As a cybersecurity researcher, I specialize in malware development, behavioral malware analysis, malware sandbox development, cryptographic security, and cyber threat analysis.

• ✍️ Writing at kanaksasak.medium.com

  • shellcode-analysis
  • maldev-evasion-shellcode-injection-and-fileless-execution

• ✍️ Writing at blog.intellibron.io

  • static-analysis-of-akira-ransomware
  • from-noise-to-knowledge-turning-cyber-threat-data-into-actionable-insight-with-mcp-and-llm
  • ai-and-human-collaboration-redline-stealer-infection-analysis

• Malware Development - Learn malware by developing it
• Supply Chain Attacks - Analyzing and simulating dependency-based attack vectors
• Malware Sandbox Development - Building isolated environments for safe malware analysis
• Cryptographic Security - Searchable encryption and secure data structures
• Cyber Threat Research - Behavioral analysis and detection engineering

Understanding offensive techniques to improve defensive capabilities

Research into malware development techniques using Golang to enhance detection, analysis, and prevention strategies for security teams.

Research Focus:

• Modern malware development techniques in Go
• Evasion methods and anti-analysis techniques
• Process injection and memory manipulation
• Command & control (C2) architectures
• Detection bypass strategies

Defensive Value:

• Understand attacker methodologies to build better defenses
• Develop detection signatures and behavioral rules
• Train SOC analysts on emerging threats
• Improve sandbox and EDR evasion detection
• Enhance blue team capabilities

Professional Context: Research conducted under security research capacity at PT ITSEC Asia to advance threat detection and defensive security.

⚠️ Important: All research is for educational and defensive purposes only. Content designed to help security professionals understand and defend against threats.

Open-source malware analysis sandbox platform

Educational research malware sandbox for safe malware execution and behavioral analysis in isolated Windows environments.

• Architecture: Go backend, Python agent, React/TypeScript frontend
• Features: Behavioral analysis, Proxmox integration, ZIP extraction, API-driven workflow
• Target Users: Security researchers, SOC teams, malware analysts
• Status: Active development | 5-minute quick start

🔧 Tech Stack: Go, Python, React, Proxmox, Docker

Educational research on Golang supply chain vulnerabilities

Deliberately crafted malicious package demonstrating supply chain attack vectors in the Go ecosystem.

• Purpose: Security awareness and supply chain attack education
• Technique: Typosquatting and dependency confusion simulation
• Impact: Demonstrates how attackers weaponize legitimate-looking packages
• Defense: Shows detection methodologies and secure dependency management

⚠️ Warning: Educational research only - demonstrates attack techniques for defensive purposes

1. Searchable Symmetric Encryption

Research implementation of searchable symmetric encryption algorithms in Go.

• Focus: Cryptographic security and privacy
• Application: Secure encrypted data search on blockchain network
• Language: Go (100%)

1. Malware Analysis 101 (2025) - Cybersecurity Community - slide
2. Shellcode Analysis (2025) - 24th Cyber Defense Community Meetup - slide
3. Malware On Blockchain (2024) - Lombok Dev Meetup - slide

🔍 Active Repositories:              77
📝 Medium Articles Published:         [Check blog]
🛡️ Security Tools Released:           3+
⭐ GitHub Stars:                      48
👥 Research Collaborations:           ITSEC-Research

I'm interested in collaborating on:

• Open-source security tools
• Malware analysis research
• Supply chain security initiatives
• Cryptographic protocol research
• Security automation projects