Who am I?
Results-driven Cybersecurity Analyst with proven expertise in Vulnerability Assessment & Penetration Testing (VAPT), Threat Intelligence, and Security Framework Implementation. Proficient in leveraging ISO 27001, NIST, GDPR, and MITRE ATT&CK methodologies to enhance organizational security posture. Skilled in both offensive and defensive security operations, I transform cutting-edge research into actionable strategies to mitigate real-world cyber threats. Recognized for delivering impactful corporate training and consulting across diverse industries. Passionate about harnessing AI-driven tools to optimize cybersecurity workflows, ensuring innovative and efficient solutions to complex challenges.
Technologies I've worked with
- Programming Languages
- Python
- Ruby
- shell Scripting
- Rust
- C / C++
- Soc,Microcontroller
- RPI
- ESP8266,DIGISPARK,TEENSY,RASPBERRY PI
- Arduino,QT/QML
- MicroPython,LUA
- DBMS
- MySQL
- MicrosoftSQL
- Tools
- Nessus
- Netspaker
- Burp Suite
- Metasploit
- Wireshark
- ZAP
- Ghidra
- Git
- Docker
- VMs
- IT
- Vulnerability Management
- Network Administration
- InfoSec
- Penetration Tester
- Endpoint Security
- Operating Systems
- Linux
- Windows
- Mac
Projects
Here is a small selection of projects I've worked in. Visit my projects page to see more.
RafoFrameWork
2021
Python tool developed to perform recon and offensive-security tasks. This project is a CLI program intended to be used on Linux systems.
Apart from SYN, UDP, ACK, TCP and complete scans, it also supports network administration and troubleshooting utilities such as interface configuration, DNS checks, ping and traceroute. Other features include exploits, vulnerability reconnaissance, subdomain enumeration, packet sniffing, IP spoofing, MAC spoofing and others.
This project is licensed under the MIT License.
Web-based Reverse shell generator
2024
A web-based reverse shell generator is a tool that creates a script or payload designed to open a remote shell on a target machine. When executed, this payload allows an attacker to gain unauthorized access to the system, typically bypassing firewall protections.
Key features of such tools often include
1.Language Options: They may generate code in various programming languages (like PHP, JavaScript, or Python) to suit different environments.
2.Customization: Users can often customize the payload, such as specifying the listener's IP address and port.
3.Obfuscation: Many tools include features to obfuscate the generated code, making it harder for security software to detect.
This project is licensed under the MIT License.