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TrainSec Academy is a learning hub for current and aspiring cybersecurity pros who understand the need for excellence.
Learn Windows internals — processes, threads, I/O and security mechanisms — plus x64 assembly, WinDbg debugging, and malware reverse engineering of ransomware, info stealers, and spyware.
Learn how EDR solutions work and build them: research EDR internals, bypass detection with obfuscation and process injection, engineer kernel drivers with ETW and minifilters, and implement threat analytics.
Master low-level Windows development: processes, threads, virtual memory, handles, the Windows API, DLLs, COM with ATL, and kernel mode drivers including file system mini-filters.
Master Windows internals: processes, threads, kernel mechanisms, virtual memory, I/O and security, plus x64 assembly, WinDbg user- and kernel-mode debugging, and Sysinternals tools.
Dismantle electronic devices and attack them: analyze PCBs and datasheets, sniff UART, SPI, I2C, JTAG, USB and CAN bus, and exploit RFID, NFC and BLE.
Build SOC analyst foundations: inspect Windows processes and registry, capture traffic in Wireshark, set up VMware labs, deploy Active Directory domains, and run Linux commands.
Step into the SOC analyst workflow: run guided attack simulations, analyze logs, and build detections to monitor, investigate, and respond to live threats.
Dissect malware in an isolated Flare-VM lab: parse PE headers, unpack samples statically, debug a FlawedAmmyy RAT dynamically in IDA, and analyze malicious PDFs and Office macros.
Dissect advanced malware with IDA Pro, x64dbg, and dnSpy: analyze Windows API calls, process injection, packed samples like WannaCry, shellcode, and the Sunburst backdoor.
Reverse engineer Sunburst and DarkSide malware and build your own: Windows internals, DLL injection, x86/x64 shellcode, COM and PE analysis, packing detection.
Hack UART interfaces: identify pins, sniff debug logs, analyze RS232/422/485 OT protocols, build MITM tools, bypass secure boot, and extract firmware for reverse engineering.
Analyze and attack CAN Bus networks: decode packet formats and arbitration, sniff traffic, manipulate frames, run MITM hijacking attacks, and apply vehicle defense strategies.
Learn the I2C bus end to end: voltage levels, master-slave sessions, acknowledgment and error handling, then set up a sniffer and mount MITM attacks on a scale sensor.
Explore UART-driven serial protocols RS232, RS422, and RS485 — why each exists, how they differ and scale, and hacking tips for probing them.
Learn how embedded devices talk over wires: asynchronous serial and parallel communication, master-slave architectures, and protocols such as UART, I2C, SPI, and JTAG.
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