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Learn to master HyperDbg, a hypervisor-assisted debugger, through this comprehensive 12-hour 59-minute course that covers essential debugging concepts, practical implementation, and advanced reverse engineering techniques. Begin with fundamental concepts including subsystems, operation modes, building processes, and lab setup procedures. Explore core debugging functionalities such as symbol handling, user debugger configuration, multi-core system debugging, and Windows internal processes and threads management. Master memory operations including reading and writing memory and registers, virtual memory searching, code disassembly, and stack, heap, and pool analysis. Develop proficiency in function call tracking, breakpoint implementation, and stepping techniques. Advance to scripting capabilities covering command evaluation, argument handling, variables, conditional statements, loops, resource sharing, and script engine functions. Investigate hooking mechanisms including classic hidden hooks, detours hooks, memory monitoring, event management, and buffer flushing. Examine system call hooks, return hooks, and Heaven's Gate techniques. Delve into virtualization technologies covering VT-x paging, EPT (Extended Page Tables), and memory considerations. Study advanced monitoring techniques for faults, exceptions, interrupts, MSRs, CPUID hooking, RDTSC/RDTSCP hooking, VMCALL monitoring, and debug register monitoring. Learn I/O debugging methods and explore practical applications including logging, batch scripts, CPU examination, PE parsing, build customization, settings configuration, DFIR event logging, event ignoring, memory management, event calling stages, and anti-debugging defeat techniques. Conclude with real-world debugging scenarios including socket connections and WinDbg debugging, providing a complete foundation for hypervisor-assisted reverse engineering and advanced debugging methodologies.
