CoreCode
Data Integration system based on equipment/sensor linkage technology
CoreCode Key Features
Efficiently link equipment and sensors to build a real-time data integration system
Equipment/Sensor Linkage
Efficiently connect various equipment and sensors for real-time data collection
Data Integration
Manage consistent information through an integrated data platform
Real-time Processing
Support immediate decision-making with fast response speed
Reliability
Provide high reliability and system stability
Technical Specifications
Core technologies and architecture of CoreCode
Modular Architecture
API-based Integration
Responsive UI
Enhanced Security
CoreCode Details
Learn more about the system configuration and functions
Concept
CoreCode "Manufacturing Message Bus Framework"
CoreCode is a manufacturing message bus that directly collects all data generated on the plant floor in real-time and links it to IT systems in a standardized manner, providing a standard framework that enables Smart Factory.
A Smart Factory secures data visibility on the plant floor, allowing monitoring and control of all situations on the business floor.
Overview
Current Issues in Manufacturing Sites
Manufacturing sites are becoming increasingly complex due to individual/vertical 1:N interface connections, and the complexity further increases when introducing new systems, requiring significant time, manpower, and cost.
As a result, companies are dependent on equipment suppliers or developers for equipment integration, which makes it impossible to respond quickly to changes.
CoreCode's Solution
CoreCode, as a standardized Manufacturing Message Bus, allows easy modification or addition of equipment and systems like Lego blocks.
It also provides a variety of pre-verified built-in components (adapters) and an API for developing custom components.
The core functions of the CoreCode engine are patented in Korea, the United States, and Japan.
Application Stack
Fan-in, Fan-out
Flexible data flow control
Branching & Merging
Handling complex business logic
Level 1,2 Integration
High performance and speed
Reusability
Highly productive development tools
The CoreCode framework, equipped with a flexible router that supports Fan-in, Fan-out, Branching and Merging, allows for easy design and modification of business logic, offering high reusability and productivity.
Additionally, its structure can cover both Level 1 and Level 2 at once when needed, delivering excellent speed and performance.
Product Composition
Modeling-based Tools
Provides various modeling-based tools and industrial built-in adapters to easily develop interfaces when linking equipment and systems
Adapter SDK
Offers a framework-based adapter SDK so developers can quickly and easily build equipment integration interfaces
Integrated Development Environment
Provides an integrated environment covering modeling, testing, debugging, and deployment to improve development convenience
Key Features
Standardized Interface
With a strict separation between Data I/O and business logic, components are developed independently to minimize developer dependency. All data from heterogeneous systems/equipment are linked via a unified standard interface, maintaining consistency, simplifying management, and reducing interface complexity.
Improved Developer Productivity
Intuitive and convenient development tools (GUI Modeler, Debugger, Remote Agent, Adapter Register, Web Admin, Code Templates, Code Tutorials, etc.). Provides ~100 verified built-in components and APIs for custom component development.
Flexibility & Scalability
Vendor/developer-independent architecture for easy maintenance and reduced OPEX; Plug & Play with reusable components. Supports multiple protocols: OPC, SOAP, TCP/IP, XML, HTTP, RMI, MODBUS, RS232/422/485, etc. Interfaces with widely used PLC/DCS (Mitsubishi Melsec, Siemens S7, LS Glofa, ABB, ...) Supports 1:1, 1:N, and M:N message patterns for diverse architectures. Adapter Framework infrastructure ensures future flexibility and scalability.
Redundancy & Load Balancing
Active-Active and Active-Standby configurations for non-stop operation. Automatic load balancing, fault monitoring, and fail-over for a stable integrated system.
Optimal Integration between Plant and Enterprise
Handles real-time, high-volume messages with proven performance. Allows custom logic via Function Call for analysis and utilization of plant-floor data. Adapter development tools available both online and offline for continuous operation environments.
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