How does Beile OPC UA architecture technology support IIoT?
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Author : Jeakie
Update time : 2023-06-25 14:02:23
How does Beile OPC UA architecture technology support IIoT?
At the 2023 Forum, Beilai's CEO Sam discussed the application experience of IIoT, and shared that the digitalization of production are fundamental components of IIoT.
The whole data cycle from getting the data to contextualizing the data to working through model development through model deployment and then all the way to delivering information to operators。Information is communicated to the OT stack above and below the firewall using OPC UA, and this also supports cloud applications collaborating with Microsoft. Made the whole information becomes available throughout the organization accelerating digitalization improving efficiency, quality and profits.
It is subdivided into the following research topics:
1.Capture data
2.Analyze data
3.Explore data
4.Develop IoT data learning models
5.Test and validate IoT data models
6.Deployed IoT data models
7.Monitor IoT data models
8.Maintain IoT data models
Beilai has successfully developed a strong relationship with OPC UA by implementing it throughout their architecture. By adopting OPC UA as a communication framework, Beilei has achieved seamless and efficient data access that scales reliably and consistently across their entire organization.
Through the utilization of OPC UA, Beilai has been able to establish a standardized and secure method for exchanging data between their diverse systems, devices, and software applications. This has allowed them to overcome the challenges associated with integrating different technologies and protocols, enabling smooth interoperability and data sharing.
Beilai's OPC UA architecture technology plays a crucial role in supporting IIoT (Industrial Internet of Things) by providing a robust and secure framework for data communication and integration. Here are some key ways Beilai utilizes OPC UA to support IIoT:
Data interoperability: OPC UA enables seamless communication and interoperability between various industrial devices, sensors, and systems. Beilai leverages OPC UA to establish standardized and reliable data exchange protocols, allowing different components of the IIoT ecosystem to communicate effectively.
Secure and scalable connectivity: Beilai's OPC UA architecture ensures secure and encrypted data transmission, protecting sensitive information from unauthorized access. It provides authentication and encryption mechanisms, ensuring the integrity and confidentiality of data exchanged within the IIoT environment. Additionally, OPC UA supports scalable connections, allowing Beilai to expand and accommodate a growing number of connected devices.
Device management and control: OPC UA enables Beilai to effectively manage and control a wide range of devices in the IIoT ecosystem. It provides a unified interface for device discovery, configuration, monitoring, and control, simplifying the management tasks associated with connected devices. Beilai can remotely monitor and control industrial equipment, optimize operational efficiency, and respond promptly to maintenance needs.
Real-time data analytics: OPC UA facilitates the seamless integration of IIoT data with advanced analytics platforms. Beilai utilizes OPC UA to extract real-time data from connected devices and sensors, enabling intelligent data analysis and insights generation. This data-driven approach empowers Beilai to make informed decisions, optimize processes, predict failures, and improve overall operational performance.
Integration with enterprise systems: Beilai's OPC UA architecture ensures seamless integration of IIoT data with enterprise systems such as MES (Manufacturing Execution System), ERP (Enterprise Resource Planning), and SCADA (Supervisory Control and Data Acquisition). OPC UA provides standardized interfaces and protocols for data exchange, allowing Beilai to achieve seamless integration between the IIoT environment and broader business processes.
By leveraging OPC UA in their architecture, Beilai effectively harnesses the power of IIoT, enabling improved operational efficiency, real-time monitoring, predictive maintenance, and data-driven decision-making across their industrial ecosystem.
At the 2023 Forum, Beilai's CEO Sam discussed the application experience of IIoT, and shared that the digitalization of production are fundamental components of IIoT.
The whole data cycle from getting the data to contextualizing the data to working through model development through model deployment and then all the way to delivering information to operators。Information is communicated to the OT stack above and below the firewall using OPC UA, and this also supports cloud applications collaborating with Microsoft. Made the whole information becomes available throughout the organization accelerating digitalization improving efficiency, quality and profits.
It is subdivided into the following research topics:
1.Capture data
2.Analyze data
3.Explore data
4.Develop IoT data learning models
5.Test and validate IoT data models
6.Deployed IoT data models
7.Monitor IoT data models
8.Maintain IoT data models
Through the utilization of OPC UA, Beilai has been able to establish a standardized and secure method for exchanging data between their diverse systems, devices, and software applications. This has allowed them to overcome the challenges associated with integrating different technologies and protocols, enabling smooth interoperability and data sharing.
Data interoperability: OPC UA enables seamless communication and interoperability between various industrial devices, sensors, and systems. Beilai leverages OPC UA to establish standardized and reliable data exchange protocols, allowing different components of the IIoT ecosystem to communicate effectively.
Secure and scalable connectivity: Beilai's OPC UA architecture ensures secure and encrypted data transmission, protecting sensitive information from unauthorized access. It provides authentication and encryption mechanisms, ensuring the integrity and confidentiality of data exchanged within the IIoT environment. Additionally, OPC UA supports scalable connections, allowing Beilai to expand and accommodate a growing number of connected devices.
Device management and control: OPC UA enables Beilai to effectively manage and control a wide range of devices in the IIoT ecosystem. It provides a unified interface for device discovery, configuration, monitoring, and control, simplifying the management tasks associated with connected devices. Beilai can remotely monitor and control industrial equipment, optimize operational efficiency, and respond promptly to maintenance needs.
Real-time data analytics: OPC UA facilitates the seamless integration of IIoT data with advanced analytics platforms. Beilai utilizes OPC UA to extract real-time data from connected devices and sensors, enabling intelligent data analysis and insights generation. This data-driven approach empowers Beilai to make informed decisions, optimize processes, predict failures, and improve overall operational performance.
Integration with enterprise systems: Beilai's OPC UA architecture ensures seamless integration of IIoT data with enterprise systems such as MES (Manufacturing Execution System), ERP (Enterprise Resource Planning), and SCADA (Supervisory Control and Data Acquisition). OPC UA provides standardized interfaces and protocols for data exchange, allowing Beilai to achieve seamless integration between the IIoT environment and broader business processes.
By leveraging OPC UA in their architecture, Beilai effectively harnesses the power of IIoT, enabling improved operational efficiency, real-time monitoring, predictive maintenance, and data-driven decision-making across their industrial ecosystem.
