IoT Virtual Laboratory

Praktikum virtual untuk memahami konsep IoT melalui simulasi interaktif tanpa memerlukan perangkat fisik

📡

Sensor Simulator

Simulasi berbagai jenis sensor IoT dengan kontrol parameter real-time

DHT11 - Suhu & Kelembaban
PIR - Deteksi Gerak
LDR - Sensor Cahaya
Ultrasonic - Pengukur Jarak

🔗

MQTT Protocol Simulator

Simulasi komunikasi MQTT dengan publish/subscribe mechanism

Publish/Subscribe Messages
Multiple Topics
QoS Levels
Real-time Message Log

💻

Arduino Simulator

Simulasi pemrograman Arduino untuk proyek IoT dasar

Code Editor dengan Syntax Highlighting
Simulasi Input/Output
Virtual Components
Real-time Output

🏗️

Architecture Simulator

Visualisasi arsitektur IoT 4-layer dengan aliran data

4-Layer Architecture
Data Flow Visualization
Component Interaction
Protocol Simulation

📶

Network Simulator

Simulasi berbagai protokol jaringan IoT dan karakteristiknya

WiFi vs Bluetooth vs LoRa
Range & Power Consumption
Data Rate Comparison
Signal Strength Simulation

🏠

Smart Home Simulator

Simulasi sistem smart home dengan berbagai perangkat IoT

Smart Lighting Control
Temperature Regulation
Security System
Energy Monitoring

📡 Sensor Simulator

Pilih Sensor

Parameter Lingkungan

Suhu: 25°C

Kelembaban: 60%

Intensitas Cahaya: Medium

Simulasi Gerakan

DHT11 - Temperature & Humidity Sensor

25.0

°C

Status: Normal

VCC (3.3V)

DHT11

GND

DATA

GPIO 4

[12:30:45] Sensor initialized

[12:30:46] Temperature: 25.0°C

[12:30:46] Humidity: 60%

🔗 MQTT Protocol Simulator

MQTT Broker Connection

Subscribe to Topic

Publish Message

MQTT Message Log

[12:30:00] Connected to broker

[12:30:01] Subscribed to: pnp/iot/sensors

[12:30:05] Published: {"temperature": 25.5, "humidity": 60}

Active Subscriptions

📫 pnp/iot/sensors (QoS: 0)

📫 pnp/iot/commands (QoS: 1)

💻 Arduino Code Simulator

Pilih Contoh Kode

Simulasi Input

Sensor Value: 512

Kontrol Simulator

Arduino Code Editor

void setup() {
  pinMode(13, OUTPUT);
}
void loop() {
  digitalWrite(13, HIGH);
  delay(1000);
  digitalWrite(13, LOW);
  delay(1000);
}

Serial Monitor

> Program started

> LED pin 13 set to OUTPUT

> Blinking LED...

🏗️ IoT Architecture Simulator

Arsitektur IoT 4-Layer

Klik pada setiap layer untuk melihat komponen dan fungsinya

Data Flow Simulation

Protocol Selection

IoT Architecture Diagram

Layer 1: Sensing Layer

📡 Sensors (DHT11, PIR, LDR)

⚡ Actuators (Relays, Motors)

🔋 Power Management

↓

Layer 2: Network Layer

📶 WiFi, Bluetooth, LoRa

🔗 MQTT, HTTP, CoAP

🌐 Gateway Devices

↓

Layer 3: Data Processing

☁️ Cloud Platforms

📊 Data Analytics

🤖 Machine Learning

↓

Layer 4: Application Layer

📱 Mobile Apps

🖥️ Web Dashboards

🔔 Notification Systems

[12:30:00] Architecture simulator started

[12:30:01] Select a layer to view components

📶 Network Protocol Simulator

Protocol Comparison

Pilih protokol untuk melihat karakteristiknya

Simulation Parameters

Distance: 50m

Data Rate: Medium

Protocol Performance Comparison

WiFi

Range: 50m

Power: High

Data Rate: High

Bluetooth

Range: 10m

Power: Medium

Data Rate: Medium

LoRa

Range: 10km

Power: Low

Data Rate: Low

[12:30:00] Network simulator started

[12:30:01] Select a protocol to view details

🏠 Smart Home Simulator

Home Automation

Kontrol berbagai ruangan dan perangkat smart home

Global Controls

Energy Monitoring

2.4

kWh

Total Consumption

Smart Home Layout

Living Room

💡 Main Light

❄️ AC

📺 TV

Kitchen

💡 Kitchen Light

🔌 Smart Fridge

🍳 Smart Oven

Bedroom

💡 Bedside Lamp

🔒 Smart Lock

🌡️ Thermostat

[12:30:00] Smart Home system started

[12:30:01] Select a room to control devices

Simulator Tersedia

15+

Jenis Sensor

Protokol Jaringan

∞

Eksperimen Mungkin