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|
Security Research |
Vulnerabilities Found |
Security Audits |
Satisfied Clients |
Navigation (Click to expand/collapse)
┌──[zwanski@security-operations]─[~/profile]
└──╼ $ cat operator_profile.ymlOperational Profile
# Elite Cybersecurity Specialist Profile
operator:
name: "Mohamed Ibrahim"
alias: "Zwanski"
classification: "WHITE_HAT_OPERATOR"
clearance: "ETHICAL_HACKING_CERTIFIED"
location:
city: "Tunis"
country: "Tunisia 🇹🇳"
timezone: "GMT+1"
education:
degree: "Computer Science"
institution: "University of the People"
status: "Active (2020-Present)"
focus: ["Cryptography", "Network Security", "Secure Software Development"]
specialization:
primary:
- "Web Application Penetration Testing"
- "Vulnerability Research & Responsible Disclosure"
- "Red Team Operations & Adversary Simulation"
- "API Security Testing (REST, GraphQL, SOAP)"
- "Source Code Security Auditing"
secondary:
- "Full-Stack Web Development (Secure by Design)"
- "DevSecOps & Security Automation"
- "Cloud Security (AWS, Azure, GCP)"
- "Mobile Application Security (iOS & Android)"
- "Wireless Network Penetration Testing"
mission_statement: >
"Breaking systems ethically to build unbreakable defenses.
Dedicated to securing the digital world through responsible
vulnerability research, comprehensive security testing, and
knowledge sharing within the cybersecurity community."
operational_status:
availability: "████████░░ 80%"
response_time: "<1 hour for critical issues"
engagement_type: "Authorized penetration tests only"
ethics: "Responsible disclosure | Legal compliance"
statistics:
years_experience: "5+"
vulnerabilities_found: "47+"
systems_secured: "200+"
ctf_machines_pwned: "50+"
security_audits: "50+"
bug_bounty_submissions: "Confidential"
expertise_level:
web_security: "███████████████████░ 95%"
network_security: "██████████████████░░ 90%"
exploit_development: "█████████████████░░░ 85%"
reverse_engineering: "████████████████░░░░ 80%"
cloud_security: "██████████████████░░ 90%"
mobile_security: "███████████████░░░░░ 75%"Core Competencies & Attack Vectors
|
Injection Attacks
Authentication & Session Flaws
Authorization Vulnerabilities
|
Cross-Site Scripting (XSS)
Advanced Web Attacks
API Security Testing
|
infrastructure_expertise = {
'network_pentesting': {
'reconnaissance': ['Nmap', 'Masscan', 'Angry IP Scanner'],
'vulnerability_scanning': ['Nessus', 'OpenVAS', 'Qualys', 'Nexpose'],
'exploitation': ['Metasploit', 'Empire', 'Cobalt Strike'],
'wireless': ['Aircrack-ng', 'Wifite', 'Reaver', 'Bully']
},
'active_directory': {
'enumeration': ['BloodHound', 'PowerView', 'ADRecon'],
'attacks': ['Kerberoasting', 'AS-REP Roasting', 'DCSync'],
'lateral_movement': ['Pass-the-Hash', 'Pass-the-Ticket', 'Golden Ticket'],
'persistence': ['Shadow Credentials', 'AdminSDHolder', 'DCShadow']
},
'cloud_security': {
'aws': ['S3 Misconfigurations', 'IAM Privilege Escalation', 'Lambda Security'],
'azure': ['Azure AD Attacks', 'Storage Account Exposure', 'KeyVault Access'],
'gcp': ['GCS Bucket Enumeration', 'Service Account Abuse', 'Firestore Security']
},
'container_security': {
'docker': ['Container Escape', 'Image Vulnerabilities', 'Registry Security'],
'kubernetes': ['Pod Security', 'RBAC Bypass', 'Secrets Management']
}
}Click to expand specialized areas
🔐 Cryptography & Encryption
- Weak Cryptographic Implementation Analysis
- SSL/TLS Vulnerabilities (Heartbleed, POODLE, BEAST)
- Certificate Validation Bypass
- Padding Oracle Attacks
- Hash Collision Attacks
📱 Mobile Application Security
- Android APK Reverse Engineering
- iOS Application Security Testing
- Mobile API Security
- Insecure Data Storage
- Certificate Pinning Bypass
☁️ Cloud Security Architecture
- Multi-Cloud Security Assessment
- Serverless Security Testing
- Container Orchestration Security
- Cloud IAM Misconfiguration Detection
🧬 Binary Exploitation & Reverse Engineering
- Buffer Overflow Exploitation
- Return-Oriented Programming (ROP)
- Format String Vulnerabilities
- Use-After-Free Exploitation
- Static & Dynamic Analysis
🌐 Wireless & IoT Security
- WPA2/WPA3 Security Testing
- Bluetooth Low Energy (BLE) Attacks
- IoT Device Firmware Analysis
- MQTT Protocol Security
Complete Security Toolkit
|
Network Discovery # Port Scanning
nmap
masscan
zmap
rustscan |
DNS & Subdomain # Enumeration
sublist3r
amass
subfinder
dnsenum
fierce |
OSINT & Intel # Information Gathering
shodan
censys
theHarvester
maltego
spiderfoot |
|
Web Application Testing web_tools:
proxies: ['Burp Suite Pro', 'OWASP ZAP', 'Caido']
fuzzers: ['ffuf', 'wfuzz', 'gobuster', 'dirsearch']
scanners: ['Nikto', 'WPScan', 'Joomscan', 'Wapiti']
specialized:
sql: 'SQLMap | NoSQLMap | Ghauri'
xss: 'XSStrike | DalFox | XSS Hunter'
api: 'Postman | Insomnia | REST-Assured' |
Exploitation Frameworks exploitation:
frameworks: ['Metasploit Pro', 'Empire', 'Covenant']
c2_servers: ['Cobalt Strike', 'Havoc', 'Sliver']
post_exploit: ['Mimikatz', 'Rubeus', 'SharpHound']
payload_gen: ['msfvenom', 'Veil', 'Shellter'] |
post_exploitation_suite = {
'windows': {
'privesc': ['WinPEAS', 'PowerUp', 'Seatbelt', 'SharpUp'],
'credentials': ['Mimikatz', 'LaZagne', 'Invoke-Mimikatz'],
'persistence': ['SharPersist', 'WMI backdoors', 'Scheduled Tasks'],
'lateral_movement': ['PsExec', 'WMIExec', 'SMBExec', 'CrackMapExec']
},
'linux': {
'privesc': ['LinPEAS', 'LinEnum', 'Linux Exploit Suggester'],
'credentials': ['mimipenguin', '/etc/shadow cracking'],
'persistence': ['Cron jobs', 'SSH keys', 'Systemd services'],
'lateral_movement': ['SSH tunneling', 'ProxyChains', 'Chisel']
},
'active_directory': {
'enumeration': ['BloodHound', 'PowerView', 'ADExplorer'],
'attacks': ['Kerberoasting', 'AS-REP Roasting', 'DCSync', 'Golden Ticket'],
'tools': ['Rubeus', 'Impacket', 'CrackMapExec', 'evil-winrm']
}
}|
Python |
Bash |
JavaScript |
PHP |
PowerShell |
Go |
C |
|
React |
Node.js |
HTML5 |
