OptixEdge – Industrial Edge Gateway for Real-Time Data Processing

OptixEdge is an advanced edge gateway from Rockwell Automation designed to transform how industrial data is collected, processed, and used. Instead of sending all data to the cloud, this solution enables real-time processing directly at the machine level, helping manufacturers gain faster insights and improve operational efficiency.

As modern machines generate increasing amounts of data, many companies struggle to use it effectively due to network limitations, storage costs, and security concerns. OptixEdge addresses these challenges by processing data at the source and sending only the most relevant information to higher-level systems.

Video Overview

Edge Computing for Faster Decisions

OptixEdge brings computing power closer to the machine, allowing data to be analyzed in real time without relying entirely on cloud infrastructure. This reduces latency and enables faster decision-making, which is critical for applications such as quality control, monitoring, and predictive maintenance.

By processing data locally, manufacturers can react immediately to changes in production conditions, improving efficiency and reducing downtime.

Seamless Data Collection and Integration

The gateway connects easily to existing automation systems and supports a wide range of industrial protocols. It can collect data from multiple sources across the plant and integrate it into centralized dashboards and analytics platforms.

With built-in support for technologies such as OPC UA and MQTT, OptixEdge enables smooth communication between operational systems and enterprise-level applications.

Built-In Tools for Faster Deployment

OptixEdge includes a pre-installed FactoryTalk Optix application with a web-based configuration wizard. This allows users to set up data collection and cloud connectivity quickly using only a browser, significantly reducing engineering time.

Users can also develop and deploy custom applications, making the platform flexible enough to meet specific project requirements.

Flexible and Open Architecture

The system is designed to work with both Rockwell Automation equipment and third-party devices, making it suitable for a wide range of industrial environments. This flexibility allows companies to modernize their systems without replacing existing hardware.

Support for Docker containers enables users to run custom applications in isolated environments, ensuring scalability and easy maintenance of solutions over time.

Secure Remote Access and Maintenance

OptixEdge provides secure remote access through FactoryTalk Remote Access, allowing engineers to monitor, configure, and troubleshoot systems from anywhere using a secure VPN connection.

This capability improves response times and reduces the need for on-site interventions, helping lower maintenance costs and increase system availability.

Reduced Data Costs and Improved Network Performance

By filtering and processing data locally, OptixEdge reduces the amount of information sent to the cloud. This leads to lower storage costs and improved network performance.

Instead of transmitting raw data, the system sends only relevant and contextualized information, making data management more efficient and cost-effective.

Why Choose OptixEdge

• Real-time data processing at the machine level
• Reduced dependency on cloud infrastructure
• Fast setup with web-based configuration wizard
• Support for OPC UA, MQTT, and industrial protocols
• Flexible architecture with Docker container support
• Secure remote access via VPN
• Lower data storage and network costs
• Compatibility with existing and third-party systems

Conclusion

OptixEdge is a powerful solution for manufacturers looking to unlock the full value of their data. By moving data processing closer to the source, it enables faster insights, improved efficiency, and more intelligent decision-making.

Whether used in new installations or existing systems, OptixEdge provides a flexible and future-ready platform for industrial edge computing and digital transformation.