n--------------------------------------------------------------------------------\n4311707       0x41CA9B        ZBOOT firmware header, header size: 32 bytes, load address: 0x77212C3C, start address: 0xA6782590, checksum: 0xF2E8AC0E, version: 0x7688AE57, image size: 1172274058 bytes\n11891004      0xB5713C        JBOOT STAG header, image id: 9, timestamp 0x3207933B, image size: 480710886 bytes, image JBOOT checksum: 0x251A, header JBOOT checksum: 0x9B90\n14152532      0xD7F354        YAFFS filesystem root entry, big endian, type symlink, v1 root directory\n\n","stderr":""}

{"command": "binwalk -e /sandbox/081317155457 -C /sandbox/extracted 2>&1 && ls -la /sandbox/extracted/"}

{"exitCode":3,"stdout":"\nExtractor Exception: Binwalk extraction uses many third party utilities, which may not be secure. If you wish to have extraction utilities executed as the current user, use '--run-as=root' (binwalk itself must be run as root).\n----------------------------------------------------------------------------------------------------\nTraceback (most recent call last):\n  File "/usr/lib/python3/dist-packages/binwalk/core/module.py", line 258, in init\n    self.load()\n    ~~~~~~~~~^^\n  File "/usr/lib/python3/dist-packages/binwalk/modules/extractor.py", line 153, in load\n    raise ModuleException("Binwalk extraction uses many third party utilities, which may not be secure. If you wish to have extraction utilities executed as the current user, use '--run-as=%s' (binwalk itself must be run as root)." % user_info.pw_name)\nbinwalk.core.exceptions.ModuleException: Binwalk extraction uses many third party utilities, which may not be secure. If you wish to have extraction utilities executed as the current user, use '--run-as=root' (binwalk itself must be run as root).\n----------------------------------------------------------------------------------------------------\n\n","stderr":""}

{"command": "exiftool /sandbox/081317155457 | head -50"}

{"exitCode":0,"stdout":"ExifTool Version Number         : 13.25\nFile Name                       : 081317155457\nDirectory                       : /sandbox\nFile Size                       : 14 MB\nFile Modification Date/Time     : 2026:01:17 22:29:00+00:00\nFile Access Date/Time           : 2026:01:17 22:28:52+00:00\nFile Inode Change Date/Time     : 2026:01:17 22:29:00+00:00\nFile Permissions                : -rw-r--r--\nFile Type                       : MOV\nFile Type Extension             : mov\nMIME Type                       : video/quicktime\nMajor Brand                     : Apple QuickTime (.MOV/QT)\nMinor Version                   : 0.0.0\nCompatible Brands               : qt\nMedia Data Size                 : 14144373\nMedia Data Offset               : 36\nMovie Header Version            : 0\nCreate Date                     : 2026:01:16 18:01:41\nModify Date                     : 2026:01:16 18:01:45\nTime Scale                      : 44100\nDuration                        : 7.92 s\nPreferred Rate                  : 1\nPreferred Volume                : 100.00%\nPreview Time                    : 0 s\nPreview Duration                : 0 s\nPoster Time                     : 0 s\nSelection Time                  : 0 s\nSelection Duration              : 0 s\nCurrent Time                    : 0 s\nNext Track ID                   : 3\nTrack Header Version            : 0\nTrack Create Date               : 2026:01:16 18:01:41\nTrack Modify Date               : 2026:01:16 18:01:45\nTrack ID                        : 1\nTrack Duration                  : 7.92 s\nTrack Layer                     : 0\nTrack Volume                    : 0.00%\nImage Width                     : 1080\nImage Height                    : 1920\nClean Aperture Dimensions       : 1080x1920\nProduction Aperture Dimensions  : 1080x1920\nEncoded Pixels Dimensions       : 1080x1920\nGraphics Mode                   : ditherCopy\nOp Color                        : 32768 32768 32768\nCompressor ID                   : hvc1\nSource Image Width              : 1080\nSource Image Height             : 1920\nX Resolution                    : 72\nY Resolution                    : 72\nCompressor Name                 : HEVC\n","stderr":""}

{"command": "dd if=/sandbox/081317155457 bs=1 skip=14144409 of=/sandbox/extra_data.bin 2>&1 && ls -lh /sandbox/extra_data.bin && file /sandbox/extra_data.bin"}

{"exitCode":0,"stdout":"10699+0 records in\n10699+0 records out\n10699 bytes (11 kB, 10 KiB) copied, 0.0828203 s, 129 kB/s\n-rw-r--r-- 1 nobody nogroup 11K Jan 17 22:31 /sandbox/extra_data.bin\n/sandbox/extra_data.bin: Apple QuickTime movie (fast start)\n","stderr":""}

{"command": "strings /sandbox/extra_data.bin"}

{"exitCode":0,"stdout":"moov\nlmvhd\n;trak\n\tkhd\nDtapt\nclef\nprof\nenof\n$edts\nelst\nomdia\n mdhd\n1hdlr\nmhlrvideappl\nCore Media Video\nminf\nvmhd\n8hdlr\ndhlralisappl\nCore Media Data Handler\n$dinf\ndref\nalis\nstbl\nstsd\nhvc1\nHEVC\nqhvcC\nM@@@@ \ncolrnclc\nsgpd\nsync\n$sbgp\nsync\nstts\nctts\n cslg\nTstss\nsdtp\nLstsc\nstsz\nTstco\ntrak\n\tkhd\n$edts\nelst\n6mdia\n mdhd\n1hdlr\nmhlrsounappl\nCore Media Audio\nminf\nsmhd\n8hdlr\ndhlralisappl\nCore Media Data Handler\n$dinf\ndref\nalis\nistbl\nstsd\nmp4a\nwave\nfrmamp4a\nmp4a\n3esds\nsgpd\nroll\nsbgp\nroll\nstts\nstsc\npstsz\nLstco\n^meta\n"hdlr\nmdta\n3keys\n#mdtacom.apple.quicktime.artwork\nilst\ndata\n{"data":{"editType":"default","infoStickerId":"","is_ai_lyric":0,"is_aimusic_mv":0,"is_use_ai_image_generation":0,"is_use_ai_video_generation":0,"is_use_aimusic_bgm":0,"is_use_aimusic_vocal":0,"is_use_graph_chart":0,"is_use_jichuang_mode_in_ai_writer":0,"is_use_relight":0,"is_use_vc_sing_clone":1,"is_use_voice_clone":"0","keyframe":"","motion_blur_cnt":0,"musicId":"7529725153808730175,7525334776829528073,7545687930422446126,7541645292889327667","os":"mac","product":"vicut","stickerId":"","videoEffectId":"7399470727122013446","videoId":"c68080f2-b054-4359-b276-3d1c5f900193","videoParams":{"be":0,"ef":1,"ft":1,"ma":0,"me":0,"mu":5,"re":0,"sp":0,"st":0,"te":0,"tx":1,"v":0,"vs":0}},"source_platform":"desktop","source_type":"vicut"}\n","stderr":""}

{"command": "wget https://pusatkode.com/B6yadxhk.png -O /sandbox/slenderman.png 2>&1 | tail -5"}

{"exitCode":0,"stdout":"  1350K .......... .......... .......... .......... .......... 97% 73.0M 0s\n  1400K .......... .......... .......... .......              100%  105M=0.04s\n\n2026-01-17 22:32:06 (34.9 MB/s) - ‘/sandbox/slenderman.png’ saved [1472122/1472122]\n\n","stderr":""}

{"command": "file /sandbox/slenderman.png && exiftool /sandbox/slenderman.png"}

{"exitCode":0,"stdout":"/sandbox/slenderman.png: PNG image data, 1080 x 1080, 8-bit/color RGBA, non-interlaced\nExifTool Version Number         : 13.25\nFile Name                       : slenderman.png\nDirectory                       : /sandbox\nFile Size                       : 1472 kB\nFile Modification Date/Time     : 2026:01:16 21:08:24+00:00\nFile Access Date/Time           : 2026:01:17 22:32:06+00:00\nFile Inode Change Date/Time     : 2026:01:17 22:32:06+00:00\nFile Permissions                : -rw-r--r--\nFile Type                       : PNG\nFile Type Extension             : png\nMIME Type                       : image/png\nImage Width                     : 1080\nImage Height                    : 1080\nBit Depth                       : 8\nColor Type                      : RGB with Alpha\nCompression                     : Deflate/Inflate\nFilter                          : Adaptive\nInterlace                       : Noninterlaced\nPixels Per Unit X               : 1000\nPixels Per Unit Y               : 1000\nPixel Units                     : meters\nImage Size                      : 1080x1080\nMegapixels                      : 1.2\n","stderr":""}

{"command": "strings /sandbox/slenderman.png | grep -E \"(pusatkode|http|flag|FLAG|CTF|\\.png|\\.txt|\\.apk)\" | head -20"}

