Hack In The Box
The August 26-30, 2024 Bangkok HITB edition whose official Badge Village page documented a Raspberry Pi Pico-based fault-injection device for embedded-system attack experiments.
Intercontinental Hotel, Bangkok · Thailand · 2024
A conservative Badge Village artifact record for HITBSecConf2024 Bangkok, where the official village page documented a specialized Raspberry Pi Pico-based device for controlled fault-injection experiments against embedded systems.
A conservative record for the electronic SaikoCTF badge promised to HITBSecConf2024 Bangkok research-study participants in the official recruitment statement.
Lifecycle
HITB describes the device as suited for attacks on devices like Arduino, letting researchers and engineers study abnormal states in a controlled environment.
The Badge Village page says the specialized hacking tool uses a Raspberry Pi Pico as its core controller for fault-injection experiments.
The official SaikoCTF page says the hardware badge exposes physio, cyber challenge, and programmable hardware component interfaces for the HITB Bangkok challenge.
The recruitment statement says participants received an electronic SaikoCTF badge as a participation token together with a brief soft-skills assessment summary.
The study workflow put participants in VR goggles and physiological sensors for a roughly one-hour simulated-network CTF using a Kali Linux VM, questionnaires, and researcher check-ins.
The source frames the device as a precision tool for exploring vulnerabilities and improving embedded-system security.
Operational history
The record is modeled as a Badge Village device to avoid upgrading a village teaching tool into an attendee badge.
The entry remains source-backed and image-free rather than copying event imagery, screenshots, or generated placeholder art.
The entry remains source-backed and image-free rather than copying PDF imagery, event imagery, screenshots, social-media photos, or generated placeholder art.
The badge dossier preserves the research-study context while avoiding unrelated claims about public badge behavior, firmware, or attendee monitoring outside SaikoCTF participation.
The record is modeled as a SaikoCTF participation badge so the catalogue does not overstate its distribution scope.
The dossier records the verified training-device surface while avoiding unsupported implementation claims.