Reverse Engineering Courses
Reverse Engineering • Binary Analysis
Reverse Engineering Courses — From Assembly to Applied Forensics
Practical, hands‑on reverse engineering training: malware analysis, binary reversing, firmware, and software forensics for defenders and researchers.
8 Persuasion‑Driven Hooks (each 60+ characters)
- Learn to read assembly and map programs to behavior through step‑by‑step binary analysis labs and guided walkthroughs.
- Enroll and download a free reverse engineering toolkit and VM image — our reciprocity gift to get you reversing right away.
- Commit to incremental case studies: short daily tasks that build reversing fluency without overwhelming your schedule.
- Curriculum authored by experienced malware analysts and firmware engineers — authority content vetted in the field.
- Access real student writeups and published lab reports — social proof that hands‑on reversing leads to job‑ready skills.
- Clear, pragmatic instruction you’ll like — no ivory‑tower theory, just reproducible techniques and readable findings.
- Limited mentor review seats for CTF labs and report critiques — scarcity ensures detailed feedback on your analyses.
- Finish able to deconstruct binaries, extract artifacts, analyze malware behavior, and produce defensible forensic reports.
Ethical & legal usage only: all reversing exercises are performed on permitted, isolated samples. You must have explicit authorization before analyzing live systems or malware in the wild.
$179 one‑time
Includes VM lab images, IDA/Ghidra templates, debugger configs, sample binaries, and community access.
Enroll Now — Start Reverse Engineering Labs
Cohorts capped for mentor time — early enrollment secures one‑on‑one lab review spots and faster feedback.
What you'll learn
- Fundamentals of assembly languages (x86, x64, ARM) and mapping control flow to purpose
- Using disassemblers and decompilers: IDA Pro, Ghidra, radare2, and best practical workflows
- Dynamic analysis with debuggers and instrumentation: GDB, WinDbg, Frida, and QEMU tracing
- Static analysis techniques: string extraction, symbol recovery, and recognizing obfuscation patterns
- Firmware reversing and embedded analysis: extracting images, interpreting flash layouts, and bus sniffing basics
- Malware behavior analysis: sandboxing, IOCs, persistence mechanisms, and safe artifact extraction
- Binary patching, unpacking, and exploit surface identification for defensive hardening and research
- How to write clear forensic reports, produce reproducible proofs, and communicate findings to technical and non‑technical audiences
Perfect for security researchers, incident responders, firmware engineers, and students aiming to master applied reverse engineering.
Questions about prerequisites, tool licensing, or safe lab setup? Reply or contact support — we’ll help you pick the right path and ensure legal, controlled practice.