{"exitCode":0,"stdout":"klCTF\noCTF\n","stderr":""}

{"command": "xxd /sandbox/slenderman.png | tail -50"}

{"exitCode":0,"stdout":"00167360: 4787 19f3 cbbf 555a ec2a 65db c162 afd8  G.....UZ.e..b..\n00167370: 580f 485d cab5 578f ecfc 7735 4139 a96f  X.H]..W...w5A9.o\n00167380: 12e3 35a3 2321 470f 1f4d b811 8fed 1554  ..5.#!G..M.....T\n00167390: 27b8 918a 080f 7572 f99e 7b23 0530 9e03  '.....ur..{#.0..\n001673a0: 26ae f6d8 010e 9730 725d 028e ef99 75e6  &......0r]....u.\n001673b0: 5e8d 42c0 1603 b10c 09d5 80ec 0e70 f889  ^.B..........p..\n001673c0: 6f37 8060 6082 42a3 674c 5c79 1c6f a782  o7.``.B.gL\y.o..\n001673d0: 833a 3756 1cf2 845b 3da4 0e38 1c7e 7858  .:7V...[=..8.~xX\n001673e0: 5606 96b1 0287 8a24 070c 3150 8881 1803  V......$..1P....\n001673f0: 7faa f262 e034 26a0 a83a de95 0a81 811c  ...b.4&..:......\n00167400: 217f 24f2 5347 cbaa 252b 7ade b2e2 2b73  !.$.SG..%+z...+s\n00167410: dda7 9fa9 eb59 2bc7 2037 db58 72c2 e712  .....Y+. 7.Xr...\n00167420: 7eaf 10ac aa8e f48c 93c3 412b 4a02 0e4d  ~.........A+J..M\n00167430: 0000 249e e511 ef41 6198 ef5e 6082 ac0d  ..$....Aa..^...\n00167440: 6c2a 1992 994d 076e 7301 8600 3864 c510  l*...M.ns...8d..\n00167450: b020 5323 6b6a 0538 dc5b cf2a 2497 9740  . S#kj.8.[.*$..@\n00167460: d201 50b2 8656 c0a0 3e76 2846 42b9 1190  ..P..V..>v(FB...\n00167470: 434d 2db2 9784 4525 2045 c00a 010e 410d  CM-...E% E....A.\n00167480: 6a68 e367 dc8f 9c0e 4248 036a 6061 c1e6  jh.g....BH.ja..\n00167490: 8235 855a 5780 44a8 3da8 8b1d 9904 1384  .5.ZW.D.=.......\n001674a0: c4e4 5303 f2e9 a337 b8c1 a416 6506 0190  ..S....7....e...\n001674b0: 23f8 f1ca 39c9 dbb0 722a 0b4b 020e dfbf  #...9...r.K....\n001674c0: 1c04 3c02 156e 39d9 c18a 9d85 6597 cf71  ..<..n9.....e..q\n001674d0: a7fe 70e8 0000 3859 53ba 8565 5d2d bdcb  ..p...8YS..e]-..\n001674e0: d538 b5ac 3c86 195d 0d72 fa1c 98e4 b86a  .8..<..].r.....j\n001674f0: a367 7154 d555 051b 5949 0964 94c4 3e43  .gqT.U..YI.d..>C\n00167500: 6473 75de b334 9854 02c8 2ec8 31c3 6de3  dsu..4.T....1.m.\n00167510: b6dc 0f58 e1a0 43ed 2409 4132 ff02 9026  ...X..C.$.A2...&\n00167520: c508 9918 f158 f1de f2ff 5b33 2bbc 12b6  .....X....[3+...\n00167530: ac74 0337 5ad6 855a 56aa 22a3 c28c 5cfd  .t.7Z..ZV."...\.\n00167540: ee19 19dd 4ac2 76e5 524c 9519 d6c2 0c6d  ....J.v.RL.....m\n00167550: f536 913c cea1 1ed8 d9ae 5c7d 115b 0289  .6.<......\}...\n00167560: 0970 1ae0 f0d6 947d 3078 6e52 6f54 c0e1  .p.....}0xnRoT..\n00167570: 9083 c716 04fc e916 7078 852e a002 eb0a  ........px......\n00167580: 191b 6e9b 14dc d0f7 2a73 a432 b413 38ef  ..n.....*s.2..8.\n00167590: 2198 8c37 7c41 8585 815e 6f8d 4585 406b  !..7|A...^o.E.@k\n001675a0: e584 d480 dcb8 4e36 182a 4f33 7beb faff  ......N6.O3{...\n001675b0: ce70 765f c4e8 908b fd20 2159 c2ae 9e25  .pv_..... !Y...%\n001675c0: e1e3 13ff 3d1e d7ab 8053 6994 2a0e cfe0  ....=....Si....\n001675d0: 381f 6f12 60f0 5e1c 6e5c ed71 05bc ac81  8.o..^.n\\.q....\n001675e0: a028 22f8 9d31 4f5a 7115 480b 40f1 3150  .(\"..1OZq.H.@.1P\n001675f0: 071c 34c3 f0b9 fae2 4f6e 353c be7e 5ebc  ..4.....On5<.~^.\n00167600: 2efd ff77 01b9 fdf3 7528 d14b 056a be5d  ...w....u(.K.j.]\n00167610: 5a9a 3d64 d4e1 07ca 0e07 14fb 79c5 defa  Z.=d........y...\n00167620: bebb ae58 5200 1c45 895e 21c6 1970 e442  ...XR..E.^!..p.B\n00167630: aede 8be6 033d 8fe3 0437 56f8 f1cc f6a4  .....=...7V.....\n00167640: 25e5 09cb ca29 ffe3 cd27 2216 ee00 c7ad  %....)...'\".....\n00167650: a8e0 2050 78b9 62e3 4e18 f1fa 70e3 cffe  .. Px.b.N...p...\n00167660: eccf bff9 7f01 bc38 38e4 9614 5f13 0000  .......88..._...\n00167670: 0000 4945 4e44 ae42 6082                 ..IEND.B.\n","stderr":""}

{"command": "cat > /sandbox/check_stego.py << 'EOF'\nfrom PIL import Image\nimport numpy as np\n\n# Load image\nimg = Image.open('/sandbox/slenderman.png')\ndata = np.array(img)\n\n# Extract LSB from each channel\ndef extract_lsb(data, channel):\n    bits = []\n    for row in data:\n        for pixel in row:\n            bits.append(pixel[channel] & 1)\n    return bits\n\n# Try all channels\nfor ch in range(4):  # RGBA\n    bits = extract_lsb(data, ch)\n    # Convert to bytes\n    bytes_data = []\n    for i in range(0, len(bits), 8):\n        if i+8 <= len(bits):\n            byte = 0\n            for j in range(8):\n                byte = (byte << 1) | bits[i+j]\n            bytes_data.append(byte)\n    \n    # Check for readable text\n    result = bytes(bytes_data[:500])\n    print(f\"Channel {ch} first 500 bytes:\")\n    print(result[:200])\n    print(\"---\")\nEOF\npython3 /sandbox/check_stego.py"}

{"exitCode":0,"stdout":"Channel 0 first 500 bytes:\nb"\xfe \x00\x00\x00\x00\x01\xc0\x00\x00\x01\xe0\x00\x00\x007\x1f\xc08\xf0i\x10$\x07\nq?\\xea\\xb8\\xd8\\tH\\xe8\\xc1\\xd3\\xdd\\xaf^\\xdf\\xe6253Saq\\x88\\xf8\\xe1\\xb4\\x9d\\xd6]T&\\xb1JG\\xe4N;g\\x06\\xf5\\xd9\\x89\\x0e\\xf8\\xea\\xabr\\x9f+T\\xdbv'\\x12\\xff\\xf9o\\x8d\\xf9uXRl\\xf6u\\xbd,\\xea\\xd63\\x85r\\xa1u\\xed\\xca@\\x12\\x077\\xfd\\xa8g\\x92\\xfe\\x00\\x00\\x00\\x03\\x00\\xe0\\x05\\xbc\\xf8\\x00\x00\x00\x00\x06\x1f\xff\xff\xfb\x80\x00\x00\x00\x03\xff\xfc \x00\x00\x00\x00\x00\x00\x00\x00\x00\xf0\x00\x00\x00~> 8\xb1\xf0\x18\x0c\x00\x1ah\xf0\x7f\xa5\xf7\xe4\x0b\x11q\t?G\xe9\x92\xb4\x9b\xa0H)$\x087\xe9\x90\xdd-\x8f\xd7a\x02e\\x9c-\\xfa\\x051\\xd7\\x91\\x07\"\n---\nChannel 1 first 500 bytes:\nb'\\xfe \\x00\\x00\\x00\\x00\\x01\\xc0\\x00\\x00\\x01\\xe0\\x00\\x00\\x007\\x1f\\xc0=\\xff\\xf9}?\\xe7\\nq\x1c\xaa8X\tI\xe8\xc1\xd3\xc2\xc9]\x9er51\x18!u\x8b\x17\x99\xb5\xac\x9b\xc5x|\xde\xd0~Uet\xa3%\xbc\xea1\xd5\x1bl\x92v\xc1\x1fk\xca\xa4w*\xb9\xc1p\xfd\xd1\xb5\x1b\xce@t\xd4L)\x86\xfa(N[\xa1u\xed\xca@\x12\x076\xf0 \x07\x92\xfe\xef\xf8<\xfb\xe1\xfe=\xff\xf8\x00\\x00\\x00\\x00\\x06\\x1f\\xff\\xff\\xfb\\x80\\x00\\x00\\x00\\x03\\xff\\xfc \\x00\\x00\\x00\\x00\\x00\\x00\\x00\\x00\\x00\\xf0\\x00\\x00\\x00~> ?\\xbf\\xf9\\xfc\\x1d\\xe0\\x1a\xf0>!\xe1\xe4\x0b\x11q]?N\x8d\x8f\x03;xH)\xe5\x88\xab\xe9S\x85-\x03\xd0\xfd\x03Q\xcd\x075\xc0M\xe1\x1d\xbbP'\n---\nChannel 2 first 500 bytes:\nb'\xff\xff\xfd\xf0@\x11\xc2\x00?x\x00\x1f\xc0\x00\x8bH\xe0/\xf8\xf0\t\x00 \x07\n\xf1p#z\xb8\xbfz\x9aM\x04\xdf\xe2\x97=\xdeo;\xc2\x88{\n\x89#f\xb4\xd1\xda\x02\xa5\x19\xd9\xac\xe9\xef\xd5\xb1\xf0\xdb\xe9\x8c\xe57\xc9\x01%T\x93\xc9,\xcc~\xec\xab\x07\xb9\x83@\x9f\x9f\xc7\xa7\xe9=\xb7\xf78@\xe3\xe3\xb3\xa1$^\xe9\xd7}\xbf\xec\x7f\xbdM\xa8o\x93\xfe\x00\x00\x00\x03\x00 \x07\xbc\xff\xff\xe3\x18#\xff\xf9\xe3\xdd\x80\x00\x00\x00\x1f\xff\xff\xff\xff\xff\xfe\xf0@\x01\xc0?\xff\xe0\x00\x0f\xc0\x0c\x00\x81\xc1\xd9x\xf0\x00\x00\x00\x00\x1ah\xf0A\xa4\x168|\x0e\x99\xae\xcepR\xe4g\xbbD\x06\xcc\x9e\xef\x824pM\x81\x97\x18\x941\x9a\x1d3\x1b\x84\x0b\xc1(?W'\n---\nChannel 3 first 500 bytes:\nb'\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff'\n---\n","stderr":""}

{"command": "apt-get update -qq && apt-get install -y -qq ruby-full 2>&1 | tail -3 && gem install zsteg 2>&1 | tail -3"}

{"exitCode":100,"stdout":"","stderr":"E: setgroups 65534 failed - setgroups (1: Operation not permitted)\nE: setegid 65534 failed - setegid (1: Operation not permitted)\nE: seteuid 42 failed - seteuid (1: Operation not permitted)\nE: setgroups 0 failed - setgroups (1: Operation not permitted)\nW: chown to _apt:root of directory /var/lib/apt/lists/partial failed - SetupAPTPartialDirectory (1: Operation not permitted)\nW: chown to _apt:root of directory /var/lib/apt/lists/auxfiles failed - SetupAPTPartialDirectory (1: Operation not permitted)\nE: setgroups 65534 failed - setgroups (1: Operation not permitted)\nE: setegid 65534 failed - setegid (1: Operation not permitted)\nE: seteuid 42 failed - seteuid (1: Operation not permitted)\nE: setgroups 0 failed - setgroups (1: Operation not permitted)\nE: Method gave invalid 400 URI Failure message: Failed to setgroups - setgroups (1: Operation not permitted)\nE: Method gave invalid 400 URI Failure message: Failed to setgroups - setgroups (1: Operation not permitted)\nE: Method https has died unexpectedly!\nE: Sub-process https returned an error code (112)\n"}

{"command": "pngcheck -v /sandbox/slenderman.png 2>&1 | head -30"}

{"exitCode":0,"stdout":"/bin/bash: line 1: pngcheck: command not found\n","stderr":""}