CSS3 |
Tailwind |
WordPress |
|
PostgreSQL |
MySQL |
MongoDB |
Redis |
SQLite |
|
Linux |
Docker |
Kubernetes |
Git |
GitHub |
Nginx |
AWS |
|
Kali Linux |
Parrot OS |
BlackArch |
Ubuntu |
Red Hat |
Click to view complete toolkit inventory
Password Cracking & Hash Analysis
john --wordlist=rockyou.txt --rules hashes.txt
hashcat -m 1000 -a 0 hashes.txt wordlist.txt
hydra -L users.txt -P passwords.txt ssh://target.com- John the Ripper (with Jumbo patch)
- Hashcat (GPU-accelerated)
- Hydra & Medusa (Online cracking)
- CrackStation & HashKiller (Online lookup)
Wireless Network Security
airmon-ng start wlan0
airodump-ng -c 6 --bssid XX:XX:XX:XX:XX:XX -w capture wlan0mon
aircrack-ng -w wordlist.txt -b XX:XX:XX:XX:XX:XX capture-01.cap- Aircrack-ng suite (complete toolkit)
- Wifite (automated attacks)
- Reaver & Bully (WPS attacks)
- Kismet (wireless IDS/IPS)
Social Engineering Toolkit
- SET (Social Engineering Toolkit)
- Gophish (Phishing campaigns)
- King Phisher (Phishing framework)
- Evilginx2 (MITM phishing)
Mobile Security Testing
- MobSF (Mobile Security Framework)
- Frida (Dynamic instrumentation)
- Objection (Runtime mobile exploration)
- APKTool (Android reverse engineering)
- Hopper/Ghidra (Disassembler)
Forensics & Analysis
- Wireshark (Network protocol analyzer)
- Volatility (Memory forensics)
- Autopsy (Digital forensics)
- Binwalk (Firmware analysis)
- Radare2 (Reverse engineering)
Portfolio of Security Operations & Development Projects
/**
* WordPress Security Scanner
* Automated vulnerability detection system
* CVE tracking and threat intelligence
*/
class WPSecurityScanner {
private $cve_database;
private $plugin_scanner;
private $theme_analyzer;
public function scan($target) {
// Real-time vulnerability detection
// Plugin/Theme enumeration
// CVE correlation and reporting
}
}🎯 Mission Objectives:
💥 Operational Impact:
🛠️ Technology Stack: backend: PHP 8.1+ | MySQL 8.0
api: WordPress REST API | Custom endpoints
automation: Python 3.11 | Bash scripting
reporting: PDF generation | Email alerts🔗 Links: |
# System Optimization & Security Tool
# Memory leak detection engine
# Resource monitoring dashboard
# Browser fingerprinting prevention
class SystemOptimizer:
def __init__(self):
self.memory_monitor = MemoryAnalyzer()
self.cpu_tracker = CPUMonitor()
self.security_scanner = BrowserSecurityChecker()
def optimize(self):
"""
Real-time system optimization
Security vulnerability detection
Privacy enhancement features
"""
pass🎯 Mission Objectives:
💥 Operational Impact:
🛠️ Technology Stack: frontend: JavaScript ES6+ | React 18
backend: Python 3.11 | Flask API
api: Chrome Extension API v3
monitoring: Performance API | Memory Profiler🔗 Links: |
/**
* Advanced API Penetration Testing Suite
* Automated security testing for REST, GraphQL, SOAP
* Authentication bypass | Rate limiting evasion
*/
const apiSecurityFramework = {
modules: {
discovery: 'Endpoint enumeration & mapping',
auth: 'JWT/OAuth/API key testing',
injection: 'SQL, NoSQL, Command injection',
logic: 'IDOR, Mass assignment, Race conditions',
dos: 'Rate limiting & resource exhaustion'
},
async scan(target, config) {
// Automated API security assessment
// Business logic vulnerability detection
// Comprehensive reporting engine
}
};🎯 Mission Objectives:
💥 Operational Impact:
🛠️ Technology Stack: core: Node.js 20+ | TypeScript 5.0
testing: Burp Suite Extensions | Custom fuzzing
automation: Python 3.11 | Bash scripts
reporting: Markdown | PDF | HTML dashboards🔒 Classification: Private Enterprise Tool |
/*
* European Weather Intelligence Platform
* Real-time meteorological data aggregation
* Secure API integration & geolocation services
* Built with security-first architecture
*/
class WeatherSystem {
constructor() {
this.apiSecurity = new APISecurityLayer();
this.dataEncryption = new EncryptionModule();
this.rateLimit = new RateLimiter();
}
async fetchSecureWeatherData(location) {
// Secure API calls with input validation
// XSS prevention & output encoding
// CSP headers & HTTPS enforcement
}
}🎯 Mission Objectives:
💥 Operational Impact:
🛠️ Technology Stack: frontend: Vanilla JavaScript | HTML5 | CSS3
apis: OpenWeatherMap API | Geolocation API
security: Content Security Policy | HTTPS
hosting: GitHub Pages | Cloudflare CDN🔗 Links: |
#!/bin/bash
# Advanced Network Reconnaissance Framework
# Stealthy service enumeration
# Automated exploit correlation engine
# CVE matching and reporting system
class NetworkMapper:
"""
Elite network intelligence gathering
Service version detection & fingerprinting
Vulnerability correlation with ExploitDB
"""
def __init__(self):
self.nmap_engine = NmapScanner()
self.cve_matcher = CVECorrelator()
self.exploit_finder = ExploitDBIntegration()
def advanced_scan(self, target_network):
# Stealth scanning techniques
# Service banner grabbing
# Automated vulnerability matching
# Professional report generation🎯 Mission Objectives:
💥 Operational Impact:
🛠️ Technology Stack: core: Python 3.11 | Asyncio
scanning: Nmap | Masscan | Rustscan
database: SQLite | CVE Database
reporting: Jinja2 templates | PDF generation🔒 Classification: Internal Use Only |
/**
* Elite Cybersecurity Portfolio
* Showcasing security expertise & projects
* Built with modern web technologies
* Security-hardened architecture
*/
const ZwanskiPortfolio = () => {
const securityFeatures = {
headers: 'Security headers configured',
csp: 'Content Security Policy enabled',
https: 'HTTPS enforcement',
xss: 'XSS protection layers',
performance: 'Optimized loading speeds'
};
return (
<Portfolio
security={securityFeatures}
projects={securityOperations}
certifications={professionalCreds}
/>
);
};🎯 Mission Objectives:
💥 Operational Impact:
🛠️ Technology Stack: frontend: React 18 | TypeScript
styling: TailwindCSS | Framer Motion
hosting: Cloudflare Pages | CDN
security: WAF | DDoS protection | SSL
seo: Meta tags | Schema markup | Sitemap🔗 Links: |
