산업현장의 디지털 트랜스포메이션(porta solution, portacon, porta studio, porta lot link) 소개

CONPORTLAB's PORTA collects data from robots, equipment, and IoT sensors via PortaCON, then defines it through Porta Studio, a no-code system integration tool. The data flows into PORTA NeuroBase for automatic normalization and ontology mapping.

This organized data seamlessly flows into integrated control, equipment management, production management, quality management, and energy management on a unified interface, while manufacturing AI Agents perform anomaly detection, automated reporting, and continuous monitoring. When needed, bidirectional integration with ERP, MES, and SCM systems completes the closed-loop cycle of planning, execution, and feedback.

The result: deployment time is reduced from hours to days without complex backend development, transforming manual, experience-based operations into data-driven, AI-powered operations that reduce defects, downtime, and waste while improving utilization rates, quality, and energy efficiency.

Key Features

• Real-time site-wide monitoring – View critical equipment and process data including temperature, pressure, and power at a glance

• Real-time anomaly alerts – Instant popup and text notifications for temperature/pressure fluctuations and equipment issues

• Remote control and configuration – Start, stop, and adjust equipment settings from office or mobile devices

• Customizable dashboards – User-centric displays showing only the metrics relevant to each department or task

• Safety and continuity assurance – Redundant storage systems prevent data loss during system failures

| Equipment Management (EAM)

The equipment management module automatically generates reports based on equipment-level status and history, organizing operational data according to the equipment-specific reporting structures familiar to field personnel.

Based on collected sensor data, it automatically organizes failure history, anomaly indicators, and maintenance records, enabling advanced equipment management that extends from root cause analysis to predictive maintenance.

Without manual repetitive tasks, real-time condition analysis and diagnostics for each piece of equipment directly translate into operational results including reduced defect rates, shorter failure response times, and improved utilization rates.

Key Features

• Real-time equipment status and utilization monitoring – View operational status and performance of critical equipment at a glance

• Equipment data collection and analysis – Automatic collection and visualization of key status data including vibration and temperature

• Integrated inspection and failure history management – Systematic storage of scheduled inspections, failure incidents, and corrective actions

• Predictive and preventive maintenance support – Alert calendar prevents unplanned downtime

• Failure root cause analysis and reporting – Diagnostic insights and improvement evidence through graphs and reports

| Production Management (MES)

The production management module supports end-to-end digitalization from work planning to shop floor execution and performance analysis, reducing manual tasks and improving production efficiency.

Through work planning and instruction management, automated production performance integration, AI-based next task recommendations, and optimal process control condition recommendations, it systematizes expert know-how to simultaneously enhance productivity and quality.

Key Features

• Work planning and instruction management – Optimal planning, shop floor instructions, and AI-driven next task recommendations based on user conditions

• Automated production performance integration – Automatic aggregation of production and defect quantities

• Process history and traceability – LOT-level production flow and condition management

• Optimal process control condition management – Real-time AI recommendations for optimal conditions based on quality and production data

• Real-time process monitoring – Track progress, utilization rates, and bottlenecks

| Energy Management (EMS)

The energy management module integrates and analyzes energy, power, and carbon data at the factory, building, and equipment levels, providing smart energy management capabilities that simultaneously achieve energy intensity reduction and greenhouse gas mitigation. AI predicts demand peaks and guides energy consumption by load, enabling indirect management of power demand.

It also complies with the Korea Energy Agency's Building Energy Management System operation guidelines and supports Zero Energy Building certification standards.

Key Features

[Zero Energy Building Certification Requirements Supported]

• General building information

• Data collection and display / Inquiry and management

• Energy consumption analysis

• Comprehensive maintenance management

[Zero Energy Building Certification Recommendations Supported]

• Energy consumption forecasting (peak alerts when contracted power is likely to be exceeded)

• Energy cost inquiry and analysis

• Information monitoring

• Equipment performance and efficiency analysis

• Indoor and outdoor environmental information

PORTA Neurobase is a customizable data platform built with no-code capabilities and an integrated AIOps platform specialized for manufacturing and industrial environments.

It provides the complete workflow in a single environment: from data pipeline construction to object-relational data layer design, AutoML-based data training and deployment, and data analysis and report generation through an embedded LLM engine.
Additionally, its AI-driven workflow automation engine intelligently automates data flows and operational tasks, enabling data-driven decision-making and execution without human intervention.

Key Features

• Data pipeline builder – Configure heterogeneous data collection, cleansing, and storage processes via drag-and-drop

• Object-relational data layer – Structured integration management of industrial data relationships including equipment, processes, quality, and energy

• AutoML training and deployment – Automatic model training and operational deployment through simple dataset selection

• Embedded LLM data analysis and report generation – Natural language queries for data exploration, statistical analysis, and automated report generation

• AI-driven workflow automation – Automatic execution of complex tasks including data analysis, alerts, and control commands based on conditions and events

PortaCON is equipped with highly reliable real-time control system middleware, enabling the construction of secure systems in industrial environments. The real-time control system middleware comes pre-loaded with functions commonly required by industrial control systems, including high-speed field I/O processing, real-time user logic engine, events, and industrial communications, providing an environment where user logic can run independently.

