Industrial Device and
System Development Service
Custom outsourced development from requirements definition to prototype verification
We execute hardware design, firmware development, software implementation, communication integration, GUI development, and prototype verification as one development flow.
Development scope is defined around customer requirements and operating environments, supporting projects that require device control, data collection, monitoring, and communication integration.
Core Value
Execution Value of Industrial Device and System Development Service
Single Development Window
One development team manages everything from requirements to delivery, reducing communication overhead.
Integrated H/W, F/W, and S/W
Hardware, firmware, and software are developed together from one system perspective.
Custom Development
Development scope is configured around customer environments, device structures, communication conditions, and operation methods.
Verification-Centered Delivery
We go beyond implementation to testing, log review, and field-applicability validation.
Service Scope
Development Scope from Planning to Delivery
H/W Design
Circuit design, PCB design, component selection, prototype production, electronics, and communication boards
F/W Development
MCU control logic, sensor/device control, communication protocols, and status-management structures
S/W Development
PC GUI, monitoring programs, data storage, report generation, and remote operation screens
Communication Integration
UART, RS-485, CAN, BLE, Wi-Fi, Ethernet, and other device-specific integration structures
Data Management
Status data, event logs, analysis data, user settings, storage, and query structures
Verification and Maintenance
Functional tests, integration tests, error-log analysis, improvement response, and post-delivery maintenance
Process
Outsourced Development Process with Clear Steps
01
Requirements Definition
Organize customer requirements, operating environment, device configuration, I/O conditions, and delivery scope.
02
System Design
Separate H/W, F/W, and S/W roles and design interfaces, communication methods, and data flow.
03
Prototype Development
Develop and integrate circuits, boards, firmware, GUI, and communication functions in parallel.
04
Integrated Verification
Verify functions, data communication, error scenarios, and field-operation conditions.
05
Delivery and Maintenance
Finalize deliverables, manuals, source-management scope, maintenance conditions, and post-delivery improvements.
Architecture
Five-Layer Development Structure from Device to Operation Screen
Hardware devices, firmware control, communication integration, applications, and operation systems are designed by layer for maintainability and scalability.
Operation Layer
Field operation screens, maintenance, user management, reports, and data management
Application Layer
PC GUI, monitoring, settings/alerts, and log-management functions
Communication Layer
UART, RS-485, CAN, BLE, Wi-Fi, Ethernet, and other integrations
Firmware Layer
MCU control logic, status management, communication processing, and error handling
Device Layer
Sensors, switches, power section, I/O, communication modules, and hardware components
Use Cases
Applicable to Diverse Projects
Industrial Equipment Control
Equipment requiring status collection, control-signal processing, operation GUI, and log management
Monitoring Systems
Systems that manage sensor data, event information, status alerts, and user settings
Communication Converters
Data conversion and gateway development for connecting different devices and protocols
Wireless Tx/Rx Systems
Wireless control-data transmission, signal processing, and device-management systems
Embedded Prototypes
Board and firmware development including MCU, sensors, power section, status display, and interfaces
Control / Operation Tools
Operator GUI, settings management, event management, and log-management tools
Capabilities
Core Technical Capabilities for Outsourced Development
Circuit and PCB Design
Requirement voltage, component placement, configuration, communication ports, PCB design, and prototype production
Embedded Firmware
Device control, status management, communication processing, error handling, and firmware update structures
Communication Protocols
Communication definition, device-specific mapping, and data-exchange structure design
GUI and Operation S/W
Equipment status display, settings management, event alerts, log storage, and user screens
Data Structuring
Data structures for storage, query, analysis, and reports
Integrated Testing
Connection verification across H/W, F/W, and S/W, error reproduction, and improvement tracking
Do you need to develop a device or system?
Share your requirements, operating environment, and required functions, and we will review the development scope and execution approach.
Scope Review
Define requirements and deliverable scope together.
Project Execution
Proceed step by step from development to integrated verification and delivery.
Maintenance Support
Discuss improvement and issue-response scope after delivery.