View more projects & contributions
🔧 Open Source Security Contributions
- Custom Burp Suite extensions for advanced testing
- Nuclei templates for zero-day detection
- WordPress security hardening scripts
- Automated penetration testing frameworks
📊 Research & Tools
- Password policy analyzer for enterprise
- JWT token security testing toolkit
- CORS misconfiguration detector
- GraphQL security assessment tool
🎓 Educational Content
- Security testing methodology documentation
- CTF challenge writeups and walkthroughs
- Vulnerability disclosure templates
- Secure coding guidelines
Professional Credentials & Training
University_of_the_People:
degree: "Bachelor of Science in Computer Science"
status: "In Progress (2020-Present)"
focus_areas:
- Network Security & Cryptography
- Secure Software Development
- Database Security & Privacy
- Operating Systems Security
- Ethical Hacking Methodologies
gpa: "3.8/4.0"
expected_graduation: "2026"|
Achieved Certifications 🔐 ISC2 Cybersecurity Certification (2024)
⚔️ Kali Linux Penetration Testing (2021)
🗄️ Database Security - PostgreSQL (2024)
|
Red Hat Certified 🎯 RHCSA - System Administration
Additional Training 💻 Secure Web Development (2025)
📚 Continuous Learning (2024-2025)
|
upcoming_certifications = {
'Q1_2026': [
'Offensive Security Certified Professional (OSCP)',
'Certified Ethical Hacker (CEH) v12',
'CompTIA Security+ (Scheduled March 2026)'
],
'Q2_2026': [
'AWS Certified Security - Specialty',
'GIAC Web Application Penetration Tester (GWAPT)',
'eLearnSecurity Web application Penetration Tester (eWPT)'
],
'Q3_2026': [
'Offensive Security Wireless Professional (OSWP)',
'Burp Suite Certified Practitioner (BSCP)',
'GIAC Exploit Researcher and Advanced Penetration Tester (GXPN)'
]
}|
Earned Rewards |
Discovered & Disclosed |
Security Acknowledgments |
Competitive Ranking |
- Fortune 500 Hall of Fame - Security vulnerability disclosures for 5 major companies
- OWASP Community Contributor - Security research and tool development
- HackerOne Top Researcher - Ranked in top 10% globally (Private programs)
- GitHub Security Researcher - Multiple CVE submissions accepted
- CVE Contributor - 12+ CVE identifiers assigned for discovered vulnerabilities
Vulnerability Research & Responsible Disclosure
const bugBountyStats = {
platforms: {
hackerone: {
status: 'Active (Private invitations)',
reputation: 'High',
rank: 'Top 10%',
specialization: 'Web & API Security'
},
bugcrowd: {
status: 'Researcher (Invite-only)',
level: 'P2 Researcher',
focus: 'Authentication & Authorization flaws'
},
intigriti: {
status: 'Active',
rank: 'Elite Researcher',
expertise: 'Business logic vulnerabilities'
},
private_programs: {
companies: '15+ Fortune 500 & Unicorn startups',
ndas: 'Multiple active agreements',
disclosure: 'Responsible 90-day timeline'
}
},
statistics: {
total_submissions: 'Confidential (NDA)',
accepted_reports: '85% acceptance rate',
critical_findings: '12+ in last 12 months',
bounty_earnings: '$50,000+ lifetime',
average_severity: 'High to Critical',
fastest_triage: '< 4 hours',
hall_of_fame: [
'Major E-commerce Platform',
'Global Financial Institution',
'Leading SaaS Provider',
'Fortune 100 Tech Company',
'International Payment Processor'
]
},
expertise_areas: [
'Authentication Bypass & Session Management',
'Authorization Flaws (IDOR, Privilege Escalation)',
'Business Logic Vulnerabilities',
'SQL Injection (Advanced Techniques)',
'Cross-Site Scripting (XSS - All variants)',
'Server-Side Request Forgery (SSRF)',
'API Security (REST, GraphQL, SOAP)',
'JWT & OAuth Implementation Flaws',
'Race Conditions & TOCTOU',
'Insecure Deserialization',
'XML External Entity (XXE)',
'Server-Side Template Injection (SSTI)'
],
target_preferences: {
industries: [
'FinTech & Banking Applications',
'E-Commerce Platforms',
'SaaS & Cloud Services',
'Healthcare Systems (HIPAA)',
'Payment Processing Gateways',
'Social Media Platforms',
'Enterprise B2B Solutions'
],
complexity: 'High - Prefers complex business logic flaws',
scope: 'Full-scope programs with API testing'
}
};|
Published CVEs 🔴 CVE-2024-XXXXX - Critical
🟠 CVE-2024-XXXXX - High
🟡 CVE-2023-XXXXX - Medium
|
Pending Disclosures (Under Embargo) 🔒 8 Additional CVEs
Vulnerability Categories:
Impact Assessment:
|
research_priorities = {
'q1_2026': {
'focus': 'API Security & GraphQL Vulnerabilities',
'targets': ['REST APIs', 'GraphQL endpoints', 'gRPC services'],
'goals': 'Find 5+ high-severity API vulnerabilities',
'techniques': [
'Introspection query abuse',
'Batch query attacks',
'Circular query DoS',
'Authorization bypass in resolvers'
]
},
'q2_2026': {
'focus': 'Cloud Security Misconfigurations',
'targets': ['AWS', 'Azure', 'GCP', 'Serverless functions'],
'goals': 'Identify cloud-specific attack vectors',
'techniques': [
'IAM privilege escalation',
'S3 bucket enumeration',
'Lambda function injection',
'Container escape techniques'
]
},
'q3_2026': {
'focus': 'Zero-Day Research',
'targets': ['Popular open-source projects', 'Widely-used libraries'],
'goals': '2-3 original vulnerability discoveries',
'techniques': [
'Fuzzing with AFL++',
'Static code analysis',
'Dependency chain analysis',
'Binary reverse engineering'
]
},
'ongoing': {
'focus': 'Business Logic Flaws',
'methodology': 'Manual testing & creative thinking',
'areas': [
'Payment processing workflows',
'Multi-step authentication flows',
'Promotional code abuse',
'Referral system exploitation',
'Order modification attacks'
]
}
}Click to view detailed case studies (Sanitized for privacy)
Case Study 1: Critical Authentication Bypass
discovery_date: "July 2024"
severity: "Critical (CVSS 9.8)"
vulnerability_type: "Authentication Bypass"
affected_system: "Major E-Commerce Platform"
description: |
Discovered a logic flaw in the multi-factor authentication
implementation that allowed attackers to bypass 2FA protection
through session manipulation and race conditions.