{"command": "cat > /sandbox/analyze_png.py << 'EOF'\nimport struct\n\nwith open('/sandbox/slenderman.png', 'rb') as f:\n    data = f.read()\n\n# Find all PNG chunks\nidx = 8  # Skip PNG signature\nchunks = []\n\nwhile idx < len(data):\n    # Read chunk length\n    if idx + 4 > len(data):\n        break\n    length = struct.unpack('>I', data[idx:idx+4])[0]\n    idx += 4\n    \n    # Read chunk type\n    if idx + 4 > len(data):\n        break\n    chunk_type = data[idx:idx+4].decode('latin-1')\n    idx += 4\n    \n    # Read chunk data\n    if idx + length > len(data):\n        break\n    chunk_data = data[idx:idx+length]\n    idx += length\n    \n    # Skip CRC\n    idx += 4\n    \n    chunks.append((chunk_type, length, chunk_data[:100]))  # Store first 100 bytes\n    \n    if chunk_type == 'IEND':\n        print(f\"IEND found at position {idx}\")\n        break\n\nprint(f\"\\nTotal chunks: {len(chunks)}\")\nfor chunk_type, length, data_sample in chunks:\n    print(f\"{chunk_type}: {length} bytes\")\n    if chunk_type not in ['IDAT', 'IHDR', 'pHYs']:\n        print(f\"  Data preview: {data_sample}\")\n\n# Check for data after IEND\nprint(f\"\\nFile size: {len(data)}\")\nprint(f\"Data after IEND: {len(data) - idx} bytes\")\n\nif idx < len(data):\n    trailing = data[idx:]\n    print(f\"Trailing data preview: {trailing[:200]}\")\nEOF\npython3 /sandbox/analyze_png.py"}

{"exitCode":0,"stdout":"IEND found at position 1472122\n\nTotal chunks: 183\nIHDR: 13 bytes\npHYs: 9 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 8192 bytes\nIDAT: 3528 bytes\nIEND: 0 bytes\n  Data preview: b''\n\nFile size: 1472122\nData after IEND: 0 bytes\n","stderr":""}

{"command": "cat > /sandbox/visual_analysis.py << 'EOF'\nfrom PIL import Image\nimport numpy as np\n\nimg = Image.open('/sandbox/slenderman.png')\ndata = np.array(img)\n\nprint(f\"Image shape: {data.shape}\")\nprint(f\"Min/Max values per channel:\")\nfor i in range(4):\n    print(f\"  Channel {i}: min={data[:,:,i].min()}, max={data[:,:,i].max()}\")\n\n# Check if there's a pattern in specific regions\n# Look at corners and edges\nprint(\"\\nTop-left corner (10x10):\")\nprint(data[:10, :10, :3])\n\nprint(\"\\nTop-right corner (10x10):\")\nprint(data[:10, -10:, :3])\n\nprint(\"\\nBottom-left corner (10x10):\")\nprint(data[-10:, :10, :3])\n\nprint(\"\\nBottom-right corner (10x10):\")\nprint(data[-10:, -10:, :3])\n\n# Check for any single-pixel patterns or low-bit encoding\nprint(\"\\nChecking for unusual pixel values...\")\nunique_r = len(np.unique(data[:,:,0]))\nunique_g = len(np.unique(data[:,:,1]))\nunique_b = len(np.unique(data[:,:,2]))\nprint(f\"Unique R values: {unique_r}\")\nprint(f\"Unique G values: {unique_g}\")\nprint(f\"Unique B values: {unique_b}\")\n\n# Check specific positions mentioned in clues (2048, etc)\nprint(\"\\nPixel at position (20, 48):\", data[20, 48])\nprint(\"Pixel at position (204, 8):\", data[204, 8])\nEOF\npython3 /sandbox/visual_analysis.py"}

{"exitCode":0,"stdout":"Image shape: (1080, 1080, 4)\nMin/Max values per channel:\n  Channel 0: min=1, max=245\n  Channel 1: min=1, max=245\n  Channel 2: min=3, max=245\n  Channel 3: min=15, max=255\n\nTop-left corner (10x10):\n[[[1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [2 2 3]\n  [2 2 3]\n  [2 2 3]]\n\n [[1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [2 2 3]\n  [2 2 3]\n  [2 2 3]\n  [2 2 3]]\n\n [[1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [2 2 3]\n  [2 2 3]\n  [2 2 3]\n  [2 2 3]\n  [2 2 3]]\n\n [[1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [2 2 3]\n  [2 2 3]\n  [2 2 3]\n  [2 2 3]\n  [2 2 3]]\n\n [[2 2 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [2 2 3]\n  [2 2 3]\n  [2 2 3]]\n\n [[2 2 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [2 2 3]\n  [2 2 3]\n  [2 2 3]]\n\n [[1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [2 2 3]\n  [2 2 3]\n  [2 2 3]]\n\n [[1 1 3]\n  [2 2 3]\n  [2 2 3]\n  [2 2 3]\n  [2 2 3]\n  [2 2 3]\n  [1 1 3]\n  [2 2 3]\n  [2 2 3]\n  [2 2 3]]\n\n [[2 2 3]\n  [2 2 3]\n  [2 2 3]\n  [2 2 3]\n  [2 2 3]\n  [2 2 3]\n  [2 2 3]\n  [2 2 3]\n  [2 2 3]\n  [2 2 3]]\n\n [[2 2 3]\n  [2 2 3]\n  [2 2 3]\n  [2 2 3]\n  [2 2 3]\n  [2 2 3]\n  [2 2 3]\n  [2 2 3]\n  [2 2 3]\n  [2 2 3]]]\n\nTop-right corner (10x10):\n[[[1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]]\n\n [[2 2 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]]\n\n [[2 2 3]\n  [2 2 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]]\n\n [[2 2 3]\n  [2 2 3]\n  [2 2 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]]\n\n [[2 2 3]\n  [2 2 3]\n  [2 2 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]]\n\n [[2 2 3]\n  [2 2 3]\n  [2 2 3]\n  [2 2 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]]\n\n [[2 2 3]\n  [2 2 3]\n  [2 2 3]\n  [2 2 3]\n  [2 2 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]]\n\n [[2 2 3]\n  [2 2 3]\n  [2 2 3]\n  [2 2 3]\n  [2 2 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]]\n\n [[2 2 3]\n  [2 2 3]\n  [2 2 3]\n  [2 2 3]\n  [2 2 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]]\n\n [[2 2 3]\n  [2 2 3]\n  [2 2 3]\n  [2 2 3]\n  [2 2 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]\n  [1 1 3]]]\n\nBottom-left corner (10x10):\n[[[2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [3 3 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [3 3 4]\n  [3 3 4]]\n\n [[2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [3 3 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [3 3 4]\n  [3 3 4]]\n\n [[2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [3 3 4]\n  [2 2 4]\n  [3 3 4]\n  [3 3 4]\n  [3 3 4]\n  [3 3 4]\n  [3 3 4]]\n\n [[2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [3 3 4]\n  [3 3 4]\n  [3 3 4]\n  [3 3 4]\n  [3 3 4]\n  [3 3 4]\n  [3 3 4]]\n\n [[2 2 4]\n  [2 2 4]\n  [3 3 4]\n  [3 3 4]\n  [3 3 4]\n  [3 3 4]\n  [3 3 4]\n  [3 3 4]\n  [3 3 4]\n  [3 3 4]]\n\n [[2 2 4]\n  [3 3 4]\n  [3 3 4]\n  [3 3 4]\n  [3 3 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [3 3 4]\n  [3 3 4]]\n\n [[3 3 4]\n  [3 3 4]\n  [3 3 4]\n  [3 3 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [3 3 4]\n  [3 3 5]]\n\n [[2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [3 3 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [3 3 4]\n  [3 3 5]]\n\n [[2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [3 3 4]]\n\n [[2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]]]\n\nBottom-right corner (10x10):\n[[[3 3 4]\n  [3 3 4]\n  [2 2 4]\n  [3 3 4]\n  [3 3 4]\n  [3 3 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]]\n\n [[3 3 4]\n  [3 3 4]\n  [2 2 4]\n  [3 3 4]\n  [3 3 4]\n  [3 3 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]]\n\n [[3 3 4]\n  [3 3 4]\n  [2 2 4]\n  [2 2 4]\n  [3 3 4]\n  [3 3 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]]\n\n [[3 3 4]\n  [3 3 4]\n  [3 3 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]]\n\n [[3 3 4]\n  [3 3 4]\n  [3 3 4]\n  [3 3 4]\n  [3 3 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]]\n\n [[3 3 4]\n  [3 3 4]\n  [2 2 4]\n  [3 3 4]\n  [3 3 4]\n  [3 3 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]]\n\n [[2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [3 3 4]\n  [3 3 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]]\n\n [[2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]]\n\n [[2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]]\n\n [[2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 4]\n  [2 2 3]]]\n\nChecking for unusual pixel values...\nUnique R values: 243\nUnique G values: 243\nUnique B values: 242\n\nPixel at position (20, 48): [  3   3   5 255]\nPixel at position (204, 8): [  6   5   9 255]\n","stderr":""}

{"command": "cat > /sandbox/alpha_analysis.py << 'EOF'\nfrom PIL import Image\nimport numpy as np\n\nimg = Image.open('/sandbox/slenderman.png')\ndata = np.array(img)\n\n# Extract alpha channel\nalpha = data[:,:,3]\n\nprint(\"Alpha channel statistics:\")\nprint(f\"Min: {alpha.min()}, Max: {alpha.max()}\")\nprint(f\"Unique values: {len(np.unique(alpha))}\")\n\n# Find all unique alpha values\nunique_alphas = sorted(np.unique(alpha))\nprint(f\"\\nUnique alpha values (first 50): {unique_alphas[:50]}\")\n\n# Check for pattern - values below 255\nlow_alpha = alpha[alpha < 255]\nprint(f\"\\nPixels with alpha < 255: {len(low_alpha)}\")\nprint(f\"Low alpha unique values: {sorted(np.unique(low_alpha))}\")\n\n# Extract positions where alpha is not 255\npositions = np.where(alpha < 255)\nprint(f\"\\nNumber of transparent/semi-transparent pixels: {len(positions[0])}\")\n\nif len(positions[0]) > 0 and len(positions[0]) < 10000:\n    print(\"\\nFirst 100 positions with alpha < 255:\")\n    for i in range(min(100, len(positions[0]))):\n        y, x = positions[0][i], positions[1][i]\n        a = alpha[y, x]\n        print(f\"({y}, {x}): alpha={a}, RGB=({data[y,x,0]},{data[y,x,1]},{data[y,x,2]})\")\nEOF\npython3 /sandbox/alpha_analysis.py"}

