gh057 - Microcontrollers and Single Board Computers for Hacking

### Tactical Microcontrollers and Single-Board Computers At 00:00, hardware hacker gh057 presents a field manual on deploying low-cost microcontrollers and single-board computers (SBCs) for physical penetration testing, covert implants, and red-team operations.

### Microcontroller Typologies for Offensive Hardware At 05:03, gh057 compares hardware platforms across cost, power draw, and physical footprint. He evaluates the ATtiny85, Arduino Pro Micro, ESP8266, ESP32, and Raspberry Pi, examining how each microcontroller serves specific covert operational needs.

### High-Speed Keystroke Injection and HID Attacks At 10:01, the speaker demonstrates Human Interface Device (HID) keystroke injection. Using inexpensive Digispark boards and custom Rubber Ducky alternatives, he illustrates how microcontroller HID attacks inject payloads into host operating systems faster than native graphical user interfaces can render.

### Wi-Fi Deauthentication and Rogue Access Points At 15:03, the session explores wireless attack capabilities using the ESP8266 and ESP32. gh057 details flashing custom micro-firmware to execute 802.11 deauthentication attacks, generate rogue captive portals, and harvest credentials on minimal battery power budgets.

### Long-Term Covert Drop-Boxes Concluding between 20:01 and 25:00, the presenter details assembling autonomous network drop-boxes. By pairing Raspberry Pi SBCs with cellular LTE dongles, internal antennas, and custom Raspbian scripts, red teams can establish persistent out-of-band reverse shells within target corporate perimeters.

(AI summary — Gemini Flash)