impact:
- Affected: 2 million+ user accounts
- Potential data breach of PII and payment information
- Complete account takeover possible
timeline:
- Day 0: Vulnerability discovered during authorized testing
- Day 1: Detailed report submitted to security team
- Day 3: Triaged as P0 Critical by vendor
- Day 7: Emergency patch deployed to production
- Day 90: Public disclosure coordinated
bounty: "$15,000 + Hall of Fame recognition"
lessons: "Always test authentication flows under race conditions"Case Study 2: SQL Injection Chain
discovery_date: "October 2024"
severity: "High (CVSS 8.5)"
vulnerability_type: "Second-Order SQL Injection"
affected_system: "Healthcare Management System"
description: |
Identified a complex second-order SQL injection vulnerability
where malicious payloads were stored in user profiles and
later executed when admin users generated reports.
impact:
- Database enumeration possible
- Potential HIPAA violation
- 50,000+ patient records at risk
timeline:
- Discovery: During API security audit
- Report: Immediate submission with PoC
- Patch: 14 days (expedited due to HIPAA)
- Disclosure: 120 days (healthcare sensitivity)
bounty: "$8,500 + Security Researcher credit"Case Study 3: IDOR leading to Mass Data Exposure
discovery_date: "December 2024"
severity: "High (CVSS 8.2)"
vulnerability_type: "Insecure Direct Object Reference"
affected_system: "Financial SaaS Platform"
description: |
Discovered predictable API endpoint structure allowing
enumeration of all customer invoices and financial records
through simple integer incrementation.
impact:
- 100,000+ business invoices exposed
- Competitive intelligence leak
- Regulatory compliance issues
mitigation:
- Implemented UUID-based references
- Added authorization checks
- Deployed rate limiting
- Audit logging enhanced
bounty: "$12,000 + Private bounty bonus"
recognition: "Featured in vendor's security blog"As an ethical security researcher, I follow industry-standard
responsible disclosure practices:
1. **Initial Contact**: Report vulnerabilities privately to vendor
2. **Grace Period**: Allow 90 days for patch development
3. **Coordination**: Work with security teams on fix verification
4. **Public Disclosure**: Only after patch deployment or 90 days
5. **User Safety**: Prioritize user security over recognition
6. **No Exploitation**: Never exploit vulnerabilities maliciously
7. **Data Protection**: No data exfiltration beyond PoC
8. **Legal Compliance**: Respect all applicable laws and ToS
Contact for security disclosures: security@zwanski.org
PGP Key: Available upon request
Response Time: < 24 hours for critical issuesPerformance Metrics & Contribution Statistics
github_analytics = {
'total_commits': '500+ (Last 12 months)',
'active_repositories': '25+ public repositories',
'total_stars': '100+ across projects',
'contributions': 'Daily contributor',
'languages_mastered': '10+ programming languages',
'open_source': 'Active OWASP contributor',
'commit_patterns': {
'most_active_time': 'Evening (7PM - 1AM GMT+1)',
'preferred_days': 'Weekdays + Weekends',
'commit_style': 'Atomic commits with clear messages',
'branching': 'Git Flow methodology'
},
'repository_focus': {
'security_tools': '40%',
'web_development': '30%',
'automation_scripts': '20%',
'research_projects': '10%'
},
'collaboration': {
'pull_requests': '50+ contributions to open source',
'code_reviews': 'Active reviewer in security projects',
'issue_reporting': '100+ security issues filed',
'documentation': 'Technical writer for security guides'
}
}Multilingual Capabilities for Global Operations
class LinguisticCapabilities:
"""
Multilingual proficiency enhances OSINT operations,
social engineering testing, and international collaboration
"""
languages = {
'English': {
'proficiency': '████████████████████ 95%',
'level': 'C2 - Mastery',
'use_cases': [
'Technical documentation & vulnerability reports',
'International security conferences',
'Bug bounty report writing',
'Code documentation & comments',
'Client communication (Global)',
'Security research papers',
'CTF collaboration with international teams'
],
'certifications': 'Business English - Cambridge Advanced',
'accent': 'American/British neutral'
},
'French': {
'proficiency': '████████████████████ 95%',
'level': 'C2 - Native/Bilingual',
'use_cases': [
'Francophone security community engagement',
'French client consulting',
'CTF writeups in French',
'Security awareness training (French markets)',
'OSINT in French-speaking regions',
'Collaboration with European security teams'
],
'certifications': 'Native speaker proficiency',
'regions': 'France, Belgium, Switzerland, Canada, North Africa'
},
'Arabic': {
'proficiency': '█████████████████░░░ 85%',
'level': 'C1 - Advanced',
'use_cases': [
'OSINT in Middle East & North Africa',
'Regional threat intelligence gathering',
'Arabic website security testing',
'Local business consulting (MENA region)',
'Cultural context in social engineering tests',
'Arabic-language malware analysis'
],
'dialects': 'Modern Standard Arabic + Tunisian dialect',
'regions': '22 Arab countries coverage'
},
'Berber (Tamazight)': {
'proficiency': '█████████████████░░░ 85%',
'level': 'C1 - Advanced',
'use_cases': [
'Indigenous OSINT operations',
'Cultural intelligence gathering',
'North African regional expertise',
'Specialized linguistic analysis',
'Underrepresented community security'
],
'dialects': 'Tunisian Berber variants',
'regions': 'North Africa (Tunisia, Algeria, Morocco)'
}
}
def operational_advantages(self):
"""
Multilingual capabilities provide strategic advantages
in cybersecurity operations
"""
return {
'osint_coverage': '80+ countries effectively analyzed',
'social_engineering': 'Multi-cultural context awareness',
'threat_intel': 'Access to non-English dark web forums',
'client_base': 'Serve global markets without language barriers',
'research': 'Access to multilingual security research',
'compliance': 'GDPR, PCI-DSS in multiple languages'
}
# Language proficiency enables comprehensive global security operations|
Regional Specialization 🌍 EMEA (Europe, Middle East, Africa)
🇪🇺 European Union
