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Cybersecurity researcher dedicated to discovering, analyzing, and understanding security threats
I'm a cybersecurity researcher focused on vulnerability discovery, threat analysis, and security research. My work involves exploring attack surfaces, analyzing malware, and understanding the evolving threat landscape.
- π Private Research: All repositories are private to protect intellectual property and sensitive research findings
- π― Solo Researcher: I conduct independent security research, taking full ownership of projects from discovery to analysis
- π Invite-Only Collaboration: Collaboration is by invitation only, ensuring that only necessary stakeholders have access to specific research projects
- πΌ Cybersecurity Focus: Specialized in vulnerability research, threat intelligence, and security analysis
- π‘οΈ Research Integrity: Understanding the importance of responsible disclosure and protecting proprietary research methodologies
Current Focus: Vulnerability discovery, threat intelligence analysis, malware research, and advancing security research methodologies.
π Skill Proficiency Levels
Expert Level
- Python: ββββββββββββ 95%
- Vulnerability Research: ββββββββββββ 92%
- Malware Analysis: ββββββββββββ 90%
- Penetration Testing: ββββββββββββ 88%
- Reverse Engineering: ββββββββββββ 90%
- Threat Intelligence: ββββββββββββ 87%
Advanced Level
- Network Security: ββββββββββββ 85%
- Cloud Security: ββββββββββββ 82%
- Incident Response: ββββββββββββ 80%
- Cryptography: ββββββββββββ 78%
- Exploit Development: ββββββββββββ 76%
Proficient Level
- Assembly: ββββββββββββ 72%
- C/C++: ββββββββββββ 70%
- Go: ββββββββββββ 68%
- Rust: ββββββββββββ 65%
π Privacy Notice: All repositories are private to protect intellectual property and proprietary research findings. Project descriptions below showcase research areas and technologies without revealing sensitive details or methodologies.
Focus Areas: Zero-day discovery, vulnerability analysis, exploit development, CVE research
Technologies: Fuzzing frameworks, static/dynamic analysis tools, reverse engineering
Status: π’ Active Research
Research Type: Independent vulnerability discovery and analysis
Focus Areas: Malware behavior analysis, reverse engineering, threat actor attribution
Technologies: IDA Pro, Ghidra, Radare2, YARA, sandbox environments
Status: π’ Active Research
Research Type: Deep analysis of malicious code and threat landscapes
Focus Areas: Threat actor tracking, attack pattern analysis, IOCs, threat hunting
Technologies: Threat intelligence platforms, SIEM tools, data analysis frameworks
Status: π’ Active Research
Research Type: Threat landscape analysis and intelligence gathering
Focus Areas: Network protocol analysis, traffic analysis, intrusion detection
Technologies: Wireshark, network analysis tools, packet inspection
Status: π‘ In Development
Research Type: Network security and protocol vulnerability research
Focus Areas: Cloud misconfigurations, container security, cloud-native threats
Technologies: AWS, Azure, GCP security tools, container analysis
Status: π’ Active
Research Type: Cloud security posture and vulnerability assessment
Focus Areas: Security automation, tool development, research infrastructure
Technologies: Python automation, security tool integration, CI/CD for security
Status: π’ Active
Research Type: Developing tools and automation for security research
I specialize in solo cybersecurity research where I take complete ownership of research projects from initial hypothesis to final analysis and documentation.
Key Characteristics:
- β Full Ownership: End-to-end responsibility for research methodology, execution, and documentation
- β Multi-Domain Expertise: Comfortable working across vulnerability research, malware analysis, and threat intelligence
- β Security-First: Built-in security considerations and responsible disclosure practices
- β IP Protection: Private repositories ensure proprietary research methodologies remain confidential
- β Selective Collaboration: Invite-only access for specific research projects requiring team input
Collaboration Model:
- Research projects remain private by default
- Access is granted on a need-to-know basis
- Collaboration is invited for specific research requirements
- Clear documentation and responsible disclosure practices
Methodology: Structured security research methodology with documentation
Version Control: Git with feature branches and protected main branches
Code Quality: Automated testing, code reviews (self-review), and security best practices
Documentation: Comprehensive research notes, technical documentation, and analysis reports
Disclosure: Responsible disclosure practices following coordinated vulnerability disclosure guidelines
- π Advanced Vulnerability Research: Deep dive into zero-day discovery and exploit development
- π¦ Emerging Threat Analysis: Analyzing new malware families and attack techniques
- βοΈ Cloud Security Posture: Researching cloud-native security vulnerabilities
- π§ͺ Automated Security Research: Developing tools and automation for security research
- π Threat Intelligence: Tracking threat actors and attack patterns
- π Reverse Engineering: Advanced reverse engineering techniques and methodologies
- Vulnerability Discovery: Finding and analyzing security vulnerabilities in software and systems
- Malware Research: Understanding malicious code, behavior analysis, and threat attribution
- Threat Intelligence: Tracking threat actors, attack patterns, and emerging threats
- Reverse Engineering: Deep analysis of software, protocols, and malicious code
- Security Automation: Developing tools and automation to enhance security research efficiency
- Responsible Disclosure: Contributing to coordinated vulnerability disclosure and security improvements
I'm always open to discussing security research, vulnerability disclosure, or collaboration opportunities.
Professional Inquiries: For security research collaboration, vulnerability disclosure, or research inquiries, please reach out via LinkedIn or email.
- π― Puzzle Solver: I enjoy the challenge of finding vulnerabilities and understanding complex attack vectors
- π Continuous Learner: Always exploring new attack techniques, security tools, and threat landscapes
- π Security Advocate: Strong believer in responsible disclosure and improving overall security posture
- β Coffee Enthusiast: Fueled by great coffee while analyzing code and threats
- π Threat Hunter: Passionate about understanding the global threat landscape and emerging attack patterns
Note on Private Repositories:
All repositories are maintained as private to protect intellectual property, proprietary research methodologies, and sensitive security findings. Access is granted on an invite-only basis for specific research projects requiring collaboration.
Why Private?
- π Protect intellectual property and proprietary research methodologies
- π‘οΈ Maintain research integrity and prevent premature disclosure
- π Ensure security of sensitive security findings and vulnerabilities
- π₯ Control access to research projects and findings
Research Showcase:
While repositories remain private, I'm happy to discuss research areas, technologies used, and security research approaches through professional channels. For vulnerability disclosure, please follow responsible disclosure practices.
Last Updated: [Auto-updated via GitHub Actions]
