INDUSTRIAL IoT & PRODUCT ENGINEERING
Industrial IoT & Product Engineering
Industrial IoT & Custom Product Engineering
Connect field data to practical, working solutions
WONTECH Worldwide provides Industrial IoT & Product Engineering capabilities from sensor data acquisition, Edge devices and industrial connectivity to dashboards and prototype implementation.
INDUSTRIAL IoT & PRODUCT ENGINEERING
From Field Data to a Working Industrial Product
Sensing, Embedded / Edge, industrial connectivity, Gateway, Server, Dashboard, Prototype and Productization are connected as one engineering workflow.
Engineering
HW · FW · SW · UI
Deployment
Edge · Server · Field
Goal
Working Product
WONTECH WORLDWIDE · FROM MONITORING TO INTELLIGENCE
02 WHAT WE SOLVE
Turn field data into systems that actually work
Industrial sites generate data from many sensors and machines, but acquisition, connectivity, visualization and productization are often disconnected. WONTECH connects these steps in one engineering workflow from field data acquisition to Edge, connectivity, dashboards and prototypes.
Field Data Acquisition
Reliably collect sensor and equipment data from industrial sites to create a usable data flow.
System Connectivity
Connect heterogeneous equipment, Edge devices, gateways and field systems to enable real-time data flow.
Real-time Monitoring & Analysis
Visualize operating data and help users quickly understand important condition changes and events.
Customer-specific Productization
Implement customer-specific Edge devices, inspection systems, dashboards and prototypes.
POSITIONING
Sensor to Edge +
Engineering Layer
WONTECH Industrial IoT & Product Engineering is not simply a monitoring solution, dashboard or hardware product. It is an Engineering Layer that integrates sensors, Edge, communication, dashboards and prototype development to turn field problems into working systems.
03 HOW IT WORKS
Collect and connect field data to build practical systems
Acquire sensor and equipment data, connect it through Edge / Gateway / Network, analyze and visualize operating data and events, and implement customer-specific systems that can be deployed in the field.
PROCESS / WORKFLOW
Industrial IoT & Product Engineering
STEP 1
Collect
Collect field sensor and equipment data
STEP 2
Connect
Connect Edge / Gateway / Network
STEP 3
Analyze
Analyze operating data and events
STEP 4
Visualize
Visualize status through Dashboard / UI
STEP 5
Deploy
Deploy to the field and continuously improve
04 KEY INTELLIGENCE
Provide the core engineering capabilities required for Industrial IoT
WONTECH is not simply a dashboard or hardware vendor. We integrate Sensing, Edge, Industrial Connectivity, Visualization, Prototype Development and Productization to turn customer needs into working systems.
REPRESENTATIVE USE CASE
Welding-Guardian — Multi-Sensor Welding Quality Monitoring
Welding-Guardian is a representative multi-sensor Edge AI inspection system that integrates field information such as temperature and imaging from automated welding processes to monitor quality condition, identify abnormalities and support operator judgment.
Sensing
Configure interfaces for temperature, pressure, vibration, imaging and other field data.
Embedded / Edge
Implement data acquisition and processing functions in industrial Embedded and Edge environments.
Industrial Connectivity
Reliably connect equipment, gateways, networks and existing industrial systems.
Dashboard & Visualization
Provide intuitive UI for real-time status, events and analytical results.
Prototype Development
Design and implement prototypes and field-ready devices for customer requirements.
End-to-End Engineering
Integrate Hardware, Firmware, Software and UI into one product-development workflow.
WHY DIFFERENT
Beyond Monitoring
Focus on practical field use and problem solving beyond measurement and screen display.
Field-Oriented Engineering
Build systems that work under real installation and operating conditions.
Multi-domain Integration
Integrate Sensor, Edge, Connectivity, Software and Dashboard functions.
Customer-specific Productization
Combine customer-specific Hardware and Software to support prototypes and productization.
05 APPLICATIONS
Applicable to connected solutions across industrial sites
Support customer-specific implementation for manufacturing, welding and quality inspection, rotating-equipment monitoring, utility and infrastructure monitoring, Edge AI inspection and custom industrial devices.
APPLICATION GRID
See Key Applications and Customer Value in One View
Applications
Manufacturing / Factory Automation
Welding / Quality Inspection
Rotating Equipment Monitoring
Utility / Infrastructure Monitoring
Edge AI Inspection
Custom Industrial Device
Customer Value
Faster Problem Recognition
Connect field data in real time to identify important condition changes and problems faster.
Improved Quality Visibility
Visualize process and quality status through dashboards and inspection information.
Reduced Manual Inspection
Reduce repetitive manual inspection workload through automated data acquisition and inspection.
Engineering Flexibility
Configure Hardware and Software flexibly for the customer's equipment environment and requirements.
06 INTEGRATION & TRUST
Integrate with existing systems and build trust through validation
We provide only the public information customers need to understand integration feasibility and technical trust. Detailed system architecture, internal algorithms and implementation logic are not disclosed.
INTEGRATION
Add Intelligence while keeping the existing operating environment
Industrial IoT & Product Engineering can use existing sensors, equipment, PLC / SCADA, Edge, Server and Dashboard environments while adding customer-specific functions step by step.
- Integration with existing sensor / equipment interfaces
- Edge / Gateway / Industrial Network configuration
- On-Premise or Server / Cloud integration
- Customer-specific implementation separated from existing operating-system roles
VALIDATION & TRUST
Improve field applicability through step-by-step validation
Prototype implementation is followed by functional verification, Pilot and field testing, with step-by-step improvement toward use in the actual operating environment.
- Requirement Definition / Prototype
- Functional Verification
- Pilot / Field Test
- Productization and continuous improvement
Detailed analytical methods, internal algorithms, model architecture and implementation logic are not disclosed in order to protect core technology.
SENSOR TO EDGE TO DASHBOARD