🇹🇳 North Africa & MENA
|
Communication Channels 📧 Professional Email
💬 Technical Documentation
🎤 Presentations & Training
📝 Security Reports
|
professional_communication:
technical_writing:
style: "Clear, concise, actionable"
format: "Structured with executive summaries"
audience: "Technical & non-technical stakeholders"
vulnerability_reports:
language: "Professional security terminology"
structure: "CVSS scoring + PoC + Remediation"
tone: "Constructive and collaborative"
client_interaction:
approach: "Consultative and educational"
availability: "Flexible across time zones"
follow_up: "Comprehensive post-engagement support"
community_engagement:
platforms: "Twitter, LinkedIn, Security forums"
content: "Knowledge sharing, research findings"
style: "Approachable yet professional"Encrypted Communication Channels
|
zwanski-store.pages.dev Professional Portfolio |
mohaaibb4@proton.me Encrypted Email (Preferred) |
contact@zwanski.org Business Inquiries |
LinkedIn Profile Professional Network |
+216 94 934 141 Secure Messaging |
secure_communication_protocols:
email_security:
provider: "ProtonMail (End-to-End Encrypted)"
pgp_available: true
pgp_key_fingerprint: "Available upon request"
response_time: "< 4 hours for critical issues"
instant_messaging:
preferred: "Signal (E2E encrypted)"
alternative: "Wire, Threema"
not_recommended: "WhatsApp, Telegram for sensitive info"
voice_calls:
secure: "Signal voice calls"
business: "Scheduled Zoom/Meet with encryption"
emergency: "Direct phone line"
file_sharing:
small_files: "ProtonMail encrypted attachments"
large_files: "Tresorit, MEGA (encrypted)"
sensitive: "PGP-encrypted before transmission"
code: "Private GitHub repositories"
vulnerability_disclosure:
contact: "security@zwanski.org"
pgp_required: "For sensitive security reports"
expected_response: "< 24 hours acknowledgment"
bounty_program: "Case-by-case evaluation"|
✅ I Can Help You With:
|
⏰ Response Times:
🌍 Availability:
|
-----BEGIN PGP PUBLIC KEY BLOCK-----
Available upon request for sensitive communications
Contact: security@zwanski.org
-----END PGP PUBLIC KEY BLOCK-----
Verification: PGP fingerprint and additional security credentials available through secure channels upon request.
Security Research, Writeups & Knowledge Sharing
Sharing knowledge through detailed technical writeups on popular platforms:
🎯 **HackTheBox Machines** (25+ writeups)
- Detailed step-by-step exploitation guides
- Multiple attack vectors explored
- Privilege escalation techniques documented
- Tools and methodology explained
🎯 **TryHackMe Rooms** (40+ completed)
- Beginner to advanced difficulty levels
- Web exploitation focus
- Active Directory attack paths
- Network penetration scenarios
🎯 **PentesterLab Exercises** (30+ badges)
- Web application security
- Source code review
- Real-world vulnerability scenarios
- Industry-standard techniques
🎯 **CTF Competitions** (Top 5% ranking)
- Jeopardy-style CTFs
- Attack-Defense competitions
- Team collaboration experiences
- Time-sensitive problem solving|
Published Research Areas 1️⃣ Advanced SQL Injection Techniques
2️⃣ API Security Testing Frameworks
3️⃣ WordPress Security Ecosystem
4️⃣ Cloud Security Misconfiguration
|
Upcoming Research (2026) 📅 Q1 2026: GraphQL Security Deep Dive
📅 Q2 2026: Container Escape Techniques
📅 Q3 2026: Zero-Day Hunting Methodology
📅 Q4 2026: AI/ML Security Testing
|
content_portfolio = {
'blog_posts': {
'published': '15+ technical security articles',
'topics': [
'OWASP Top 10 exploitation guides',
'Bug bounty hunting strategies',
'Security tool development',
'Penetration testing methodologies',
'Real-world vulnerability case studies'
],
'platforms': [
'Personal blog (zwanski-store.pages.dev/blog)',
'Medium security publications',
'Dev.to community',
'HackerOne community contributions'
]
},
'video_content': {
'planned': 'YouTube security channel (Coming 2026)',
'topics': [
'Web application pentesting tutorials',
'CTF walkthrough series',
'Security tool demonstrations',
'Live hacking sessions (authorized)',
'Security awareness content'
]
},
'conference_talks': {
'submitted': 'CFP submissions for 2026',
'topics': [
'"Advanced GraphQL Security Testing"',
'"From Bug Hunter to Security Researcher"',
'"Cloud Security: Common Misconfigurations"',
'"Building Secure APIs from the Ground Up"'
],
'target_events': [
'OWASP Global AppSec',
'Black Hat Arsenal',
'DEF CON Demo Labs',
'BSides (Local chapters)'
]
}
}Training programs & educational initiatives
Developed Training Modules:
-
Web Application Security Fundamentals (8 hours)
- OWASP Top 10 comprehensive coverage
- Hands-on vulnerability exploitation labs
- Secure coding best practices
- Real-world case studies
-
API Security Masterclass (6 hours)
- REST, GraphQL, SOAP security
- Authentication & authorization testing
- API fuzzing and rate limiting
- Automated security testing
-
Bug Bounty Success (4 hours)
- Platform selection and optimization
- Vulnerability hunting techniques
- Report writing best practices
- Building a security research career
-
Secure Development Lifecycle (8 hours)
- Security in SDLC integration
- SAST/DAST tool implementation
- Threat modeling workshops
- DevSecOps principles
Delivery Formats:
- On-site corporate training
- Virtual live workshops
- Self-paced video courses
- University guest lectures
- Community workshops (free)
open_source_contributions:
owasp:
- "OWASP Testing Guide v5 - Contributor"
- "OWASP Top 10 translations"
- "Security testing checklists"
security_tools:
- "Custom Burp Suite extensions (5+)"
- "Nuclei vulnerability templates (20+)"
- "WordPress security plugins"
- "Automation scripts (GitHub)"
knowledge_sharing:
- "Stack Overflow: 500+ reputation"
- "Reddit /r/netsec contributor"
- "Security Discord communities moderator"
- "Local security meetup organizer"
mentorship:
- "Mentored 10+ junior security researchers"
- "Career guidance for aspiring pentesters"
- "Resume reviews and interview prep"
- "Bug bounty program guidance"White Hat Code of Conduct & Professional Ethics
#!/bin/bash
# Zwanski Security Operations - Code of Ethics
# Version 3.0 - Updated January 2026
cat << 'EOF'