{"exitCode":0,"stdout":"Alpha channel statistics:\nMin: 15, Max: 255\nUnique values: 32\n\nUnique alpha values (first 50): [np.uint8(15), np.uint8(19), np.uint8(22), np.uint8(36), np.uint8(38), np.uint8(42), np.uint8(48), np.uint8(57), np.uint8(71), np.uint8(74), np.uint8(75), np.uint8(76), np.uint8(96), np.uint8(136), np.uint8(138), np.uint8(139), np.uint8(140), np.uint8(159), np.uint8(164), np.uint8(168), np.uint8(172), np.uint8(176), np.uint8(198), np.uint8(200), np.uint8(206), np.uint8(212), np.uint8(216), np.uint8(218), np.uint8(236), np.uint8(246), np.uint8(247), np.uint8(255)]\n\nPixels with alpha < 255: 32\nLow alpha unique values: [np.uint8(15), np.uint8(19), np.uint8(22), np.uint8(36), np.uint8(38), np.uint8(42), np.uint8(48), np.uint8(57), np.uint8(71), np.uint8(74), np.uint8(75), np.uint8(76), np.uint8(96), np.uint8(136), np.uint8(138), np.uint8(139), np.uint8(140), np.uint8(159), np.uint8(164), np.uint8(168), np.uint8(172), np.uint8(176), np.uint8(198), np.uint8(200), np.uint8(206), np.uint8(212), np.uint8(216), np.uint8(218), np.uint8(236), np.uint8(246), np.uint8(247)]\n\nNumber of transparent/semi-transparent pixels: 32\n\nFirst 100 positions with alpha < 255:\n(13, 243): alpha=218, RGB=(114,114,114)\n(74, 540): alpha=19, RGB=(114,114,114)\n(140, 149): alpha=236, RGB=(97,97,97)\n(162, 342): alpha=216, RGB=(115,115,115)\n(175, 767): alpha=198, RGB=(48,48,48)\n(194, 670): alpha=22, RGB=(48,48,48)\n(226, 705): alpha=164, RGB=(50,50,50)\n(330, 711): alpha=136, RGB=(110,110,110)\n(338, 44): alpha=71, RGB=(52,52,52)\n(386, 72): alpha=246, RGB=(57,57,57)\n(394, 221): alpha=159, RGB=(116,116,116)\n(440, 375): alpha=247, RGB=(115,115,115)\n(443, 221): alpha=76, RGB=(119,119,119)\n(483, 14): alpha=138, RGB=(101,101,101)\n(524, 352): alpha=19, RGB=(97,97,97)\n(532, 1066): alpha=206, RGB=(101,101,101)\n(551, 90): alpha=139, RGB=(98,98,98)\n(551, 1079): alpha=176, RGB=(97,97,97)\n(604, 4): alpha=15, RGB=(52,52,52)\n(659, 814): alpha=212, RGB=(104,104,104)\n(708, 249): alpha=96, RGB=(116,116,116)\n(738, 599): alpha=38, RGB=(100,100,100)\n(788, 80): alpha=200, RGB=(116,116,116)\n(817, 47): alpha=42, RGB=(110,110,110)\n(860, 249): alpha=36, RGB=(32,32,32)\n(882, 593): alpha=74, RGB=(54,54,54)\n(902, 338): alpha=48, RGB=(115,115,115)\n(922, 711): alpha=57, RGB=(56,56,56)\n(974, 104): alpha=172, RGB=(105,105,105)\n(997, 764): alpha=75, RGB=(121,121,121)\n(998, 862): alpha=168, RGB=(112,112,112)\n(1069, 252): alpha=140, RGB=(111,111,111)\n","stderr":""}

{"command": "cat > /sandbox/decode_alpha.py << 'EOF'\nfrom PIL import Image\nimport numpy as np\n\nimg = Image.open('/sandbox/slenderman.png')\ndata = np.array(img)\nalpha = data[:,:,3]\n\n# Get positions with alpha < 255, sorted by position (row, then col)\npositions = np.where(alpha < 255)\ncoords = list(zip(positions[0], positions[1]))\ncoords_sorted = sorted(coords)\n\nprint(\"32 special alpha values (sorted by position):\")\nalpha_values = []\nfor y, x in coords_sorted:\n    a = alpha[y, x]\n    alpha_values.append(a)\n    print(f\"Position ({y:4d}, {x:4d}): alpha={a:3d}, char='{chr(a) if 32 <= a < 127 else '?'}'\")\n\nprint(\"\\n\" + \"=\"*60)\nprint(\"Decoded message from alpha values:\")\nmessage = ''.join([chr(a) if 32 <= a < 127 else '?' for a in alpha_values])\nprint(message)\n\nprint(\"\\n\" + \"=\"*60)\nprint(\"Alpha values as hex:\")\nprint(' '.join([f'{a:02x}' for a in alpha_values]))\n\nprint(\"\\n\" + \"=\"*60)\nprint(\"Alpha values as decimal:\")\nprint(alpha_values)\nEOF\npython3 /sandbox/decode_alpha.py"}

{"exitCode":0,"stdout":"32 special alpha values (sorted by position):\nPosition (  13,  243): alpha=218, char='?'\nPosition (  74,  540): alpha= 19, char='?'\nPosition ( 140,  149): alpha=236, char='?'\nPosition ( 162,  342): alpha=216, char='?'\nPosition ( 175,  767): alpha=198, char='?'\nPosition ( 194,  670): alpha= 22, char='?'\nPosition ( 226,  705): alpha=164, char='?'\nPosition ( 330,  711): alpha=136, char='?'\nPosition ( 338,   44): alpha= 71, char='G'\nPosition ( 386,   72): alpha=246, char='?'\nPosition ( 394,  221): alpha=159, char='?'\nPosition ( 440,  375): alpha=247, char='?'\nPosition ( 443,  221): alpha= 76, char='L'\nPosition ( 483,   14): alpha=138, char='?'\nPosition ( 524,  352): alpha= 19, char='?'\nPosition ( 532, 1066): alpha=206, char='?'\nPosition ( 551,   90): alpha=139, char='?'\nPosition ( 551, 1079): alpha=176, char='?'\nPosition ( 604,    4): alpha= 15, char='?'\nPosition ( 659,  814): alpha=212, char='?'\nPosition ( 708,  249): alpha= 96, char=''\nPosition ( 738,  599): alpha= 38, char='&'\nPosition ( 788,   80): alpha=200, char='?'\nPosition ( 817,   47): alpha= 42, char='*'\nPosition ( 860,  249): alpha= 36, char='$'\nPosition ( 882,  593): alpha= 74, char='J'\nPosition ( 902,  338): alpha= 48, char='0'\nPosition ( 922,  711): alpha= 57, char='9'\nPosition ( 974,  104): alpha=172, char='?'\nPosition ( 997,  764): alpha= 75, char='K'\nPosition ( 998,  862): alpha=168, char='?'\nPosition (1069,  252): alpha=140, char='?'\n\n============================================================\nDecoded message from alpha values:\n????????G???L???????&?*$J09?K??\n\n============================================================\nAlpha values as hex:\nda 13 ec d8 c6 16 a4 88 47 f6 9f f7 4c 8a 13 ce 8b b0 0f d4 60 26 c8 2a 24 4a 30 39 ac 4b a8 8c\n\n============================================================\nAlpha values as decimal:\n[np.uint8(218), np.uint8(19), np.uint8(236), np.uint8(216), np.uint8(198), np.uint8(22), np.uint8(164), np.uint8(136), np.uint8(71), np.uint8(246), np.uint8(159), np.uint8(247), np.uint8(76), np.uint8(138), np.uint8(19), np.uint8(206), np.uint8(139), np.uint8(176), np.uint8(15), np.uint8(212), np.uint8(96), np.uint8(38), np.uint8(200), np.uint8(42), np.uint8(36), np.uint8(74), np.uint8(48), np.uint8(57), np.uint8(172), np.uint8(75), np.uint8(168), np.uint8(140)]\n","stderr":""}

{"command": "cat > /sandbox/decode_methods.py << 'EOF'\nimport base64\n\nalpha_values = [218, 19, 236, 216, 198, 22, 164, 136, 71, 246, 159, 247, 76, 138, 19, 206, 139, 176, 15, 212, 96, 38, 200, 42, 36, 74, 48, 57, 172, 75, 168, 140]\n\n# Try as raw bytes\nraw_bytes = bytes(alpha_values)\nprint(\"Raw bytes:\")\nprint(raw_bytes)\nprint()\n\n# Try base64\ntry:\n    b64 = base64.b64encode(raw_bytes).decode()\n    print(f\"Base64 encoded: {b64}\")\nexcept:\n    pass\n\n# Try hex string interpretation\nhex_str = ''.join([f'{a:02x}' for a in alpha_values])\nprint(f\"Hex string: {hex_str}\")\nprint()\n\n# Check if it's a URL-safe base64 string\ntry:\n    decoded = base64.urlsafe_b64decode(hex_str + '==')\n    print(f\"URL-safe base64 decoded: {decoded}\")\nexcept:\n    pass\n\n# Try decoding as if the hex represents ASCII\ntry:\n    hex_ascii = bytes.fromhex(hex_str).decode('utf-8', errors='ignore')\n    print(f\"Hex as ASCII: {hex_ascii}\")\nexcept:\n    pass\n\n# Check for pusatkode.com pattern\nprint(\"\\nChecking if it forms a URL path...\")\n# The clue mentions 2 branches from video - maybe it's a filename\n# Common patterns: 8 character alphanumeric codes\n\n# Try various interpretations\nprint(\"\\nTrying to find patterns:\")\nprint(f\"Length: {len(alpha_values)} bytes\")\nprint(f\"Could be MD5? No, MD5 is 16 bytes (we have 32)\")\nprint(f\"Could be 2x16 byte values? Possibly\")\n\n# Split in half\nfirst_half = alpha_values[:16]\nsecond_half = alpha_values[16:]\nprint(f\"\\nFirst 16 bytes (hex): {''.join([f'{a:02x}' for a in first_half])}\")\nprint(f\"Second 16 bytes (hex): {''.join([f'{a:02x}' for a in second_half])}\")\nEOF\npython3 /sandbox/decode_methods.py"}

{"exitCode":0,"stdout":"Raw bytes:\nb'\xda\x13\xec\xd8\xc6\x16\xa4\x88G\xf6\x9f\xf7L\x8a\x13\xce\x8b\xb0\x0f\xd4&\\xc8*$J09\\xacK\\xa8\\x8c'\n\nBase64 encoded: 2hPs2MYWpIhH9p/3TIoTzouwD9RgJsgqJEowOaxLqIw=\nHex string: da13ecd8c616a48847f69ff74c8a13ce8bb00fd46026c82a244a3039ac4ba88c\n\nURL-safe base64 decoded: b'u\\xadwy\\xc7|s\\xadzk\\x8f<\\xe3\\xb7\\xfa\\xf5\\xf7\\xfb\\xe1\\xcf\\x1a\\xd7w\\x1e\\xf1\\xb6\\xf4\\xd1\\xf7x\\xebM\\xbas\\xcd\\x9a\\xdb\\x8e\\x1a\\xdfM\\xfdi\\xce\\x1bk\\xcf\\x1c'\nHex as ASCII: \u0013\u0016GL\u0013΋\u000f&*$J09K\n\nChecking if it forms a URL path...\n\nTrying to find patterns:\nLength: 32 bytes\nCould be MD5? No, MD5 is 16 bytes (we have 32)\nCould be 2x16 byte values? Possibly\n\nFirst 16 bytes (hex): da13ecd8c616a48847f69ff74c8a13ce\nSecond 16 bytes (hex): 8bb00fd46026c82a244a3039ac4ba88c\n","stderr":""}

{"url": "https://pusatkode.com/da13ecd8c616a48847f69ff74c8a13ce", "prompt": "Extract any text, links, or clues from this page"}

REDIRECT DETECTED: The URL redirects to a different host.

Original URL: https://pusatkode.com/da13ecd8c616a48847f69ff74c8a13ce
Redirect URL: https://pub-58893fe677004e97890d155755664baf.r2.dev/da13ecd8c616a48847f69ff74c8a13ce
Status: 302 Found
To complete your request, I need to fetch content from the redirected URL. Please use WebFetch again with these parameters:

url: "https://pub-58893fe677004e97890d155755664baf.r2.dev/da13ecd8c616a48847f69ff74c8a13ce"
prompt: "Extract any text, links, or clues from this page"

{"url": "https://pusatkode.com/8bb00fd46026c82a244a3039ac4ba88c", "prompt": "Extract any text, links, or clues from this page"}

REDIRECT DETECTED: The URL redirects to a different host.