By including all essential functions required for a real-time field control system, PortaCON allows users to focus solely on their business logic.

PortaCON supports industrial standard interfaces and communication protocols widely used in power and automation sectors. By supporting everything from serial communication and fieldbuses to industrial application protocols, it enables immediate integration with various field equipment and higher-level systems.

- Serial communication support: RS232/RS485/RS422

- Fieldbus support: CAN/DeviceNet/ProfiBus

- Standard communication protocol support: Modbus/DNP3/IEC60870-5/MQTT/OPC-UA

PortaCON Wireless models range from those supporting commercial wireless networks (3G/LTE or NB-IoT/LTE-M) to WiFi-enabled and Bluetooth-enabled models, providing diverse industrial IoT terminal device capabilities. They are optimized for highly mobile E-Mobility applications and sites where wired network deployment is challenging.

Porta Studio is a web-based service that provides both an Integrated Development Environment (IDE) for no-code PortaCON development and field system construction, and an integrated Admin environment for operations.

Porta Studio IDE enables anyone to define PortaCON's control logic through a no-code approach based on abstracted data tags and logical expressions—similar to LEGO or coding robots—without requiring specialized personnel. Users can freely define connection elements and messages for transmission and reception. Industrial standard communication protocols can be selected and used with just a few clicks, eliminating the need to purchase expensive standard communication protocol libraries. This provides straightforward system integration capabilities. These core IDE functions are delivered through integration with Porta Studio's cloud-based build service. Build requests are sent to remote build servers, which compile the final firmware binary with middleware using compilers suited to the target PortaCON, and Porta Studio continuously manages these build artifacts.

Porta Studio Admin supports structured management of field systems configured with PortaCON through a Tree structure consisting of Workspaces (user-level groups) and Sites (individual field system units). Each Site can manage data from fields integrated with PortaCON and send commands to the field. A single Site can comprise multiple PortaCONs and also supports integration of IoT devices beyond PortaCON. User-developed dashboards can be linked to Sites, enabling richer operational environment configurations. Porta Studio Admin supports OTA updates of IDE-developed artifacts to the field via web, allowing users to easily maintain field systems without site visit

Even if equipment lacks data points or access is difficult, or if your site only has analog sensors—don't worry.

CONPORTLAB directly maintains a diverse range of sensors that have passed integration and stability testing.

With PortaCON + verified sensor packages, we configure environments that reliably collect all desired metrics including temperature, humidity, vibration, pressure, weight (load), flow rate, power meters, and energy meters.

We take full responsibility for the entire process—sensor selection, sourcing, integration, testing, certification, and field validation—thoroughly verifying noise performance, communication stability, and long-term burn-in to ensure field reliability. We transform lines that lacked necessary data into lines capable of collecting data on-site.

IoT Power Meter (Single Phase), CT IncludedRS485-enabled smart power meter
Model: DAU-EM101
CONPORTLAB KC certified
Manufacturer: China

IoT Power Meter (Three Phase), CT IncludedRS485-enabled smart power meter
Model: DAU-EM301
CONPORTLAB KC certified, CE certified
Manufacturer: China

Dissolved Oxygen SensorUnderwater (aquaculture) oxygen measurement sensor
For aquaculture water quality data collection systems

pH SensorWater quality (pH level) measurement sensor
For aquaculture water quality data collection systems

Temperature (Water Temperature) Measurement SensorWater temperature measurement sensor
For aquaculture water quality data collection systems
3-Axis Digital Output MEMS Vibration Detection Module
Data collection/measurement for vibration-generating equipment such as motors

3-Axis Vibration Sensor3-axis digital output MEMS vibration detection module
Data collection/measurement for vibration-generating equipment such as motors

PTC-M1 (기본형)

PTC-P1 (고급형)

PortaCON: IIoT Programmable Gateway

Industrial Standard Interfaces and Communication Protocol Support

Key Common Functions

Field Data <-> TCP-Based Standard Communication Protocol Conversion Function

Support for 2 Modes : Converter Mode & Controller Mode

User Logic Programming through a NO-CODE Based Integrated Development Environment (IDE)

Real-Time Processing Support

Over The Air (OTA) Update Support

Specifications

IoT Power Meter (Single Phase), CT Included

IoT Power Meter (Three Phase), CT Included

Dissolved Oxygen Sensor

pH Sensor

Temperature (Water Temperature) Measurement Sensor

3-Axis Vibration Sensor