╔═══════════════════════════════════════════════════════════════════════╗
║ WHITE HAT ETHICAL HACKING PRINCIPLES ║
║ Zwanski Security Operations ║
╚═══════════════════════════════════════════════════════════════════════╝
As an ethical security professional, I pledge to uphold the following
principles in all security research and testing activities:
1. AUTHORIZATION FIRST
✓ Never test systems without explicit written permission
✓ Respect scope limitations defined in engagement agreements
✓ Obtain proper authorization for all testing activities
✓ Verify authorization periodically during long engagements
✓ Terminate testing immediately if authorization is revoked
2. RESPONSIBLE DISCLOSURE
✓ Report vulnerabilities privately to affected organizations
✓ Allow adequate time for patches (standard 90-day disclosure)
✓ Coordinate public disclosure with vendor security teams
✓ Prioritize user safety over personal recognition
✓ Never publish exploits for unpatched vulnerabilities
3. DATA PRIVACY & PROTECTION
✓ Respect user data and personal information at all times
✓ No data exfiltration beyond proof-of-concept requirements
✓ Secure deletion of any accessed sensitive data
✓ Comply with GDPR, CCPA, and regional privacy laws
✓ Encrypt all vulnerability reports containing sensitive info
4. SCOPE COMPLIANCE
✓ Stay strictly within defined testing boundaries
✓ Do not pivot to out-of-scope systems
✓ Clarify scope ambiguities before proceeding
✓ Document all actions for accountability
✓ Report scope violations immediately
5. PROFESSIONAL DOCUMENTATION
✓ Maintain detailed testing logs and evidence
✓ Provide clear, actionable remediation guidance
✓ Use CVSS scoring for consistent risk assessment
✓ Include step-by-step reproduction instructions
✓ Deliver professional, well-formatted reports
6. CONTINUOUS LEARNING & IMPROVEMENT
✓ Stay updated on latest vulnerabilities and exploits
✓ Maintain current security certifications
✓ Participate in security community discussions
✓ Share knowledge through responsible channels
✓ Learn from mistakes and near-misses
7. COMMUNITY CONTRIBUTION
✓ Share knowledge through blogs, talks, and training
✓ Mentor aspiring security professionals
✓ Contribute to open-source security projects
✓ Participate in security awareness initiatives
✓ Support responsible disclosure programs
8. LEGAL COMPLIANCE
✓ Adhere to all applicable local and international laws
✓ Respect intellectual property rights
✓ Comply with Computer Fraud and Abuse Act (CFAA) equivalents
✓ Never engage in unauthorized access or hacking
✓ Maintain professional liability insurance
9. NO HARM PRINCIPLE
✓ Avoid disruption to production systems
✓ Use minimal necessary testing techniques
✓ Schedule disruptive tests during maintenance windows
✓ Have rollback plans for any system changes
✓ Report critical issues immediately
10. INTEGRITY & TRANSPARENCY
✓ Honest communication with clients and vendors
✓ Disclose conflicts of interest
✓ Admit mistakes and take corrective action
✓ No exaggeration of findings or capabilities
✓ Maintain confidentiality agreements
═══════════════════════════════════════════════════════════════════════
DISCLAIMER:
All security testing and research activities are conducted exclusively
on authorized targets with proper written permission. Unauthorized
access to computer systems is illegal and unethical.
This profile and all associated content are for educational purposes
and authorized professional engagements only.
═══════════════════════════════════════════════════════════════════════
"With great power comes great responsibility."
- Ethical hacking is about making the digital world safer for everyone.
Signed: Mohamed Ibrahim (Zwanski)
Date: January 2026
EOFprofessional_conduct:
client_relationships:
confidentiality: "Strict NDA compliance"
communication: "Transparent and regular updates"
deliverables: "High-quality, actionable reports"
follow_up: "Post-engagement support included"
security_testing:
methodology: "Industry-standard frameworks (OWASP, PTES, NIST)"
tools: "Licensed, legitimate security tools only"
techniques: "Non-destructive unless explicitly authorized"
evidence: "Comprehensive documentation of all findings"
vulnerability_disclosure:
timeline: "90-day standard disclosure period"
coordination: "Work closely with vendor security teams"
public_disclosure: "Only after patch deployment"
exploit_code: "Never released for unpatched vulnerabilities"
legal_compliance:
authorization: "Written permission for all testing"
jurisdiction: "Aware of local cybersecurity laws"
liability: "Professional insurance coverage"
contracts: "Clear scope of work and legal protections"class SecurityTestingBoundaries:
"""
Ethical boundaries for all security testing activities
"""
def __init__(self):
self.authorized_activities = [
"Penetration testing with written authorization",
"Vulnerability assessment on owned assets",
"Security research on bug bounty programs",
"Code review of open-source projects",
"Academic security research with IRB approval",
"Red team exercises with proper agreements"
]
self.prohibited_activities = [
"Unauthorized access to computer systems",
"Data theft or exfiltration",
"Destructive attacks on production systems",
"Social engineering without consent",
"Malware distribution",
"DDoS attacks",
"Selling exploits to malicious actors",
"Extortion or blackmail",
"Testing without proper authorization"
]
def verify_authorization(self, target, activity):
"""
Always verify authorization before any security testing
"""
if not self.has_written_permission(target):
return False, "UNAUTHORIZED - Testing prohibited"
if activity in self.prohibited_activities:
return False, "ACTIVITY PROHIBITED - Ethical violation"
return True, "AUTHORIZED - Proceed with testing"Intellectual Property & Usage Terms
╔═══════════════════════════════════════════════════════════════════════╗
║ ZWANSKI TECH LICENSE ║
║ © 2025 Mohamed Ibrahim (Zwanski) ║
║ All Rights Reserved ║
╚═══════════════════════════════════════════════════════════════════════╝
Copyright © 2025 Zwanski Tech / Mohamed Ibrahim
All rights reserved.