Original URL: https://pusatkode.com/8bb00fd46026c82a244a3039ac4ba88c
Redirect URL: https://pub-58893fe677004e97890d155755664baf.r2.dev/8bb00fd46026c82a244a3039ac4ba88c
Status: 302 Found
To complete your request, I need to fetch content from the redirected URL. Please use WebFetch again with these parameters:

url: "https://pub-58893fe677004e97890d155755664baf.r2.dev/8bb00fd46026c82a244a3039ac4ba88c"
prompt: "Extract any text, links, or clues from this page"

{"command": "wget https://pub-58893fe677004e97890d155755664baf.r2.dev/da13ecd8c616a48847f69ff74c8a13ce -O /sandbox/path1 2>&1 | tail -3 && wget https://pub-58893fe677004e97890d155755664baf.r2.dev/8bb00fd46026c82a244a3039ac4ba88c -O /sandbox/path2 2>&1 | tail -3"}

{"exitCode":0,"stdout":"HTTP request sent, awaiting response... 404 Not Found\n2026-01-17 22:35:17 ERROR 404: Not Found.\n\nHTTP request sent, awaiting response... 404 Not Found\n2026-01-17 22:35:18 ERROR 404: Not Found.\n\n","stderr":""}

{"command": "wget https://pusatkode.com/da13ecd8c616a48847f69ff74c8a13ce -O /sandbox/path1 2>&1 | tail -5 && file /sandbox/path1 && ls -lh /sandbox/path1"}

{"exitCode":0,"stdout":"Resolving pub-58893fe677004e97890d155755664baf.r2.dev (pub-58893fe677004e97890d155755664baf.r2.dev)... 104.18.50.34, 104.18.54.45, 2606:4700:3117::6812:3222, ...\nConnecting to pub-58893fe677004e97890d155755664baf.r2.dev (pub-58893fe677004e97890d155755664baf.r2.dev)|104.18.50.34|:443... connected.\nHTTP request sent, awaiting response... 404 Not Found\n2026-01-17 22:35:28 ERROR 404: Not Found.\n\n/sandbox/path1: empty\n-rw-r--r-- 1 nobody nogroup 0 Jan 17 22:35 /sandbox/path1\n","stderr":""}

{"command": "for ext in '' '.txt' '.png' '.jpg' '.pdf' '.zip'; do echo \"Trying: da13ecd8c616a48847f69ff74c8a13ce$ext\"; wget -q --spider https://pusatkode.com/da13ecd8c616a48847f69ff74c8a13ce$ext 2>&1 && echo \"EXISTS: da13ecd8c616a48847f69ff74c8a13ce$ext\" || echo \"404: da13ecd8c616a48847f69ff74c8a13ce$ext\"; done"}

{"exitCode":0,"stdout":"Trying: da13ecd8c616a48847f69ff74c8a13ce\n404: da13ecd8c616a48847f69ff74c8a13ce\nTrying: da13ecd8c616a48847f69ff74c8a13ce.txt\n404: da13ecd8c616a48847f69ff74c8a13ce.txt\nTrying: da13ecd8c616a48847f69ff74c8a13ce.png\n404: da13ecd8c616a48847f69ff74c8a13ce.png\nTrying: da13ecd8c616a48847f69ff74c8a13ce.jpg\n404: da13ecd8c616a48847f69ff74c8a13ce.jpg\nTrying: da13ecd8c616a48847f69ff74c8a13ce.pdf\n404: da13ecd8c616a48847f69ff74c8a13ce.pdf\nTrying: da13ecd8c616a48847f69ff74c8a13ce.zip\n404: da13ecd8c616a48847f69ff74c8a13ce.zip\n","stderr":""}

{"command": "cat > /sandbox/alternate_decode.py << 'EOF'\nimport base64\nimport hashlib\n\nalpha_values = [218, 19, 236, 216, 198, 22, 164, 136, 71, 246, 159, 247, 76, 138, 19, 206, 139, 176, 15, 212, 96, 38, 200, 42, 36, 74, 48, 57, 172, 75, 168, 140]\n\n# Theory: The bytes themselves might encode something differently\n# Let's look at common CTF encoding patterns\n\n# Try base64 URL-safe encoding of the bytes\nraw = bytes(alpha_values)\nb64_standard = base64.b64encode(raw).decode()\nb64_urlsafe = base64.urlsafe_b64encode(raw).decode().rstrip('=')\n\nprint(f\"Standard Base64: {b64_standard}\")\nprint(f\"URL-safe Base64 (no padding): {b64_urlsafe}\")\nprint()\n\n# Maybe it's meant to be split into 8-char chunks (like pusatkode URLs)\nhex_full = ''.join([f'{a:02x}' for a in alpha_values])\nprint(f\"Full hex: {hex_full}\")\nprint(f\"Split into 8-char chunks:\")\nfor i in range(0, len(hex_full), 8):\n    chunk = hex_full[i:i+8]\n    print(f\"  pusatkode.com/{chunk}\")\nprint()\n\n# ROT13 on readable chars\ndef try_rot(n):\n    result = \"\"\n    for a in alpha_values:\n        if 65 <= a <= 90:  # A-Z\n            result += chr((a - 65 + n) % 26 + 65)\n        elif 97 <= a <= 122:  # a-z\n            result += chr((a - 97 + n) % 26 + 97)\n        elif 48 <= a <= 57:  # 0-9\n            result += chr((a - 48 + n) % 10 + 48)\n        else:\n            result += chr(a) if 32 <= a < 127 else '.'\n    return result\n\n# XOR first and second half\nfirst = alpha_values[:16]\nsecond = alpha_values[16:]\nxored = [a ^ b for a, b in zip(first, second)]\nprint(\"XOR of first and second half:\")\nprint(f\"Hex: {''.join([f'{x:02x}' for x in xored])}\")\nprint(f\"ASCII: {''.join([chr(x) if 32 <= x < 127 else '.' for x in xored])}\")\nprint()\n\n# Maybe the values represent coordinates or other data about the video\n# The video metadata mentioned: \"videoId\":\"c68080f2-b054-4359-b276-3d1c5f900193\"\n# Let's check if there's a pattern\nprint(\"Checking for patterns with 2048:\")\nfor i, v in enumerate(alpha_values):\n    if v % 8 == 0:\n        print(f\"  Position {i}: value {v} (divisible by 8)\")\nEOF\npython3 /sandbox/alternate_decode.py"}

{"exitCode":0,"stdout":"Standard Base64: 2hPs2MYWpIhH9p/3TIoTzouwD9RgJsgqJEowOaxLqIw=\nURL-safe Base64 (no padding): 2hPs2MYWpIhH9p_3TIoTzouwD9RgJsgqJEowOaxLqIw\n\nFull hex: da13ecd8c616a48847f69ff74c8a13ce8bb00fd46026c82a244a3039ac4ba88c\nSplit into 8-char chunks:\n  pusatkode.com/da13ecd8\n  pusatkode.com/c616a488\n  pusatkode.com/47f69ff7\n  pusatkode.com/4c8a13ce\n  pusatkode.com/8bb00fd4\n  pusatkode.com/6026c82a\n  pusatkode.com/244a3039\n  pusatkode.com/ac4ba88c\n\nXOR of first and second half:\nHex: 51a3e30ca6306ca263bcafcee0c1bb42\nASCII: Q....0l.c......B\n\nChecking for patterns with 2048:\n  Position 3: value 216 (divisible by 8)\n  Position 7: value 136 (divisible by 8)\n  Position 17: value 176 (divisible by 8)\n  Position 20: value 96 (divisible by 8)\n  Position 22: value 200 (divisible by 8)\n  Position 26: value 48 (divisible by 8)\n  Position 30: value 168 (divisible by 8)\n","stderr":""}

{"command": "chunks=(\"da13ecd8\" \"c616a488\" \"47f69ff7\" \"4c8a13ce\" \"8bb00fd4\" \"6026c82a\" \"244a3039\" \"ac4ba88c\")\nfor chunk in \"${chunks[@]}\"; do\n    echo \"Checking: pusatkode.com/$chunk\"\n    if wget -q --method=HEAD \"https://pusatkode.com/$chunk\" 2>&1; then\n        echo \"  ✓ EXISTS!\"\n    else\n        echo \"  ✗ 404\"\n    fi\ndone"}

{"exitCode":0,"stdout":"Checking: pusatkode.com/da13ecd8\n  ✗ 404\nChecking: pusatkode.com/c616a488\n  ✗ 404\nChecking: pusatkode.com/47f69ff7\n  ✗ 404\nChecking: pusatkode.com/4c8a13ce\n  ✗ 404\nChecking: pusatkode.com/8bb00fd4\n  ✗ 404\nChecking: pusatkode.com/6026c82a\n  ✗ 404\nChecking: pusatkode.com/244a3039\n  ✗ 404\nChecking: pusatkode.com/ac4ba88c\n  ✗ 404\n","stderr":""}

{"command": "ffmpeg -i /sandbox/081317155457 -vf \"select=eq(n\\,0)\" -frames:v 1 /sandbox/frame_0.png 2>&1 | grep -E \"(Duration|Stream|frame)\" && ffmpeg -i /sandbox/081317155457 -vf \"select=eq(n\\,100)\" -frames:v 1 /sandbox/frame_100.png 2>&1 | grep -E \"(frame)\" && ffmpeg -i /sandbox/081317155457 -vf \"select=eq(n\\,200)\" -frames:v 1 /sandbox/frame_200.png 2>&1 | grep -E \"(frame)\""}

{"exitCode":1,"stdout":"","stderr":""}

{"command": "which ffmpeg || echo \"ffmpeg not found\""}

{"exitCode":0,"stdout":"ffmpeg not found\n","stderr":""}

{"command": "cat > /sandbox/rethink.py << 'EOF'\n# The PDF mentioned that the community said there are \"2 cabang step\" from the video\n# The alpha channel has 32 values\n# These might form 2 separate paths or messages\n\nalpha_values = [218, 19, 236, 216, 198, 22, 164, 136, 71, 246, 159, 247, 76, 138, 19, 206, 139, 176, 15, 212, 96, 38, 200, 42, 36, 74, 48, 57, 172, 75, 168, 140]\n\n# Base64 URL-safe no padding\nimport base64\nraw = bytes(alpha_values)\nb64 = base64.urlsafe_b64encode(raw).decode().rstrip('=')\nprint(f\"Base64 URL-safe: {b64}\")\nprint(f\"Length: {len(b64)}\")\nprint()\n\n# The previous URLs were 8 chars (like w4aQKwA9, B6yadxhk, UWQPprdi)\n# Let's look for 8-char base64 patterns\n\n# Maybe split base64 into chunks\nprint(\"Base64 split into potential URLs:\")\nfor i in range(0, len(b64), 8):\n    chunk = b64[i:i+8]\n    if len(chunk) == 8:\n        print(f\"  pusatkode.com/{chunk}\")\nprint()\n\n# Another theory: ROT or Caesar on the b64\ndef rot_string(s, n):\n    result = \"\"\n    for c in s:\n        if 'A' <= c <= 'Z':\n            result += chr((ord(c) - 65 + n) % 26 + 65)\n        elif 'a' <= c <= 'z':\n            result += chr((ord(c) - 97 + n) % 26 + 97)\n        elif '0' <= c <= '9':\n            result += chr((ord(c) - 48 + n) % 10 + 48)\n        else:\n            result += c\n    return result\n\n# Try different encodings of pairs\nprint(\"Trying pairs of bytes as ASCII:\")\nfor i in range(0, len(alpha_values), 2):\n    if i+1 < len(alpha_values):\n        pair_val = (alpha_values[i] << 8) | alpha_values[i+1]\n        print(f\"Pair {i//2}: {alpha_values[i]:3d},{alpha_values[i+1]:3d} = 0x{pair_val:04x} = {pair_val}\")\nEOF\npython3 /sandbox/rethink.py"}

