Synapse Circuit PROJECT A
WEB APP ONLINE SIMULATION DATA projecta.synapsecircuit.com

Fire Early Warning & Emergency Response Digital Twin

IoT Smart Fire Detection,
Alarm & Automatic Water Pump Response System

01 / SAFE CLASSROOM DIGITAL TWIN

SYSTEM MONITORING ACTIVE

SAFE

NO FIRE DETECTED

SIMULATION READY
HIGH Digital signal FALSE Fire condition 00.0s State elapsed
01

Fire Alarm

STANDBY

Monitoring the simulated sensor input

02

Automatic Water Pump Response

STANDBY

Simulation: no response requested

03

Emergency Warning

STANDBY

Browser EWS: DISABLED

04

Simulated Sensor Telemetry

NORMAL

DO: HIGH · FIRE: FALSE

Live Response Path

System Flow

CURRENT WEB SIMULATION
01Simulated Fire EventBrowser trigger
02Digital Twin State EngineNon-blocking logic
03Fire Response LogicAlarm decision
04Automatic Pump ResponseRequest only
05IoT MonitoringBrowser EWS + UI
DIGITAL TWIN STATE ENGINE
BROWSER EWSPUMP REQUESTIoT DASHBOARD

State Snapshot

Simulation Telemetry

SIMULATION DATA
Runtime state
SAFE
Flame sensor
NORMAL
Digital signal
HIGH
Fire detected
FALSE
Pump requested
FALSE
Trigger source
WEB SIMULATION
Session scope
PER-BROWSER
Physical hardware
NOT REQUIRED

Browser-Observed

Event Timeline

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    SCENARIO STUDY CASE

    STUDI KASUS

    Kebakaran Awal Akibat Hubung Singkat

    A classroom scenario showing why early detection, clear warning, and a fast automatic response request matter when an area is temporarily unattended.

    1. 01

      Short circuit creates a small initial flame.

    2. 02

      The area is temporarily unattended.

    3. 03

      Early detection identifies the fire signal.

    4. 04

      Emergency logic evaluates and confirms the condition.

    5. 05

      Warning activates and the pump response is requested.

    6. 06

      The IoT dashboard communicates the current state.

    Target Prototype Architecture

    Hardware Logic & GPIO Map

    DESIGN REFERENCE — NOT CURRENT WEB RUNTIME
    Flame Sensor→ESP32-S3→State Machine→Fire Alarm→Pump Driver→IoT Monitoring
    GPIO4Flame Sensor DO
    GPIO15Pump Control
    GPIO16Blue Response LED
    GPIO17Green SAFE LED
    GPIO18Red FIRE LED
    GPIO21Buzzer
    REAL PUBLIC SYSTEM

    What runs now

    • Cloudflare Pages website
    • Browser interface
    • Web Audio warning
    • UI and state logic
    • Per-browser simulation engine
    TARGET HARDWARE DESIGN

    Prototype components

    • ESP32-S3 controller
    • Flame sensor
    • Water pump and driver
    • Buzzer
    • Green, red, and blue LEDs
    SIMULATED IN THIS DEMO

    Digital-twin signals

    • Flame trigger
    • Sensor GPIO level
    • Alarm hardware state
    • Pump activation request
    • Emergency response timing

    Public Runtime

    Technical Status

    ONLINE
    System
    PROJECT A DIGITAL TWIN
    Simulation Engine
    ONLINE
    Dashboard
    ONLINE
    Hosting
    Cloudflare Pages
    Public Host
    projecta.synapsecircuit.com
    Target Controller
    ESP32-S3 N16R8
    Target CPU
    240 MHz
    Target Flame Logic
    HIGH = SAFE · LOW = FIRE
    Current Trigger Source
    WEB SIMULATION
    Physical Hardware Connection
    NOT REQUIRED
    ESP32 Runtime Dependency
    NONE
    Page Uptime
    00:00:00
    PROTOTYPE ENGINEERING NOTESExpand for development context

    Earlier physical development validated the intended state logic and local classroom dashboard behavior. Extensive breadboard rewiring later produced unreliable external signal paths.

    This standalone digital twin provides a stable classroom presentation of the detection, warning, and response concepts. Physical hardware remains a separate prototype track and is not the data source for this public site.