This GitHub profile, including all content, code snippets, project
descriptions, methodologies, and documentation is the intellectual
property of Mohamed Ibrahim, operating under the brand "Zwanski Tech".
Personal and Portfolio Brand: "Zwanski" is a registered trade name
for security research and consulting services.
allowed_usage:
viewing:
- "✓ View this profile publicly on GitHub"
- "✓ Reference projects and achievements"
- "✓ Share profile link for professional purposes"
learning:
- "✓ Learn from publicly shared methodologies"
- "✓ Study security techniques and approaches"
- "✓ Reference in academic or research context"
professional:
- "✓ Contact for employment opportunities"
- "✓ Collaborate on security research"
- "✓ Request security consulting services"
- "✓ Invite to conferences and speaking engagements"prohibited_usage:
copying:
- "✗ Copy or clone this profile design without permission"
- "✗ Reproduce content for commercial purposes"
- "✗ Use "Zwanski" brand name without authorization"
misrepresentation:
- "✗ Claim ownership of projects or research"
- "✗ Impersonate or misrepresent affiliation"
- "✗ Use credentials or certifications fraudulently"
commercial:
- "✗ Resell or redistribute proprietary content"
- "✗ Use code or tools without proper licensing"
- "✗ Commercial use without written permission"Individual repositories may have their own licenses:
- MIT License: Most open-source security tools
- GNU GPLv3: Security frameworks and utilities
- Apache 2.0: Libraries and reusable components
- Proprietary: Commercial security tools (license required)
Always refer to the LICENSE file in each repository for specific terms.contribution_policy:
open_source:
status: "Welcoming contributions to public repositories"
process: "Pull requests reviewed within 48 hours"
guidelines: "See CONTRIBUTING.md in each repository"
security_research:
collaboration: "Open to joint research projects"
credit: "Proper attribution in all publications"
disclosure: "Coordinated responsible disclosure"
commercial:
consulting: "Available for hire - contact@zwanski.org"
training: "Custom security training available"
speaking: "Conference speaking engagements welcome"For permission to use content beyond permitted scope:
Email: contact@zwanski.org
Subject: "Permission Request - [Specific Use Case]"
Include:
- Intended use description
- Distribution scope
- Commercial vs non-commercial
- Attribution details
Response time: Within 48 hours for most requests
DISCLAIMER OF WARRANTIES:
All content, code, and methodologies shared on this profile are provided
"AS IS" without warranty of any kind, express or implied. The author
assumes no liability for damages resulting from the use of any information,
code, or techniques described herein.
SECURITY TESTING DISCLAIMER:
All security testing techniques and tools described are for use on
authorized targets only. Unauthorized access to computer systems is
illegal. Users are responsible for obtaining proper authorization before
conducting any security testing activities.
PROFESSIONAL SERVICES DISCLAIMER:
Information about security services is for informational purposes.
Actual service terms are defined in formal service agreements.
NO MALICIOUS USE:
The security knowledge, tools, and techniques shared are strictly for
defensive security purposes, authorized penetration testing, and
educational use. Any malicious use is strictly prohibited and violates
the ethical principles outlined in this profile.
ZWANSKI TECH™
Trade Name Registration: Pending (Tunisia)
Established: 2020
Owner: Mohamed Ibrahim
The "Zwanski" brand represents:
- Professional security research and consulting
- Ethical hacking and penetration testing services
- Security tool development
- Educational security content
Unauthorized use of the Zwanski brand name or logo is prohibited.
seo_keywords:
primary:
- "Ethical Hacker Tunisia"
- "Penetration Tester Tunis"
- "Web Application Security Expert"
- "Bug Bounty Hunter"
- "Cybersecurity Consultant"
- "OWASP Security Specialist"
secondary:
- "API Security Testing"
- "Vulnerability Research"
- "Red Team Operator"
- "Security Code Review"
- "CVE Researcher"
- "WordPress Security Expert"
technical:
- "SQL Injection Expert"
- "XSS Vulnerability Specialist"
- "GraphQL Security Testing"
- "Cloud Security Assessment"
- "Container Security"
- "DevSecOps Consultant"
geographic:
- "Tunisia Cybersecurity"
- "North Africa Security Expert"
- "MENA Region Pentester"
- "European Security Consultant"
- "Francophone Security Researcher"
services:
- "Penetration Testing Services"
- "Security Audit Provider"
- "Vulnerability Assessment"
- "Security Training Provider"
- "Incident Response"
- "Compliance Auditing"profile_analytics = {
'seo_score': '95/100',
'mobile_responsive': 'Yes - Optimized for all devices',
'load_time': '< 2 seconds',
'accessibility': 'WCAG 2.1 AA Compliant',
'structured_data': 'Schema.org markup implemented',
'social_sharing': 'Open Graph & Twitter Cards enabled',
'google_rankings': {
'ethical_hacker_tunisia': 'Top 3',
'penetration_tester_tunis': 'Top 5',
'web_security_consultant': 'Top 10',
'bug_bounty_researcher': 'Top 15'
},
'engagement_metrics': {
'profile_views': '10,000+ monthly',
'repository_traffic': '5,000+ unique visitors',
'link_clicks': '500+ per month',
'follower_growth': '+50 per month'
}
}┌─────────────────────────────────────────────────────────────────┐
│ Looking for a senior security professional? │
│ Need penetration testing or security consulting? │
│ Want to collaborate on security research? │
│ │
│ 📧 Let's connect: contact@zwanski.org │
│ 🌐 Portfolio: https://zwanski-store.pages.dev │
│ 💼 LinkedIn: mohamed-ibrahim-b0801010b │
└─────────────────────────────────────────────────────────────────┘
|
Web App & API Testing Comprehensive security assessments |
Expert Advice Architecture & code review |
Security Education Team training & awareness |
Emergency Support 24/7 breach response |
competitive_advantages:
expertise:
- "5+ years hands-on security experience"
- "Multiple professional certifications"
- "Proven track record: 50+ successful engagements"
- "Bug bounty success: $50K+ earned"
methodology:
- "Industry-standard frameworks (OWASP, PTES)"
- "Comprehensive reporting with CVSS scoring"
- "Actionable remediation guidance"
- "Post-engagement support included"
communication:
- "Multilingual: English, French, Arabic"
- "Clear technical & executive summaries"
- "Regular status updates"
- "Flexible engagement models"
reliability:
- "NDA & confidentiality guaranteed"
- "Professional liability insurance"
- "Ethical white hat practices"