{"exitCode":0,"stdout":"Base64 URL-safe: 2hPs2MYWpIhH9p_3TIoTzouwD9RgJsgqJEowOaxLqIw\nLength: 43\n\nBase64 split into potential URLs:\n  pusatkode.com/2hPs2MYW\n  pusatkode.com/pIhH9p_3\n  pusatkode.com/TIoTzouw\n  pusatkode.com/D9RgJsgq\n  pusatkode.com/JEowOaxL\n\nTrying pairs of bytes as ASCII:\nPair 0: 218, 19 = 0xda13 = 55827\nPair 1: 236,216 = 0xecd8 = 60632\nPair 2: 198, 22 = 0xc616 = 50710\nPair 3: 164,136 = 0xa488 = 42120\nPair 4:  71,246 = 0x47f6 = 18422\nPair 5: 159,247 = 0x9ff7 = 40951\nPair 6:  76,138 = 0x4c8a = 19594\nPair 7:  19,206 = 0x13ce = 5070\nPair 8: 139,176 = 0x8bb0 = 35760\nPair 9:  15,212 = 0x0fd4 = 4052\nPair 10:  96, 38 = 0x6026 = 24614\nPair 11: 200, 42 = 0xc82a = 51242\nPair 12:  36, 74 = 0x244a = 9290\nPair 13:  48, 57 = 0x3039 = 12345\nPair 14: 172, 75 = 0xac4b = 44107\nPair 15: 168,140 = 0xa88c = 43148\n","stderr":""}

{"command": "chunks=(\"2hPs2MYW\" \"pIhH9p_3\" \"TIoTzouw\" \"D9RgJsgq\" \"JEowOaxL\")\nfor chunk in \"${chunks[@]}\"; do\n    echo \"Trying: https://pusatkode.com/$chunk\"\n    status=$(wget --spider -S \"https://pusatkode.com/$chunk\" 2>&1 | grep \"HTTP/\" | tail -1)\n    echo \"  $status\"\ndone"}

{"exitCode":0,"stdout":"Trying: https://pusatkode.com/2hPs2MYW\n    HTTP/1.1 404 Not Found\nTrying: https://pusatkode.com/pIhH9p_3\n    HTTP/1.1 404 Not Found\nTrying: https://pusatkode.com/TIoTzouw\n    HTTP/1.1 404 Not Found\nTrying: https://pusatkode.com/D9RgJsgq\n    HTTP/1.1 404 Not Found\nTrying: https://pusatkode.com/JEowOaxL\n    HTTP/1.1 404 Not Found\n","stderr":""}

{"command": "strings /sandbox/081317155457 | grep -v \"^[[:space:]]*$\" | sort -u | grep -E \"[a-zA-Z0-9]{8,}\" | head -50"}

{"exitCode":0,"stdout":"\tlR4CRLFD@\n\tw?jbjwDjLm\n#mdtacom.apple.quicktime.artwork\n#pVjghBXQ\n$8e817QUYJ'\n%P26pg6CH,\n&/olxblgzB\n&xIj0vQh5J\n(3Zg2DSTL\n(KBX1o8gB?\n(pnHNaJzu1r/TA\n--l4SbPD3e\n/+L43Sb9qh,\n0BRPuCb0!R<'*p\n0kdzta7oFt\n1aEFdqJLiAv\n1cABGm4k\n1hLethpw\n1sRie5DC)\n20WizOIX\n24BiBtNSz0\n2i1waHjhs<\n2jyImeHH\n3vt3jiO2\n44rwPNdS7\n5Il'fGYGqkn0\n5Q1bYXAG<\n5XYXUWVUxM\n60TFcEUP\n61WhT4A5TST\n6FZcY6WB\n7g9EGd8Ko\n83qZoYy0\n8gNW6Zye\n9T5BDJ9m\n9mfsqJ57M\n;BdAxlV6llu3xbf\n=2oT5uc4c\n=V/qR8jauyd\nAHpbPZoI\nAOyAn0Iqb\nAcrypAf6BW\nAoBAQ8Fj\nAxP705TG\nBMe2edCS;%t`\nCwBeAMTo\nDOvE5lRe\nDjNxZrjbSJY|\nEsNRRBQz\nGB6GFALa\n","stderr":""}

{"command": "candidates=(\"20WizOIX\" \"60TFcEUP\" \"AHpbPZoI\" \"1cABGm4k\")\nfor code in \"${candidates[@]}\"; do\n    echo \"Checking: https://pusatkode.com/$code\"\n    if wget -q -O \"/sandbox/test_$code\" \"https://pusatkode.com/$code\" 2>&1; then\n        size=$(stat -f%z \"/sandbox/test_$code\" 2>/dev/null || stat -c%s \"/sandbox/test_$code\")\n        if [ \"$size\" -gt 0 ]; then\n            echo \"  ✓ Downloaded! Size: $size bytes\"\n            file \"/sandbox/test_$code\"\n        else\n            echo \"  ✗ 404 or empty\"\n        fi\n    fi\ndone"}

{"exitCode":0,"stdout":"Checking: https://pusatkode.com/20WizOIX\nChecking: https://pusatkode.com/60TFcEUP\nChecking: https://pusatkode.com/AHpbPZoI\nChecking: https://pusatkode.com/1cABGm4k\n","stderr":""}

{"command": "ls -lh /sandbox/test_* 2>/dev/null | head -10"}

{"exitCode":0,"stdout":"-rw-r--r-- 1 nobody nogroup 0 Jan 17 22:37 /sandbox/test_1cABGm4k\n-rw-r--r-- 1 nobody nogroup 0 Jan 17 22:37 /sandbox/test_20WizOIX\n-rw-r--r-- 1 nobody nogroup 0 Jan 17 22:37 /sandbox/test_60TFcEUP\n-rw-r--r-- 1 nobody nogroup 0 Jan 17 22:37 /sandbox/test_AHpbPZoI\n","stderr":""}

{"command": "cat > /sandbox/check_rgb_alpha.py << 'EOF'\nfrom PIL import Image\nimport numpy as np\n\nimg = Image.open('/sandbox/slenderman.png')\ndata = np.array(img)\nalpha = data[:,:,3]\n\n# Get positions with alpha < 255, sorted by position\npositions = np.where(alpha < 255)\ncoords = list(zip(positions[0], positions[1]))\ncoords_sorted = sorted(coords)\n\nprint(\"All 32 special pixels (RGBA values):\")\nfor i, (y, x) in enumerate(coords_sorted):\n    r, g, b, a = data[y, x]\n    print(f\"{i:2d}. ({y:4d},{x:4d}): R={r:3d} G={g:3d} B={b:3d} A={a:3d} | RGB as ASCII: '{chr(r) if 32<=r<127 else '.'}{chr(g) if 32<=g<127 else '.'}{chr(b) if 32<=b<127 else '.'}'\")\n\n# Try extracting from R, G, B channels separately\nprint(\"\\n\" + \"=\"*60)\nprint(\"R channel values:\")\nr_vals = [data[y, x, 0] for y, x in coords_sorted]\nr_str = ''.join([chr(v) if 32 <= v < 127 else '.' for v in r_vals])\nprint(f\"ASCII: {r_str}\")\nprint(f\"Hex: {''.join([f'{v:02x}' for v in r_vals])}\")\n\nprint(\"\\nG channel values:\")\ng_vals = [data[y, x, 1] for y, x in coords_sorted]\ng_str = ''.join([chr(v) if 32 <= v < 127 else '.' for v in g_vals])\nprint(f\"ASCII: {g_str}\")\nprint(f\"Hex: {''.join([f'{v:02x}' for v in g_vals])}\")\n\nprint(\"\\nB channel values:\")\nb_vals = [data[y, x, 2] for y, x in coords_sorted]\nb_str = ''.join([chr(v) if 32 <= v < 127 else '.' for v in b_vals])\nprint(f\"ASCII: {b_str}\")\nprint(f\"Hex: {''.join([f'{v:02x}' for v in b_vals])}\")\n\n# Check if RGB values form URLs\nimport base64\nfor channel_name, vals in [('R', r_vals), ('G', g_vals), ('B', b_vals)]:\n    b64 = base64.urlsafe_b64encode(bytes(vals)).decode().rstrip('=')\n    print(f\"\\n{channel_name} as Base64: {b64}\")\n    # Split into 8-char chunks\n    for i in range(0, len(b64), 8):\n        chunk = b64[i:i+8]\n        if len(chunk) == 8:\n            print(f\"  pusatkode.com/{chunk}\")\nEOF\npython3 /sandbox/check_rgb_alpha.py"}

