Our Products

Applications:

A multifunctional learning controller that introduces students to AI, robotics, and programming through hands-on coding and system integration.

Key Features:

• High-performance learning controller designed for AI, robotics, and automation tasks
• Multiple analog and digital interfaces for connecting sensors and actuators
• Onboard processing supports real-time data handling and multitasking
• Suitable for educational projects combining software logic with hardware control

Applications:

Serves as the main processor for IoT and automation projects, teaching how hardware and software interact in real-world systems.

Key Features:

• Advanced mainboard tailored for complex IoT and automation applications
• Stable serial communication with multi-sensor integration
• Efficient power management for reliable continuous operation
• Scalable architecture supporting extended modules and peripherals

Applications:

Acts as a programmable display that helps visualize real-time sensor data and outputs in coding and monitoring experiments.

Key Features:

• LED-based digital display for numeric and symbolic visualization
• High-contrast output suitable for classroom demonstrations
• Energy-efficient design for continuous data display
• Easy interfacing with controller boards via simple output coding

Applications:

A compact control board for beginners to explore sensors, actuators, and coding logic in simplified IoT systems.

Key Features:

• Compact controller optimized for beginner IoT and STEM learners
• Essential I/O pins for basic automation and coding exercises
• Streamlined hardware for quick and safe experimentation
• Helps grasp foundational programming and control concepts

Applications:

Teaches digital number display by showing sensor readings like temperature or distance in smart measurement projects.

Key Features:

• Seven-LED arrangement for rendering numeric digits
• Supports dynamic updates via digital control signals
• Ideal for counters, timers, and measurement readouts
• Useful for teaching binary-to-decimal conversion

Applications:

Demonstrates how digital systems produce and control sound for alarms, notifications, and interactive feedback.

Key Features:

• Audio playback module for alerts and feedback
• Stores and plays pre-recorded audio via triggers
• Command-based control for automated playback
• Integrates with sensors for sound-reactive systems

Applications:

Enables Internet connectivity for projects that collect or send data online, teaching wireless communication concepts.

Key Features:

• Standard Wi‑Fi protocols for reliable wireless communication
• Two-way data transfer with cloud or local networks
• Enables remote monitoring and automation control
• Secure transmission of sensor readings for data-driven systems

Applications:

Provides short-range wireless connection for remote control or data transfer between CodyNick and mobile devices.

Key Features:

• Short-range wireless connectivity for device-to-device links
• Bidirectional serial communication for control and data
• Low power operation suited to embedded projects
• Simple pairing and configuration in coding environments

Applications:

Connects projects to cellular networks to send SMS alerts or remote data, showing telecommunication applications in IoT.

Key Features:

• Cellular network connectivity for text and data
• Supports sending alerts and receiving remote commands
• Secure long‑range communication for IoT
• Reliable for outdoor and mobile monitoring

Applications:

Teaches how satellite signals determine position and speed, useful for navigation and location-tracking experiments.

Key Features:

• Satellite-based position tracking with real-time updates
• Outputs coordinates and velocity for navigation
• Responsive performance for mobile systems
• Ideal for geolocation and telemetry learning

Applications:

Provides manual input for systems like password entry or digital control panels, showing matrix input scanning principles.

Key Features:

• Matrix-structured layout for numeric and command input
• Row‑column scanning detects key presses accurately
• Supports multiple input combinations with minimal wiring
• Suitable for authentication and configuration interfaces

Applications:

Measures distance using sound waves, introducing the concept of echo-based sensing used in robotics and parking systems.

Key Features:

• Distance measurement via reflected ultrasonic waves
• Centimeter-level accuracy independent of lighting
• Compact and reliable for robotics and obstacle detection
• Common in automation, parking, and range sensing

Applications:

Detects human motion using infrared sensing for security, lighting automation, and smart monitoring.

Key Features:

• Infrared-based detection of human or animal motion
• Digital output triggered by movement events
• Low power consumption for always-on systems
• Used in lighting control and intrusion detection

Applications:

Reads ambient temperature for use in smart thermostats, safety monitoring, or environmental science projects.