- "References available upon request"|
|
|
|
Easter Eggs & Hidden Features
# Try these commands in your terminal (for fun!)
curl -s https://zwanski-store.pages.dev/api/status
# Returns: {"status": "operational", "threat_level": "green"}
whois zwanski.org
# Returns domain information for Zwanski Tech
nslookup zwanski-store.pages.dev
# Check DNS records and Cloudflare protection
dig +short zwanski-store.pages.dev
# Quick DNS lookupvisitor_achievements:
🥉 bronze: "Read through 25% of the profile"
🥈 silver: "Read through 50% of the profile"
🥇 gold: "Read through 75% of the profile"
💎 platinum: "Read the entire profile"
👑 elite: "Contacted for collaboration"
🚀 legendary: "Hired Zwanski for security services"
current_visitors:
status: "You are viewing an elite-tier security profile"
rarity: "Top 1% of GitHub security profiles"
achievement: "💎 Platinum viewer - Thanks for reading!"🎯 Hidden Skills
Bonus skills not listed above
- 🎨 UI/UX Security: Clickjacking, UI redressing prevention
- 🔊 VoIP Security: SIP/RTP protocol vulnerabilities
- 📻 SDR & RF: Software-defined radio security research
- 🎮 Game Hacking: Memory editing, anti-cheat bypass (ethical)
- 🤖 Bot Development: Security automation & Discord bots
- 📸 EXIF Analysis: Metadata forensics & OSINT
- 🗺️ Geolocation OSINT: Advanced location intelligence
- 💾 Data Recovery: Digital forensics & data carving
- 🧠 Memory Forensics: Volatility framework expertise
- 🌐 Tor/I2P Security: Dark web investigation (ethical)
╔═══════════════════════════════════════════════════════════════════════╗
║ ZWANSKI SECURITY OPERATIONS ║
║ OPERATIONAL STATUS BOARD ║
╠═══════════════════════════════════════════════════════════════════════╣
║ ║
║ 🟢 Security Research : ████████░░ 80% ACTIVE ║
║ 🟢 Bug Bounty Hunting : ██████████ 100% ACTIVE ║
║ 🟢 Client Projects : ███████░░░ 70% ACTIVE ║
║ 🟢 Open Source Contrib : ██████░░░░ 60% ACTIVE ║
║ 🟢 CTF Competitions : ████████░░ 80% ACTIVE ║
║ 🟢 Content Creation : █████░░░░░ 50% ACTIVE ║
║ ║
║ ⚡ Response Time : < 1 HOUR (CRITICAL) ║
║ ⚡ Availability : 99.9% UPTIME ║
║ ⚡ Threat Level : 🟢 GREEN (NOMINAL) ║
║ ⚡ Security Posture : 🛡️ MAXIMUM ║
║ ║
║ Last Security Audit : January 15, 2026 ║
║ Next Certification Exam : March 2026 (OSCP) ║
║ Active Engagements : 3 Projects ║
║ Queue Availability : Accepting New Clients ║
║ ║
╚═══════════════════════════════════════════════════════════════════════╝
╔═══════════════════════════════════════════════════════════════════════╗
║ ║
║ "In a world where cyber threats evolve daily, I stand as a ║
║ guardian of digital security. Breaking systems ethically to ║
║ build unbreakable defenses. One vulnerability at a time." ║
║ ║
║ 💀 Red Team Mindset | 🛡️ Blue Team Purpose | ⚖️ White Hat Ethics║
║ ║
║ Committed to making the internet a safer place through ║
║ responsible vulnerability research, comprehensive security ║
║ testing, and knowledge sharing with the global security ║
║ community. ║
║ ║
╚═══════════════════════════════════════════════════════════════════════╝
# Verify profile authenticity
echo "This is the official GitHub profile of Mohamed Ibrahim (Zwanski)"
echo "Security Researcher | Penetration Tester | Ethical Hacker"
echo "Contact: contact@zwanski.org | PGP available upon request"
# SHA-256 Profile Verification Hash
echo "Profile Hash: a7f8e9d4c3b2a1f0e9d8c7b6a5f4e3d2c1b0a9f8e7d6c5b4a3f2e1d0"geographic_presence:
primary_market: "Tunisia (Home Base)"
active_regions:
- "Europe (EU/EEA)"
- "Middle East & North Africa (MENA)"
- "North America (Remote)"
time_zone_coverage:
base: "GMT+1 (Tunisia)"
flexibility: "Available for global time zones"
emergency: "24/7 for active engagements"
languages_supported:
- "🇬🇧 English (Professional)"
- "🇫🇷 French (Native)"
- "🇸🇦 Arabic (Fluent)"
- "🇲🇦 Berber (Native)"learning_roadmap_2026 = {
'Q1': [
'OSCP Certification Preparation',
'Advanced Binary Exploitation',
'Kubernetes Security Deep Dive',
'Advanced GraphQL Security'
],
'Q2': [
'AWS Security Specialty Certification',
'Container Security (Docker/K8s)',
'Malware Analysis Fundamentals',
'Advanced API Security Testing'
],
'Q3': [
'OSWP - Wireless Security',
'Cloud Native Security',
'Zero-Day Research Methodology',
'Advanced Fuzzing Techniques'
],
'Q4': [
'GXPN - Advanced Pentesting',
'Threat Hunting & Detection',
'AI/ML Security Research',
'Mobile Security Advanced'
]
}
# Commitment to staying at the cutting edge of cybersecurity|
Active Contributor |
Top 10% Researcher |
P2 Level |
Open Source |
Active Member |
┌─────────────────────────────────────────────────────────────────────┐
│ │
│ Thank you for taking the time to explore my security profile! │
│ │
│ Whether you're here to: │
│ • Learn about cybersecurity │
│ • Explore collaboration opportunities │
│ • Hire a security professional │
│ • Connect with the security community │
│ │
│ I appreciate your interest and welcome your connection. │
│ │
│ Remember: Security is not a product, but a continuous process. │
│ Stay vigilant. Stay secure. Stay ethical. │
│ │
│ - Mohamed Ibrahim (Zwanski) │
│ │
└─────────────────────────────────────────────────────────────────────┘
Professional:
Projects:
Social:



