01
Physical
A real Raspberry Pi device, eventually paired with its own dedicated display and enclosure.
FEATURED BUILD / 001
A physical cybersecurity companion built from the ground up.
Honeygotchi combines a Raspberry Pi, Linux, Python, system telemetry, and a personality state engine. Today it can observe itself. The next step is learning to react to real network events.
Something caught my attention.
WHAT IT IS
Honeygotchi is meant to make defensive systems understandable and tangible without pretending the machine is conscious.
01
A real Raspberry Pi device, eventually paired with its own dedicated display and enclosure.
02
Reads real system information such as uptime and CPU temperature, with network telemetry coming next.
03
Designed to grow toward controlled deception, event logging, threat scoring, alerts, and behavioral analysis.
ARCHITECTURE
Future layers add isolated deception services and an intelligence engine. Those are roadmap items, not finished capabilities.
BUILD LOG
The point of this log is to show the real process, including the failures that made the system better.
Flashed Raspberry Pi OS Lite, verified the SD partitions, established a temporary provisioning network, enabled SSH, repaired package state, and completed a clean reboot.
Created the first Python state engine with CALM, WATCHING, CURIOUS, NERVOUS, DEFENSIVE, LEARNING, and SLEEPING states.
Added heartbeat count, system uptime, CPU temperature, clock data, and moved Honeygotchi from the Windows hotspot onto the home LAN.
ROADMAP
Boot, SSH, personality prototype.
Heartbeat and real system telemetry.
IP, interface, signal, connectivity, and event inputs.
Controlled deception services and event logging.
Threat scoring and behavioral analysis.
Physical display, alerts, documented architecture, and polished deployment.
ENGINEERING NOTE
Honeygotchi’s current emotional states are a prototype personality system. They are not yet driven by live threat detection. This page will change as the device earns each capability.