HTB CWPE is a hands-on, cloud-based certification that brings wireless security training into the modern age. Paired with the WiFi Penetration Tester Job-Role Path, it's one of the few programs to offer a holistic curriculum, real-world practice with WPA3 attacks, and doesn’t require specific hardware or complex setups.

Included in the job-role path and certification are learning material and hands-on labs that focus on how attackers actually approach wireless environments: reconnaissance, exploiting weak configurations, credential attacks, evil twins, captive portals, and full corporate Wi-Fi attack chains for anyone who wants to properly understand and test wireless security, not just check a box.

Get started with HTB CWPE here or learn more on our blog.

The module provides a structured, hands-on introduction to the most common and impactful security risks affecting modern mobile applications. By completing the module, you will learn how mobile vulnerabilities arise, how to categorize them based on known mobile security frameworks, how they are exploited in real applications, and how to identify and remediate them using techniques learned in the previous modules.

Key learning outcomes:

The module provides a deep technical analysis of WMI tradecraft from both attacker and defender perspectives. While completing the module, you will learn how WMI is abused for execution, lateral movement, persistence, and stealthy backdoor deployment, as well as how to detect, hunt, and investigate malicious WMI activity using logs, ETW, and low-level artifacts.

Key learning outcomes:

HTB Account has now been fully integrated into the LetsDefend platform.

What this means for Community Platform users:

For a short transition period, there will be two sign-in options:

The AI Red Teamer Job Role Path, built in collaboration with Google, is now fully complete!

This path equips cybersecurity professionals with the cutting-edge skills needed to assess, exploit, and secure today’s AI-powered systems. With 12 hands-on modules aligned to Google’s Secure AI Framework (SAIF), you’ll explore everything from prompt injection and model privacy attacks to adversarial AI techniques, supply chain risks, and deployment-level threats.

As you move through the path, you’ll work through real-world AI security scenarios, learning how to influence model behavior, craft AI-specific red teaming strategies, and execute offensive security testing against AI-driven applications.

The module introduces you to one of the most critical privacy threats in machine learning: the ability to determine whether a specific individual’s data was included in a model’s training set. You’ll explore how overfitting creates detectable behavioral signals, implement real membership inference attacks using the shadow model methodology, and apply industry‑recommended defenses such as differential privacy.

Key learning outcomes:

The module introduces you to the strategies and techniques for protecting AI applications from attacks explored in the AI Red Teamer path. You’ll explore how to proactively harden models through adversarial training and tuning, as well as implement LLM guardrails to enforce safety and reliability at the application layer.

Key learning outcomes:

Your job hunt is starting to get easier. The HTB Jobs is now a centralized hub where you can browse open opportunities from our partners, track applications, and manage recruiter messages, all in one place. This is the first of many upgrades coming to help our users build their cybersecurity career, together with HTB.

The module introduces you to a range of Wi-Fi pentesting tools, each selected to demonstrate techniques suited for different environments and stages of an engagement. You’ll have the opportunity to work through practical examples that feature the wide variety of technologies, protocols, and security configurations encountered in the field, allowing you to gain hands-on experience in choosing and applying the right tools for your engagement.

Key learning outcomes:

The module incorporates a simulated Wi-Fi penetration test from start to finish, emphasizing hands-on techniques that reflect real-world engagements. It involves conducting scoped reconnaissance, assessing wireless configurations, and evaluating common attack surfaces across WPA2, WPA3, and Enterprise deployments. The environment culminates in a demonstration of internal network pivoting, including Active Directory access, all performed within a controlled, simulated environment and in adherence to strict legal and ethical boundaries.

Key learning outcomes:

The Wi-Fi Penetration Tester Job Role Path is built for professionals and aspiring security practitioners ready to master the art of assessing and securing corporate wireless networks.

Included in this path are 10 hands-on modules that put you in the attacker’s seat evaluating Wi-Fi security, breaking modern authentication and encryption protocols, and simulating real-world threats like rogue access points, man-in-the-middle attacks, and credential harvesting.

As you progress through the material, you’ll gain practical experience with industry-standard methodologies while learning how to pinpoint vulnerabilities, exploit misconfigurations, and deliver impactful countermeasures.

Upon completing the Path, you'll have the skills and confidence to perform authorized Wi-Fi penetration tests and strengthen the wireless security posture of enterprise corporate environments.

The module covers techniques for conducting digital forensics on Linux systems prevalent in enterprise servers and cloud infrastructures. This includes an in-depth overview of the steps included in the forensics process, what scenarios require an investigation, becoming familiar with open-source and command-line tools, what types of artifacts are examined, and how to create a detailed timeline.

Key learning outcomes include: