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Updated on August 11, 2025

User Manuals

  • Folder icon closed Folder open iconQuick Start Guide
    • Grablo!
    • Basic Concepts
  • Folder icon closed Folder open iconProject
    • General
    • Sharing Project
  • Folder icon closed Folder open iconLogic
    • Logic
    • Control Group
    • Control
    • Condition Group
    • Action Group
    • Condition
      • General
      • Type
        • Always Met
        • Once Met
        • Variable Comparison
        • Schedule
        • Time Range
        • Time Interval
        • Condition Reference
        • Action Reference
        • Change Detection
        • Custom Condition
    • Action
      • General
      • Type
        • Write Variable
        • I/O Device Control
        • Time Delay
        • Timer
        • Display Image
        • Play Media
        • Synthesizer
        • Audio Recording
        • Audio Transform
        • Shell Command
        • Speech-to-Text
        • Text-to-Speech
        • File System
        • Read/Write File
        • Database
        • HTTP Communication
        • MQTT Communication
        • OPC UA Communication
        • Modbus Communication
        • Send Email
        • Telegram Message
        • User Defined Communication
        • PID Control
        • Statistics
        • Collection
        • Custom Action
  • Folder icon closed Folder open iconDashboard
    • General
    • Widgets
  • Folder icon closed Folder open iconSetting
    • GPIO
    • Variables
    • I/O Device
    • File Editor
    • Collection
    • Timer
    • Image Viewer
    • Audio Transfrom
    • Media Player
    • Synthesizer
    • Text-to-Speech
    • Speech-to-Text
    • Audio Recorder
    • MQTT Client
    • OPC UA Client
    • Modbus
    • Email Client
    • Telegram Bot
    • Database
    • User Defined Communication
    • PID Control
    • Statistics
  • Folder icon closed Folder open iconI/O Device
    • DS18B20 Digital Temperature Sensor
    • MAX31865 RTD Temperature Sensor
    • TinyGPS++ GPS Library
    • BMP180 Digital Pressure and Temperature Sensor
    • AHTx0 Temperature and Humidity Sensor
    • SHT2x Temperature and Humidity Sensor
    • Servo Motor Control
    • PWM Signal Output
    • PWM Signal Monitoring
    • Hardware PWM Signal Output
    • LED Control
    • Push Button Input
    • Digital I/O
    • Stepper Motor Control
    • High Speed Counter
    • ADS1x15 ADC
    • ADXL345 3-Axis Accelerometer
    • BME280 Temperature, Humidity, Pressure Sensor
    • BMP280 Temperature, Pressure Sensor
    • MLX90614 Infrared Temperature Sensor
    • MCP4725 DAC
    • QMC5883L 3-Axis Magnetometer
    • SHT31 Digital Temperature and Humidity Sensor
    • TCS34725 RGB Color Sensor
    • VEML6070 UV Sensor
    • BH1750 Digital Light Intensity Sensor
    • DS3231 RTC High-Precision Real-Time Clock
    • MPU-9250 9-Axis IMU Sensor
    • CCS811 Carbon Dioxide and TVOC Air Quality Sensor
    • VL53L0X ToF Laser Distance Sensor
    • TFmini Plus(S) LiDAR Distance Sensor
    • MAX7219 8-Digit 7-Segment Display
    • PCF8574 LCD Display Driver
    • HC-SR04 Ultrasonic Distance Sensor
    • LED Brightness Control
    • RGB LED Color Control
    • DC Motor Control
    • AT24C256 EEPROM Memory
    • DHTxx Temperature and Humidity Sensor
    • MCP3xxx ADC
    • LCD Display Driver (MCP23008, MCP23017)
    • MFRC522 RFID Reader
    • Passive Buzzer
    • NeoPixel (WS281x) LED
    • Infrared (IR) Receiver
    • NeoPixel Matrix
    • ST77xx TFT Color LCD
    • ILI9341 TFT Color LCD
    • SSD1306 0.96-inch Monochrome OLED Display
    • SH1106 1.3-inch Monochrome OLED Display
    • MAX7219 8×8 LED Dot Matrix
    • HT16K33 4-Digit 7-Segment Display
    • HX711 Load Cell 24-bit AD Converter
    • TCS3200 RGB Color Sensor
    • MPU6050 6-Axis Gyro Accelerometer
    • TM1637 4-Digit 7-Segment Display
    • PM2008(M) Particulate Matter Sensor
    • PMS x003 Particulate Matter Sensor
    • MAX30102 SpO2 and Heart Rate Sensor
    • AS608, FPM10A Fingerprint Sensor
    • TTP229 Capacitive 16-Key Touch Keypad
    • 4×4 Keypad Matrix
    • Analog to Digital Converter (ADC)
    • Digital to Analog Converter (DAC)
    • RPM Monitor
    • PCA9685 16-Channel 12-Bit PWM Servo Driver
    • INA219 DC Current Sensor
    • VL6180X ToF Distance Sensor
    • Custom Digital Waveform Output
    • NRF24L01 2.4GHz RF Module
  • Folder icon closed Folder open iconBlock Coding
    • General
    • Blocks
      • Values
      • Logic
      • Loop
      • Math
      • Date/Time
      • Text
      • Byte Array
      • List
      • Type Conversion
      • Unit Conversion
      • Science
      • Bit/Byte
      • Complex Numbers/Vectors
      • JSON
      • XML
      • Local Variables
      • Local Functions
  • Folder icon closed Folder open iconConnect & Run
    • Hardware and Operating System
    • Grablo Package Installation
    • Connect and Run