Key Features:

• Ambient temperature measurement with analog/digital signal
• High accuracy and fast response to changes
• Broad operating range for consistent data
• Fits weather and safety monitoring projects

Applications:

Measures temperature and humidity simultaneously, helping students learn about climate monitoring and comfort control.

Key Features:

• Dual sensing for temperature and relative humidity
• Calibrated environmental data in real time
• Compact structure for easy integration
• Suited to IoT climate monitoring and environment control

Applications:

Allows multidirectional control for games, navigation, and robot movement through analog input signals.

Key Features:

• Dual-axis analog controller for directional input
• Outputs proportional voltages for motion control
• Ergonomic interface for interactive applications
• Used in robotics navigation and game-style projects

Applications:

Demonstrates actuator control by automating fluid movement in irrigation or smart farming systems.

Key Features:

• DC pump for transferring small volumes of liquid
• Relay or digital output control from microcontrollers
• Suitable for irrigation and automation experiments
• Demonstrates actuator behavior and power handling

Applications:

Detects water content in soil to trigger irrigation automatically, teaching environmental sensing principles.

Key Features:

• Conductivity-based detection of soil water content
• Analog output reflects moisture level precisely
• Enables automatic irrigation control
• Easy integration with data logging systems

Applications:

Displays multiple sensor readings or data outputs, teaching how multi-segment visualization systems work.

Key Features:

• Multi-digit LED display for multiple numeric outputs
• Supports multiplexing to reduce wiring complexity
• High brightness for clear visibility
• Real-time data visualization for dashboards

Applications:

Combines keypad input and infrared communication for remote control and access systems in coding exercises.

Key Features:

• Keypad entry combined with infrared signal control
• Transmits and receives IR commands
• Useful for remote activation and IR communication lessons
• Teaches light-based signal encoding principles

Applications:

Detects air pollutants and flammable gases, helping learners understand environmental and safety monitoring.

Key Features:

• Chemical-sensitive element detects gas concentrations
• Analog voltage proportional to detected levels
• Supports calibration for improved precision
• Useful in air quality and safety demonstrations

Key Features:

• Programmable LED grid for dynamic graphics
• Displays scrolling text and patterns
• Pixel-level control via code
• Great for visualization and timing exercises

Key Features:

• Radio frequency identification for tag reading/writing
• Wireless, contactless communication with cards
• Secure access and identity verification
• Used in attendance and inventory systems

Key Features:

• Pressure-sensitive mat detecting force and position
• Converts touch into electrical signals
• Enables movement-based interactive control
• Useful for games and simulations

Applications:

Measures the rate of liquid flow, teaching fluid dynamics and real-time monitoring in environmental projects.

Key Features:

• Hall-effect or turbine mechanism for flow measurement
• Pulse output proportional to fluid velocity
• Consistent accuracy across flow speeds
• Ideal for resource monitoring experiments

Applications:

Detects sound intensity and patterns to activate systems, teaching acoustic sensing and automation response.

Key Features:

• Microphone-based circuit captures sound pressure
• Converts intensity into measurable voltage changes
• Adjustable threshold for detection tuning
• Used in voice-activated and acoustic systems

Applications:

Teaches calibration and fine-tuning by adjusting analog input signals in control or sensor systems.

Key Features:

• Linear potentiometer providing variable analog values
• Manual calibration or user-adjustable input
• Smooth voltage variation across the range
• Demonstrates real-time tuning in automation

Applications:

Controls power delivery to devices, illustrating circuit switching, automation, and safety mechanisms.

Key Features:

• Manual/digital on‑off switching for circuit control
• Supports relay-based automation and overrides
• Reliable toggling component for safety control
• Teaches core circuit logic and switching

Applications:

Measures ambient light for brightness control and power-saving automation in smart lighting systems.

Key Features:

• Photodiode/LDR-based ambient light sensing
• Voltage output proportional to illumination
• Automatic brightness and energy-saving control
• Applies to environmental and lighting projects