Complete Windows Hacking Course with Kali Linux and Python 🖥🐍💻 — Ultimate Ethical Hacking Roadmap (2025)

In 2025, mastering Windows security requires more than knowing a few commands — it demands a structured approach combining Windows internals, offensive tooling from Kali Linux, and Python scripting to automate, test, and harden systems. This Complete Windows Hacking Course is a practical, ethics-first roadmap for anyone who wants to learn penetration testing, threat hunting, or defensive security focused on Windows environments.

⚠️ Important: This course is for ethical, authorized testing only. Do not attempt to exploit or scan systems you don’t own or have explicit written permission to test. Unauthorized hacking is illegal.

Who is this course for?

Aspiring penetration testers and red teamers.
Security professionals wanting Windows-focused skills.
Developers and sysadmins who need to harden Windows infrastructure.
Students learning cybersecurity and automation with Python.

Course goals

By the end of this course you will be able to:

Understand Windows architecture and attack surfaces.
Use Kali Linux tools for reconnaissance, scanning, and exploitation planning.
Write Python scripts to automate discovery, parsing logs, and building defensible tooling.
Perform authorized vulnerability assessments and produce professional reports.
Recommend concrete mitigations to secure Windows hosts and networks.

Suggested syllabus (modular + hands-on)

Module 1 — Foundations: Windows Internals & Security Basics

Windows architecture: kernel vs. user mode, services, registry, ACLs.
Authentication & identity: accounts, groups, privileges, domain basics (AD concepts).
File systems & permissions (NTFS, ACLs).
Logging & eventing: Windows Event Logs, Sysmon basics.
Outcome: Know where sensitive data and controls live on Windows.

Module 2 — Lab Setup & Safety

Build a safe lab with VMware/VirtualBox or cloud instances.
Kali Linux setup: live image, VM, WSL2 options.
Windows lab images: domain controller + client VMs (isolated network).
Capture and snapshot best practices; legal/ethical checklist.
Outcome: A repeatable, safe testing environment.

Module 3 — Reconnaissance & Enumeration (Kali + Python)

Passive recon: OSINT, DNS records, public services.
Active recon: nmap, masscan for port/service discovery (conceptual usage).
SMB/NetBIOS/SMBv1 discovery tools and safe enumeration techniques.
Python for automation: scripts to parse nmap XML, gather hosts, and build inventories.
Outcome: Efficiently map Windows attack surface without causing disruption.

Module 4 — Vulnerability Scanning & Prioritization

Use open-source scanners and manual checks to find common misconfigs.
Understanding CVSS and prioritizing findings.
Correlate scanner results with real impact on Windows hosts.
Python scripts to normalize scan results and generate triage lists.
Outcome: Actionable vulnerability lists and prioritized remediation plans.

Module 5 — Active Testing Techniques (Ethical & Controlled)

Safe approaches to test authentication, password policies, and RDP exposure.
Hands-on with proxy tools (Burp Suite) for web apps hosted on Windows.
Overview of exploitation frameworks (conceptual use only) and responsible usage.
Using Python to test for weak configurations (e.g., automated SMB checks) — no exploit payloads.
Outcome: Learn what to test and how to keep tests non-disruptive.

Module 6 — Post-Exploitation Concepts & Forensics (Defensive)

Understanding persistence mechanisms attackers use (services, scheduled tasks, registry run keys) — and how to detect them.
Memory & disk artefacts overview (high level) and incident response playbook.
Build Python tools to parse Windows event logs and surface anomalies.
Outcome: Spot indicators of compromise and speed up incident response.

Module 7 — PowerShell Security & Abuse (Dual-Use Awareness)

PowerShell logging, constrained language mode, and execution policy hardening.
Recognize malicious PowerShell patterns and defend with logging/analytics.
Use PowerShell for legitimate admin automation and secure scripting practices.
Outcome: Make PowerShell a defensible, auditable admin tool.

Module 8 — Defensive Hardening & Mitigations

Implement least privilege, secure configurations, and patching strategies.
Recommended controls: EDR, MFA, network segmentation, SMB protections, secure RDP.
Use Python/automation for continuous compliance checks and alerting.
Outcome: Practical checklist to harden Windows environments.

Module 9 — Reporting, Responsible Disclosure & Career Skills

Create professional pentest reports with findings, risk ratings, and remediation.
Communicate with non-technical stakeholders.
Ethics, laws, and bug bounty program best practices.
Outcome: Deliver value and operate professionally.

Key tools & technologies you’ll learn

Kali Linux (tool concept familiarity) — recon and defensive testing tools.
nmap, masscan, smbclient, rpcclient (usage concepts only).
Wireshark / tcpdump (network capture basics).
Burp Suite (web testing proxy concepts).
Python 3 — scripting, libraries: requests, scapy (high-level), xmltodict, pandas for data processing.
PowerShell — secure scripting and logging.
Sysinternals Suite — process and system analysis tools for defenders.
Logging / SIEM basics — Splunk/Elastic concepts for detection.

Note: Tools are taught for ethical testing and defensive use. No step-by-step exploit creation or malware techniques will be provided.

Learning methodology & projects

Weekly labs: Small tasks—enumerate SMB shares, detect open RDP, parse logs.
Capstone project: Run an authorized assessment of your lab, produce an executive summary and remediation plan.
Python mini-projects: Build a host inventory parser, a log anomaly detector, and an automated report generator.
Pair-review: Swap reports with peers to practice clear findings and fixes.

Career outcomes & certifications

Completing this course prepares you for roles like Junior Penetration Tester, Red Team Analyst, Threat Hunter, or Security Analyst. It also maps well to certifications such as OSCP (Offensive Security), eJPT, Certified Ethical Hacker (CEH), and SANS training — though none are strictly required.

Ethics, legality & safe practice (non-negotiable)

This course enforces:

Written authorization for any external testing.
Use of isolated labs for active testing.
No sharing of exploits or unauthorized tools.
Responsible disclosure policies for vulnerabilities discovered legally.

Ethical behavior and compliance with local laws are mandatory.

Resources & next steps

Official Kali documentation and tool manuals.
Microsoft Docs for Windows internals and security guidance.
Python official tutorial and security-focused libraries.
OWASP testing guides and MITRE ATT&CK mapping for Windows techniques.
Community: security forums, Capture The Flag (CTF) platforms, and local meetups.

Download Button

Follow The WhatsApp Channel:-

CREDIT:- SurfaceeWeb

Surfacee Web

A Complete Windows Hacking Course with Kali Linux and Python