{"exitCode":0,"stdout":"All 32 special pixels (RGBA values):\n 0. (  13, 243): R=114 G=114 B=114 A=218 | RGB as ASCII: 'rrr'\n 1. (  74, 540): R=114 G=114 B=114 A= 19 | RGB as ASCII: 'rrr'\n 2. ( 140, 149): R= 97 G= 97 B= 97 A=236 | RGB as ASCII: 'aaa'\n 3. ( 162, 342): R=115 G=115 B=115 A=216 | RGB as ASCII: 'sss'\n 4. ( 175, 767): R= 48 G= 48 B= 48 A=198 | RGB as ASCII: '000'\n 5. ( 194, 670): R= 48 G= 48 B= 48 A= 22 | RGB as ASCII: '000'\n 6. ( 226, 705): R= 50 G= 50 B= 50 A=164 | RGB as ASCII: '222'\n 7. ( 330, 711): R=110 G=110 B=110 A=136 | RGB as ASCII: 'nnn'\n 8. ( 338,  44): R= 52 G= 52 B= 52 A= 71 | RGB as ASCII: '444'\n 9. ( 386,  72): R= 57 G= 57 B= 57 A=246 | RGB as ASCII: '999'\n10. ( 394, 221): R=116 G=116 B=116 A=159 | RGB as ASCII: 'ttt'\n11. ( 440, 375): R=115 G=115 B=115 A=247 | RGB as ASCII: 'sss'\n12. ( 443, 221): R=119 G=119 B=119 A= 76 | RGB as ASCII: 'www'\n13. ( 483,  14): R=101 G=101 B=101 A=138 | RGB as ASCII: 'eee'\n14. ( 524, 352): R= 97 G= 97 B= 97 A= 19 | RGB as ASCII: 'aaa'\n15. ( 532,1066): R=101 G=101 B=101 A=206 | RGB as ASCII: 'eee'\n16. ( 551,  90): R= 98 G= 98 B= 98 A=139 | RGB as ASCII: 'bbb'\n17. ( 551,1079): R= 97 G= 97 B= 97 A=176 | RGB as ASCII: 'aaa'\n18. ( 604,   4): R= 52 G= 52 B= 52 A= 15 | RGB as ASCII: '444'\n19. ( 659, 814): R=104 G=104 B=104 A=212 | RGB as ASCII: 'hhh'\n20. ( 708, 249): R=116 G=116 B=116 A= 96 | RGB as ASCII: 'ttt'\n21. ( 738, 599): R=100 G=100 B=100 A= 38 | RGB as ASCII: 'ddd'\n22. ( 788,  80): R=116 G=116 B=116 A=200 | RGB as ASCII: 'ttt'\n23. ( 817,  47): R=110 G=110 B=110 A= 42 | RGB as ASCII: 'nnn'\n24. ( 860, 249): R= 32 G= 32 B= 32 A= 36 | RGB as ASCII: '   '\n25. ( 882, 593): R= 54 G= 54 B= 54 A= 74 | RGB as ASCII: '666'\n26. ( 902, 338): R=115 G=115 B=115 A= 48 | RGB as ASCII: 'sss'\n27. ( 922, 711): R= 56 G= 56 B= 56 A= 57 | RGB as ASCII: '888'\n28. ( 974, 104): R=105 G=105 B=105 A=172 | RGB as ASCII: 'iii'\n29. ( 997, 764): R=121 G=121 B=121 A= 75 | RGB as ASCII: 'yyy'\n30. ( 998, 862): R=112 G=112 B=112 A=168 | RGB as ASCII: 'ppp'\n31. (1069, 252): R=111 G=111 B=111 A=140 | RGB as ASCII: 'ooo'\n\n============================================================\nR channel values:\nASCII: rras002n49tsweaeba4htdtn 6s8iypo\nHex: 727261733030326e3439747377656165626134687464746e203673386979706f\n\nG channel values:\nASCII: rras002n49tsweaeba4htdtn 6s8iypo\nHex: 727261733030326e3439747377656165626134687464746e203673386979706f\n\nB channel values:\nASCII: rras002n49tsweaeba4htdtn 6s8iypo\nHex: 727261733030326e3439747377656165626134687464746e203673386979706f\n\nR as Base64: cnJhczAwMm40OXRzd2VhZWJhNGh0ZHRuIDZzOGl5cG8\n  pusatkode.com/cnJhczAw\n  pusatkode.com/Mm40OXRz\n  pusatkode.com/d2VhZWJh\n  pusatkode.com/NGh0ZHRu\n  pusatkode.com/IDZzOGl5\n\nG as Base64: cnJhczAwMm40OXRzd2VhZWJhNGh0ZHRuIDZzOGl5cG8\n  pusatkode.com/cnJhczAw\n  pusatkode.com/Mm40OXRz\n  pusatkode.com/d2VhZWJh\n  pusatkode.com/NGh0ZHRu\n  pusatkode.com/IDZzOGl5\n\nB as Base64: cnJhczAwMm40OXRzd2VhZWJhNGh0ZHRuIDZzOGl5cG8\n  pusatkode.com/cnJhczAw\n  pusatkode.com/Mm40OXRz\n  pusatkode.com/d2VhZWJh\n  pusatkode.com/NGh0ZHRu\n  pusatkode.com/IDZzOGl5\n","stderr":""}

{"command": "cat > /sandbox/decode_rgb.py << 'EOF'\nrgb_ascii = \"rras002n49tsweaeba4htdtn 6s8iypo\"\n\nprint(f\"RGB channel message: {rgb_ascii}\")\nprint()\n\n# This looks like it might be hex-encoded\n# \"rras002n...\" doesn't look like direct hex\n# But wait - it could be ROT13 or similar\n\ndef rot13(s):\n    result = \"\"\n    for c in s:\n        if 'a' <= c <= 'z':\n            result += chr((ord(c) - ord('a') + 13) % 26 + ord('a'))\n        elif 'A' <= c <= 'Z':\n            result += chr((ord(c) - ord('A') + 13) % 26 + ord('A'))\n        else:\n            result += c\n    return result\n\nprint(f\"ROT13: {rot13(rgb_ascii)}\")\nprint()\n\n# Maybe it's a URL directly\nprint(f\"Try URL: pusatkode.com/{rgb_ascii.replace(' ', '')}\")\nprint()\n\n# Or try base64 decode (it's already ASCII, maybe it encodes something)\nimport base64\ntry:\n    # Remove spaces and try to decode\n    cleaned = rgb_ascii.replace(' ', '')\n    decoded = base64.b64decode(cleaned + '==')\n    print(f\"Base64 decode attempt: {decoded}\")\nexcept Exception as e:\n    print(f\"Base64 failed: {e}\")\n\n# Wait - \"002n49\" looks like coordinates or similar\n# Let me check if it's meant to be split\nprint()\nprint(\"Analyzing structure:\")\nprint(\"  rras - could be initials?\")\nprint(\"  002n49 - coordinates? Or hex?\")\nprint(\"  tsweaeba4 - looks like base64-ish\")\nprint(\"  htdtn - ?\")\nprint(\"  6s8iypo - looks like base64-ish\")\nEOF\npython3 /sandbox/decode_rgb.py"}

{"exitCode":0,"stdout":"RGB channel message: rras002n49tsweaeba4htdtn 6s8iypo\n\nROT13: eenf002a49gfjrnron4ugqga 6f8vlcb\n\nTry URL: pusatkode.com/rras002n49tsweaeba4htdtn6s8iypo\n\nBase64 decode attempt: b'\xae\xb6\xac\xd3M\xa7\xe3\xdbl\xc1\xe6\x9em\xae!\xb5\xdbg\xea\xcf"\xca\x9a'\n\nAnalyzing structure:\n  rras - could be initials?\n  002n49 - coordinates? Or hex?\n  tsweaeba4 - looks like base64-ish\n  htdtn - ?\n  6s8iypo - looks like base64-ish\n","stderr":""}

{"url": "https://pusatkode.com/rras002n49tsweaeba4htdtn6s8iypo", "prompt": "Extract any content, text, or clues from this page"}

REDIRECT DETECTED: The URL redirects to a different host.

Original URL: https://pusatkode.com/rras002n49tsweaeba4htdtn6s8iypo
Redirect URL: https://pub-58893fe677004e97890d155755664baf.r2.dev/rras002n49tsweaeba4htdtn6s8iypo
Status: 302 Found
To complete your request, I need to fetch content from the redirected URL. Please use WebFetch again with these parameters:

url: "https://pub-58893fe677004e97890d155755664baf.r2.dev/rras002n49tsweaeba4htdtn6s8iypo"
prompt: "Extract any content, text, or clues from this page"

{"command": "wget https://pusatkode.com/rras002n49tsweaeba4htdtn6s8iypo -O /sandbox/branch1 2>&1 | tail -5 && file /sandbox/branch1 && ls -lh /sandbox/branch1"}

{"exitCode":0,"stdout":"Resolving pub-58893fe677004e97890d155755664baf.r2.dev (pub-58893fe677004e97890d155755664baf.r2.dev)... 104.18.54.45, 104.18.50.34, 2606:4700:3117::6812:3222, ...\nConnecting to pub-58893fe677004e97890d155755664baf.r2.dev (pub-58893fe677004e97890d155755664baf.r2.dev)|104.18.54.45|:443... connected.\nHTTP request sent, awaiting response... 404 Not Found\n2026-01-17 22:39:02 ERROR 404: Not Found.\n\n/sandbox/branch1: empty\n-rw-r--r-- 1 nobody nogroup 0 Jan 17 22:39 /sandbox/branch1\n","stderr":""}

{"command": "hex_path=\"727261733030326e3439747377656165626134687464746e203673386979706f\"\necho \"Trying hex path: $hex_path\"\nwget \"https://pusatkode.com/$hex_path\" -O /sandbox/branch1_hex 2>&1 | tail -5 && file /sandbox/branch1_hex && ls -lh /sandbox/branch1_hex"}

{"exitCode":0,"stdout":"Trying hex path: 727261733030326e3439747377656165626134687464746e203673386979706f\nResolving pub-58893fe677004e97890d155755664baf.r2.dev (pub-58893fe677004e97890d155755664baf.r2.dev)... 104.18.54.45, 104.18.50.34, 2606:4700:3117::6812:3222, ...\nConnecting to pub-58893fe677004e97890d155755664baf.r2.dev (pub-58893fe677004e97890d155755664baf.r2.dev)|104.18.54.45|:443... connected.\nHTTP request sent, awaiting response... 404 Not Found\n2026-01-17 22:39:13 ERROR 404: Not Found.\n\n/sandbox/branch1_hex: empty\n-rw-r--r-- 1 nobody nogroup 0 Jan 17 22:39 /sandbox/branch1_hex\n","stderr":""}

{"command": "b64_chunks=(\"cnJhczAw\" \"Mm40OXRz\" \"d2VhZWJh\" \"NGh0ZHRu\" \"IDZzOGl5\")\nfor chunk in \"${b64_chunks[@]}\"; do\n    echo \"Trying: https://pusatkode.com/$chunk\"\n    wget -q -O \"/sandbox/chunk_$chunk\" \"https://pusatkode.com/$chunk\" 2>&1\n    size=$(stat -c%s \"/sandbox/chunk_$chunk\" 2>/dev/null || echo \"0\")\n    if [ \"$size\" -gt 0 ]; then\n        echo \"  ✓ FOUND! Size: $size\"\n        file \"/sandbox/chunk_$chunk\"\n    else\n        echo \"  ✗ 404\"\n    fi\ndone"}

{"exitCode":0,"stdout":"Trying: https://pusatkode.com/cnJhczAw\n  ✗ 404\nTrying: https://pusatkode.com/Mm40OXRz\n  ✗ 404\nTrying: https://pusatkode.com/d2VhZWJh\n  ✗ 404\nTrying: https://pusatkode.com/NGh0ZHRu\n  ✗ 404\nTrying: https://pusatkode.com/IDZzOGl5\n  ✗ 404\n","stderr":""}

{"command": "cat > /sandbox/two_branches.py << 'EOF'\nimport base64\n\n# Branch 1: RGB channels\nrgb_ascii = \"rras002n49tsweaeba4htdtn 6s8iypo\"\nrgb_hex = \"727261733030326e3439747377656165626134687464746e203673386979706f\"\n\n# Branch 2: Alpha channel\nalpha_values = [218, 19, 236, 216, 198, 22, 164, 136, 71, 246, 159, 247, 76, 138, 19, 206, 139, 176, 15, 212, 96, 38, 200, 42, 36, 74, 48, 57, 172, 75, 168, 140]\nalpha_hex = ''.join([f'{a:02x}' for a in alpha_values])\nalpha_b64 = base64.urlsafe_b64encode(bytes(alpha_values)).decode().rstrip('=')\n\nprint(\"BRANCH 1 (RGB channels):\")\nprint(f\"  ASCII: {rgb_ascii}\")\nprint(f\"  Hex:   {rgb_hex}\")\nprint()\n\nprint(\"BRANCH 2 (Alpha channel):\")\nprint(f\"  Hex: {alpha_hex}\")\nprint(f\"  B64: {alpha_b64}\")\nprint()\n\n# Maybe the RGB hex decodes to a URL hint?\n# Let me decode the RGB hex as bytes\nrgb_bytes = bytes.fromhex(rgb_hex)\nprint(f\"RGB hex decoded to ASCII: {rgb_bytes.decode('utf-8')}\")\nprint()\n\n# Now let me think about common CTF patterns\n# pusatkode.com uses 8-char identifiers\n# Let me see if either of these can be split meaningfully\n\n# For RGB: \"rras002n49tsweaeba4htdtn 6s8iypo\" (32 chars, 1 space)\n# Without space: \"rras002n49tsweaeba4htdtn6s8iypo\" (31 chars)\n# Can't split evenly into 8-char chunks (31/8 = 3.875)\n\n# But wait - maybe different encoding\n# Let me try encoding combinations\nprint(\"Trying different interpretations:\")\nprint(f\"  pusatkode.com/{rgb_ascii[:8]}\")  # First 8 chars\nprint(f\"  pusatkode.com/{rgb_ascii[8:16]}\")  # Next 8\nprint(f\"  pusatkode.com/{rgb_ascii[16:24]}\")  # Next 8\nprint(f\"  pusatkode.com/{rgb_ascii[24:]}\")  # Rest\nEOF\npython3 /sandbox/two_branches.py"}

