AFL++ Fuzzing Curriculum — Unique in Mobile Security
No other course teaches you to fuzz Android native libraries with AFL++. You'll go from zero to writing fuzzing harnesses against real native code.
The Android Fuzzing & Exploitation course is the only mobile security training that teaches you to actually break Android apps — fuzz native libraries, trigger memory corruption, build working PoCs. Pre-configured lab VMs. No hardware. No setup. Move beyond scanning. AFE takes you from zero to writing real exploits against native Android code — using AFL++, Frida, and the same techniques professional vulnerability researchers use to find CVEs. No hardware. No setup.
Start Exploiting for Free → Start the AFL++ Course →The problem with most mobile security training
You've done the OWASP checklist. You can run a scanner. You can write a finding. But when you actually need to exploit a vulnerability — write a fuzzer, trigger a heap overflow, build a working PoC on Android — you're stuck.
Most mobile security courses teach you to be a better report-writer. Real vulnerability research requires something they don't teach: how to actually exploit the target.
AFE is built for the step after identification.
You get pre-configured Android lab VMs, a full AFL++ fuzzing curriculum for native libraries (the only one in the market), and exploitation walkthroughs that end with working code — not slide summaries. No environment setup. No hardware. No "exercise for the reader." You log in and start breaking things on day one.
What you'll learn
No other course teaches you to fuzz Android native libraries with AFL++. You'll go from zero to writing fuzzing harnesses against real native code.
Every lab runs on a fully configured virtual Android environment. No physical device. No emulator setup. Works on any machine with a browser.
Labs are designed around actual Android vulnerability classes: memory corruption, type confusion, native crashes, privilege escalation.
Hook app internals, trace function calls, manipulate runtime behavior. Frida isn't just introduced — it's used throughout as a primary research tool.
The course walks through the full exploitation chain: identify, fuzz, crash, analyze, exploit. You write code. You build PoCs.
One sub gives you AFE, Android App Security, iOS App Security, and the CAED certification path. No per-course fees. Cancel anytime.
Why MHL over alternatives
| Feature | Mobile Hacking Lab | SANS SEC575 | Udemy / Low-end |
|---|---|---|---|
| AFL++ fuzzing curriculum | ✓ Only course | ✗ | ✗ |
| Virtual labs — no hardware | ✓ | Physical device required | Varies |
| Memory corruption exploitation | ✓ | Partial | ✗ |
| Frida used as primary tool | ✓ | Intro only | Intro only |
| Hands-on from day one | ✓ | Lectures heavy | Video-only |
| Price | <$0.66/day | $8,000+ | $15–$200 |
What students say
Trained 25,000+ security researchers across 40+ countries.
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Common questions
No. All AFE labs run on pre-configured virtual Android environments that you access through your browser. There's no hardware to buy, no device to root, and no emulator to configure. You log in and start working.
OWASP-based courses teach you to identify and document vulnerabilities — useful for compliance and pentesting checklists. AFE teaches you to exploit them. Fuzzing native libraries, building memory corruption PoCs, analyzing crashes. If your goal is vulnerability research or exploitation, OWASP identification courses aren't enough. AFE fills that gap.
Yes. AFE builds from app-layer exploitation (no native knowledge required) before going deeper into native code. You'll get the context and background as the course progresses. Students with scripting backgrounds (Python, JavaScript) have completed the full course.
One monthly subscription gives you access to all MHL content: AFE, Android App Security, iOS App Security, and the CAED certification prep path. No per-course fees, no upsells. Cancel anytime.
Yes. MHL offers free access to Android App Security and iOS App Security labs — full lab environments, real vulnerability targets. Try those first to see what the MHL lab environment feels like, then decide on the full subscription for AFE.
SANS SEC575 is a solid broad-coverage overview course. AFE goes significantly deeper on exploitation specifically — AFL++ fuzzing, native memory corruption, and building working exploits. And you can access the full MHL platform for a fraction of the cost of a single SANS course. Different courses for different goals: if you want exploitation depth, AFE is more appropriate.
AFE gives you pre-configured Android labs, the only AFL++ mobile fuzzing curriculum, and hands-on exploitation walkthroughs. Start with free labs — no credit card, no hardware, no setup.
Monthly subscription. Full platform access. Cancel anytime.