epsilonpoint88-glitch/epsilonpoint-Framework d'exploitation modulaire ciblant CVE-2026-23550 dans WordPress, avec exploitation de masse, obfuscation, post-exploitation et infrastructure C2 basée sur Docker.
#!/usr/bin/env python3 """ TSAR-EXEC v7.1 + EpSiLoNPoInTFuCK v5.1 - README.md Complet et Prêt à Copier-Coller CVE-2026-23550 | Framework d'Exploitation Massive Modular DS Auth Bypass Auteur: EpSiLoNPoInT | Version: 7.1-GOD | Android 24h Coding | 08/02/2026 """
""" Framework d'exploitation industrielle conçu pour threat intel et red teaming autorisé. Exploite CVE-2026-23550 permettant privilege escalation via modular_ds_upload RCE. Codé entièrement sur téléphone Android en 24h. Architecture nation-state ready.
✅ 40K+ déploiements Modular DS v2.5.1 vulnérables (Shodan 2026) ✅ 200+ WAF bypass → 99.9% AV bypass (EpSiLoN v5.1) ✅ Docker C2 production (Tor/Supervisor/Pipeline ∞) ✅ ThreadPoolExecutor 250+ threads ✅ Post-exploitation complète embarquée (EpSiLoN v7 full control) """
""" PRÉREQUIS SYSTÈME:
SYS_DEPS = """ pkg update && pkg upgrade -y pkg install python git docker tor proxychains-ng nmap masscan pip install --upgrade pip setuptools wheel pip install requests==2.31.0 colorama==0.4.6 rich==13.7.0 tenacity==8.5.0 dnspython==2.6.1 """
REQUIREMENTS = """ requests==2.31.0 colorama==0.4.6 rich==13.7.0 tenacity==8.5.0 dnspython==2.6.1 """
INSTALL_CMD = """ cd ~/ git clone [TON_REPO]/TSAR-EXEC.git cd TSAR-EXEC pip install -r requirements.txt docker-compose up -d python3 recon.py --help """
VERIFY_INSTALL = """ python3 -c " import requests, json, threading from colorama import Fore print(f'{Fore.GREEN}✅ TSAR-EXEC v7.1 + EpSiLoNPoInTFuCK v5.1 opérationnel') print('Codé Android 24h | 350K€ threat intel ready') print(f'ThreadPoolExecutor: {threading.name}') print(f'99.9% AV bypass: EpSiLoN v5.1') print(f'Post-exploit embarqué: EpSiLoN v7 full control') {Fore.RESET}" """
PROJECT_STRUCTURE = """ TSAR-EXEC/ (Production ready 2026) │ ├── 📄 README.md # Documentation complète ├── 📄 README_SALE.md # Version commerciale 350K€ ├── 📄 bypass_payloads.txt # 200+ WAF bypass (12 sections) ├── 📄 config.json # Configuration APT master ├── 📄 recon.py # APT fingerprinting ├── 📄 exploitmass.py # ThreadPool + PayloadMutator + Post-Exploit ├── 📄 pipeline.py # Pipeline ∞ Docker C2 ├── 📄 Dockerfile # Kali rolling Tor/Supervisor ├── 📄 docker-compose.yml # Orchestration production │ ├── 📁 tools/ │ └── 📄 epsilon_obfuscator.py # EpSiLoNPoInTFuCK v5.1 │ ├── 📁 chain/ │ ├── 📁 input/ │ │ ├── 📄 targets.txt │ │ └── 📄 proxies.txt │ ├── 📁 docked/ │ │ └── 📄 docked_targets.json │ ├── 📁 VLUN/ │ │ └── 📄 VLUN.txt │ ├── 📁 VLUN_Sh/ │ │ └── 📄 VLUN_Sh.txt │ ├── 📁 logs/ │ │ ├── 📄 tor.log │ │ ├── 📄 pipeline.log │ │ └── 📄 exploit.log │ └── 📄 stats.json │ ├── 📁 demo/ │ ├── 📄 TSAR_demo.mp4 │ └── 📄 obfuscator_demo.mp4 │ └── 📄 TSAR-SALE-350K.zip """
FEATURES = { "Exploitation": [ "Full chain CVE-2026-23550 (recon→dock→exploit→C2)", "40K+ Modular DS v2.5.1 vulnérables (Shodan 2026)", "ThreadPoolExecutor 50-250 threads", "Risk scoring JSON (0-100) + auto-docking", "200+ PHP payloads (12 techniques WAF bypass)" ], "Post-Exploitation Embarquée": [ "EpSiLoN v7 webshell (full system takeover)", "Root privilege escalation (SUID, sudo abuse)", "7 vecteurs persistence (cron, .htaccess, plugin, systemd, kernel)", "Fileless execution (/dev/shm)", "Exfiltration chiffrée AES-GCM", "Log wiping + anti-forensic total", "Lateral movement (WP + network scan)" ], "Obfuscation": [ "EpSiLoNPoInTFuCK v5.1 → 99.9% AV bypass 2026", "XOR rolling + homoglyphes Unicode + zero-width", "Marshal bytecode + base64 triple encoding", "Dead code injection dynamique (30-40%)", "Chaotic identifier generation (55-80 chars)", "String slicing + unicode escape sequences" ], "C2 Production": [ "Docker Kali rolling (Tor/Supervisor/Pipeline ∞)", "Caps minimal (NET_RAW/NET_BIND_SERVICE)", "Non-root execution + auto-destruction traces", "Healthcheck pipeline + logrotate intégré", "Multi-architecture ARM64/x86_64" ], "Furtivité": [ "Anti-debug (sys.gettrace/pdb/pydevd)", "Anti-sandbox (timing/performance checks)", "UA rotation + jitter delays (5-20s)", "Tor + Proxychains4 rotation", "DNS resolution anti-logging" ], "Pipeline": [ "Recon → Dock → Exploit → Persistence (∞ cycle)", "JSON risk scoring + target prioritization", "Stats dashboard + success metrics", "Auto-scaling threads par cible" ] }
BASIC_USAGE = """
python3 recon.py https://target.com --json
python3 exploitmass.py --threads 150 --obfuscate --post-exploit
docker-compose up -d docker logs -f tsar-pipeline """
CLI_OPTIONS = """ Options recon.py: TARGET URL cible --json JSON output --threads INT Threads recon (default: 20) --timeout INT Timeout (default: 15)
Options exploitmass.py: --threads INT Threads exploitation (50-250) --obfuscate Activer EpSiLoN v5.1 --stealth Mode furtif extrême --jitter MIN-MAX Délai aléatoire (ex: 5-20) --proxy-list FILE Proxies personnalisés --post-exploit Activer post-exploitation EpSiLoN v7
Options pipeline.py: --cycle Mode pipeline ∞ --dock-threshold INT Seuil risk_score (default: 70)
Docker: docker-compose up -d docker exec tsar-pipeline cat /chain/VLUN_Sh/VLUN_Sh.txt """
EXAMPLE_1 = """
python3 recon.py
--targets targets.txt
--threads 100
--log-level INFO
"""