{"exitCode":0,"stdout":"BRANCH 1 (RGB channels):\n  ASCII: rras002n49tsweaeba4htdtn 6s8iypo\n  Hex:   727261733030326e3439747377656165626134687464746e203673386979706f\n\nBRANCH 2 (Alpha channel):\n  Hex: da13ecd8c616a48847f69ff74c8a13ce8bb00fd46026c82a244a3039ac4ba88c\n  B64: 2hPs2MYWpIhH9p_3TIoTzouwD9RgJsgqJEowOaxLqIw\n\nRGB hex decoded to ASCII: rras002n49tsweaeba4htdtn 6s8iypo\n\nTrying different interpretations:\n  pusatkode.com/rras002n\n  pusatkode.com/49tsweae\n  pusatkode.com/ba4htdtn\n  pusatkode.com/ 6s8iypo\n","stderr":""}

{"command": "chunks=(\"rras002n\" \"49tsweae\" \"ba4htdtn\")\nfor chunk in \"${chunks[@]}\"; do\n    echo \"Trying: https://pusatkode.com/$chunk\"\n    if wget -q --method=HEAD \"https://pusatkode.com/$chunk\" 2>&1 | grep -q \"200\\|302\"; then\n        echo \"  ✓ EXISTS!\"\n        wget -q -O \"/sandbox/found_$chunk\" \"https://pusatkode.com/$chunk\"\n        ls -lh \"/sandbox/found_$chunk\"\n    else\n        echo \"  ✗ 404\"\n    fi\ndone"}

{"exitCode":0,"stdout":"Trying: https://pusatkode.com/rras002n\n  ✗ 404\nTrying: https://pusatkode.com/49tsweae\n  ✗ 404\nTrying: https://pusatkode.com/ba4htdtn\n  ✗ 404\n","stderr":""}

{"command": "echo \"rras002n49tsweaeba4htdtn 6s8iypo\" | python3 -c \"\nimport sys\ns = sys.stdin.read().strip()\nprint('Original:', s)\nprint('No spaces:', s.replace(' ', ''))\nprint('Reverse:', s[::-1])\nprint('Sorted:', ''.join(sorted(s)))\n\n# Check if it's an anagram\nfrom collections import Counter\nprint('\\\\nChar frequency:', Counter(s))\n\n# Maybe it's base62 or similar encoding?\n# Or maybe the space is significant - split by space\nparts = s.split(' ')\nprint('\\\\nSplit by space:', parts)\n\""}

{"exitCode":0,"stdout":"Original: rras002n49tsweaeba4htdtn 6s8iypo\nNo spaces: rras002n49tsweaeba4htdtn6s8iypo\nReverse: opyi8s6 ntdth4abeaewst94n200sarr\nSorted:  00244689aaabdeehinnoprrssstttwy\n\nChar frequency: Counter({'a': 3, 's': 3, 't': 3, 'r': 2, '0': 2, 'n': 2, '4': 2, 'e': 2, '2': 1, '9': 1, 'w': 1, 'b': 1, 'h': 1, 'd': 1, ' ': 1, '6': 1, '8': 1, 'i': 1, 'y': 1, 'p': 1, 'o': 1})\n\nSplit by space: ['rras002n49tsweaeba4htdtn', '6s8iypo']\n","stderr":""}

{"command": "part1=\"rras002n49tsweaeba4htdtn\"\npart2=\"6s8iypo\"\n\necho \"Part 1: $part1 (length: ${#part1})\"\necho \"Part 2: $part2 (length: ${#part2})\"\n\nfor url in \"https://pusatkode.com/$part1\" \"https://pusatkode.com/$part2\"; do\n    echo \"Trying: $url\"\n    if wget -q -O \"/tmp/test\" \"$url\" 2>&1; then\n        size=$(stat -c%s \"/tmp/test\" 2>/dev/null)\n        if [ \"$size\" -gt 0 ]; then\n            echo \"  ✓ FOUND! Size: $size\"\n        else\n            echo \"  ✗ Empty/404\"\n        fi\n    fi\ndone"}

{"exitCode":0,"stdout":"Part 1: rras002n49tsweaeba4htdtn (length: 24)\nPart 2: 6s8iypo (length: 7)\nTrying: https://pusatkode.com/rras002n49tsweaeba4htdtn\nTrying: https://pusatkode.com/6s8iypo\n","stderr":""}

{"command": "wget --spider -S \"https://pusatkode.com/6s8iypo\" 2>&1 | grep \"HTTP/\""}

{"exitCode":0,"stdout":"  HTTP/1.1 302 Found\n  HTTP/1.1 404 Not Found\n","stderr":""}

{"command": "cat > /sandbox/combine_channels.py << 'EOF'\n# RGB: \"rras002n49tsweaeba4htdtn 6s8iypo\" (32 chars with space)\n# Alpha: 32 bytes\n\nrgb_chars = list(\"rras002n49tsweaeba4htdtn 6s8iypo\")\nalpha_values = [218, 19, 236, 216, 198, 22, 164, 136, 71, 246, 159, 247, 76, 138, 19, 206, 139, 176, 15, 212, 96, 38, 200, 42, 36, 74, 48, 57, 172, 75, 168, 140]\n\nprint(f\"RGB chars: {len(rgb_chars)}\")\nprint(f\"Alpha vals: {len(alpha_values)}\")\nprint()\n\n# Maybe interleave them?\n# Or maybe use alpha as an index to reorder RGB?\n# Or XOR them?\n\n# Try using alpha values as reordering indices\n# Alpha values range from 15-247, but we only have 32 characters\n# Maybe modulo 32?\n\nindices = [a % 32 for a in alpha_values]\nprint(\"Alpha mod 32:\", indices)\nprint()\n\n# Reorder RGB using these indices\nreordered = ''.join([rgb_chars[i] for i in indices])\nprint(f\"Reordered by alpha: {reordered}\")\nprint()\n\n# Or maybe alpha tells us which chars to pick?\n# Sort by alpha value and see the order\nsorted_pairs = sorted(zip(alpha_values, rgb_chars))\nprint(\"Sorted by alpha value:\")\nfor a, c in sorted_pairs:\n    print(f\"  {a:3d}: '{c}'\")\n    \nsorted_message = ''.join([c for a, c in sorted_pairs])\nprint(f\"\\nMessage sorted by alpha: {sorted_message}\")\nEOF\npython3 /sandbox/combine_channels.py"}

{"exitCode":0,"stdout":"RGB chars: 32\nAlpha vals: 32\n\nAlpha mod 32: [26, 19, 12, 24, 6, 22, 4, 8, 7, 22, 31, 23, 12, 10, 19, 14, 11, 16, 15, 20, 0, 6, 8, 10, 4, 10, 16, 25, 12, 11, 8, 12]\n\nReordered by alpha: shw 2t04ntonwthasbetr24t0tb6ws4w\n\nSorted by alpha value:\n   15: '4'\n   19: 'a'\n   19: 'r'\n   22: '0'\n   36: ' '\n   38: 'd'\n   42: 'n'\n   48: 's'\n   57: '8'\n   71: '4'\n   74: '6'\n   75: 'y'\n   76: 'w'\n   96: 't'\n  136: 'n'\n  138: 'e'\n  139: 'b'\n  140: 'o'\n  159: 't'\n  164: '2'\n  168: 'p'\n  172: 'i'\n  176: 'a'\n  198: '0'\n  200: 't'\n  206: 'e'\n  212: 'h'\n  216: 's'\n  218: 'r'\n  236: 'a'\n  246: '9'\n  247: 's'\n\nMessage sorted by alpha: 4ar0 dns846ywtnebot2pia0tehsra9s\n","stderr":""}

{"command": "test_strings=(\"shw2t04ntonwthasbetr24t0tb6ws4w\" \"4ar0dns846ywtnebot2pia0tehsra9s\")\nfor s in \"${test_strings[@]}\"; do\n    # Try full string\n    echo \"Trying full: https://pusatkode.com/$s\"\n    wget --spider -S \"https://pusatkode.com/$s\" 2>&1 | grep -E \"HTTP/|Location:\" | head -2\n    \n    # Try first 8 chars\n    echo \"Trying first 8: https://pusatkode.com/${s:0:8}\"\n    wget --spider -S \"https://pusatkode.com/${s:0:8}\" 2>&1 | grep -E \"HTTP/|Location:\" | head -2\n    echo \"---\"\ndone"}

{"exitCode":0,"stdout":"Trying full: https://pusatkode.com/shw2t04ntonwthasbetr24t0tb6ws4w\n  HTTP/1.1 302 Found\n  Location: https://pub-58893fe677004e97890d155755664baf.r2.dev/shw2t04ntonwthasbetr24t0tb6ws4w\nTrying first 8: https://pusatkode.com/shw2t04n\n  HTTP/1.1 302 Found\n  Location: https://pub-58893fe677004e97890d155755664baf.r2.dev/shw2t04n\n---\nTrying full: https://pusatkode.com/4ar0dns846ywtnebot2pia0tehsra9s\n  HTTP/1.1 302 Found\n  Location: https://pub-58893fe677004e97890d155755664baf.r2.dev/4ar0dns846ywtnebot2pia0tehsra9s\nTrying first 8: https://pusatkode.com/4ar0dns8\n  HTTP/1.1 302 Found\n  Location: https://pub-58893fe677004e97890d155755664baf.r2.dev/4ar0dns8\n---\n","stderr":""}

{"command": "wget \"https://pusatkode.com/shw2t04n\" -O /sandbox/branch_shw2t04n 2>&1 | tail -3 && file /sandbox/branch_shw2t04n && cat /sandbox/branch_shw2t04n | head -20"}

{"exitCode":0,"stdout":"HTTP request sent, awaiting response... 404 Not Found\n2026-01-17 22:41:34 ERROR 404: Not Found.\n\n/sandbox/branch_shw2t04n: empty\n","stderr":""}

{"command": "wget \"https://pusatkode.com/4ar0dns8\" -O /sandbox/branch_4ar0dns8 2>&1 | tail -3 && file /sandbox/branch_4ar0dns8 && ls -lh /sandbox/branch_4ar0dns8"}

{"exitCode":0,"stdout":"HTTP request sent, awaiting response... 404 Not Found\n2026-01-17 22:41:43 ERROR 404: Not Found.\n\n/sandbox/branch_4ar0dns8: empty\n-rw-r--r-- 1 nobody nogroup 0 Jan 17 22:41 /sandbox/branch_4ar0dns8\n","stderr":""}