Grablo!

Estimated reading: 3 minutes 494 views

Grablo is a web-based no-code IoT platform. With Grablo, even beginners without coding knowledge can easily and quickly create professional-level IoT devices. You can control and monitor devices anytime, anywhere through the web dashboard, and its diverse, powerful features make it applicable across a wide range of fields, from coding education to industrial use.



Coding is Difficult

Many people who have experienced coding say things like:

“The syntax and concepts of coding are too difficult,”
“I can follow examples and they work, but when I try it myself, it doesn’t go well,”
“Errors occur and I don’t know how to fix them.”

n reality, coding is never easy. The complex syntax and abstract concepts of programming languages are difficult to learn, and writing actual code requires logical thinking and problem-solving skills. That’s why consistent learning and effort are needed to become good at coding.



Algorithm Blocks

Grablo uses algorithm blocks with a very simple structure. If you can organize your implementation goals into conditions (when ~ is satisfied) and actions (execute ~), you can easily and quickly write programs by arranging the various types of algorithm blocks that Grablo provides.

Logic implemented through algorithm blocks is very intuitive, allowing users to focus only on implementing logic without being constrained by programming syntax. What’s important isn’t coding itself, but logical thinking ability. Using algorithm blocks not only makes it easy to write logic but can also greatly improve your logical thinking skills.



Web Dashboard

Grablo has an integrated web dashboard that lets you monitor or control devices anytime, anywhere. The existing complex and difficult processes like applying for separate IoT services and setting up controller communication are no longer necessary. You can add widgets with just a few clicks and use them immediately.



Device Library

We provide device libraries commonly used with Arduino, Raspberry Pi, and other platforms as standard. Without the inconvenience of finding and installing libraries yourself, you can select the desired device and commands and use them right away. Device libraries will be continuously added.



Block Coding Support

We support block coding for various functions including math, date/time, unit conversion, complex numbers/vectors, JSON, XML, and more. When you use block coding together with algorithm blocks, you can implement features with greater flexibility and more powerful functionality.



Various Features

Through diverse functions including files, scheduling, databases, multimedia, IoT, and industrial communication, it can be widely applied across various fields from coding education to industrial use.

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