Mahesh Udaykar
Security · Network2024Completed

Honeypot Threat Intel

Honeypot Deployment & Threat Intelligence Analysis

Honeypot Threat Intel

Overview

A controlled honeypot environment engineered to simulate vulnerable systems, designed to capture and analyze real-world attack traffic. The system monitors brute-force attacks, reconnaissance scans, and exploitation payloads in real-time. By performing behavioral analysis on attacker IPs, payloads, and access patterns, the platform derives structured threat intelligence. Centralized logging and analysis workflows facilitate the documentation of attack signatures and indicators of compromise (IOCs) for systematic threat intelligence reporting.

"This system provides a practical window into real-world adversary behavior, translating raw attack traffic into structured, actionable threat intelligence."

Key Metrics

Brute-force, Scans, Exploits

Traffic Types

Behavioral Analysis

Focus

IOCs & Signatures

Output

Technologies

PythonLinuxNetwork AnalysisIDS/IPSOSINTIOC DocumentationCentralized Logging

Key Features

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Controlled Simulation

Safely simulates vulnerable services to attract, capture, and analyze malicious network traffic and exploitation attempts.

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Behavioral Analysis

Deep inspection of attacker IPs, payloads, and access sequences to identify recurring threat patterns and tactics.

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Threat Intelligence Generation

Aggregates captured data to document attack signatures and IOCs, producing actionable, structured intelligence reports.

Open to Opportunities

Available for remote, hybrid, and on-site roles in security analysis, SOC, and systems engineering.

maheshudaykar11@gmail.com

Security-first mindset, systems-level execution.

Final-year engineering student with practical experience in VAPT, phishing detection, automation tooling, and embedded control systems. Open for internships and full-time opportunities.

Let's Connect

Open to internships, full-time roles, and project collaboration in security and systems.

Currently available

Open to internships, graduate roles, and freelance security or systems projects.