Rockwell Automation is one of the leading providers of automation systems, encompassing HMI technologies. I can provide a general overview of likely future trends and breakthroughs in HMI technology that Rockwell Automation or the industry as a whole may be exploring, even if I am not aware of Rockwell Automation's exact plans or advancements after September 2021.

1. Edge Computing and Edge HMI:

Edge computing is growing in popularity in HMI technology as real-time data processing and decision-making gain importance. Edge HMIs bring processing and analytics capabilities closer to the data source, reducing latency and enabling faster reaction times. It is probable that Rockwell Automation is investigating edge HMI solutions in an effort to enhance data analysis and processing at the edge of the network.

• Reduced Latency: By processing data closer to the source, edge computing reduces the amount of time it takes for it to travel to a distant cloud or data centre for processing. Consequently, there is a decrease in latency and an acceleration of real-time decision-making, which is crucial for applications that require rapid responses.
• Enhanced Reliability: Edge computing can improve system stability by reducing reliance on network connectivity. Even in the event of an unexpected or erratic network connection, critical operations can still be finished locally.

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2. Integration with Industrial Internet of Things (IIoT):

HMIs are expected to play a crucial role in the integration of the IIoT, which is revolutionising the industrial environment. It's probable that Rockwell Automation is focusing on developing HMIs that are simple to interface with IIoT platforms and devices in order to provide better industrial operations monitoring, control, and data collection.

• Data Collection: Data is gathered at different stages of the industrial process by sensors, actuators, and other IIoT-capable industrial equipment. IIoT devices may provide this information to HMIs, which can then track and display the collected data via a centralised interface.

• Real-Time Monitoring and Control: Thanks to IIoT connection, HMIs may now provide real-time monitoring and control capabilities. Operators have the ability to monitor key performance indicators, remotely verify the status of connected equipment, and get messages or alerts in the event of an unexpected or important event. Furthermore, they may alter and control IIoT device properties directly via the HMI interface.

3. Advanced Analytics and Predictive Maintenance:

It's probable that Rockwell Automation may spend money on HMI systems that employ the newest methods of machine learning and analytics. These HMIs may look at both past and current data to identify patterns, predict equipment failures, and make preventative maintenance techniques possible. This can optimise maintenance schedules, save downtime, and improve overall equipment reliability.

Advanced analytics is the process of analysing large volumes of data using sophisticated algorithms and methodologies to find meaningful patterns and trends. In the context of HMIs, advanced analytics may help operators and businesses make data-driven decisions, optimise processes, and improve system performance. By utilising sophisticated analytics, HMIs may provide operators with helpful information and recommendations based on analysis of both historical and real-time data.

4. Collaborative HMIs:

Collaborative HMIs enable many operators or teams to work together on a single HMI interface. This facilitates effective decision-making, cooperation, and knowledge exchange. It's probable that Rockwell Automation is investigating ways to enhance the HMIs' collaboration features, allowing operators to collaborate virtually and instantly exchange discoveries.

• Real-Time Collaboration: With collaborative HMIs, teams and operators may work together in real time regardless of where they are physically situated. Multiple users may see and interact with the HMI interface at the same time, which enables them to collaborate on projects, exchange ideas, and make choices as a group. This promotes enhanced collaboration and increases overall efficacy.
• Knowledge Sharing: Collaborative HMIs let teams and operators transmit knowledge to one another. Through a shared interface, users may converse and exchange information, anecdotes, and best practises. This speeds up learning and makes information exchange easier, enhancing productivity and problem-solving abilities.

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5. Enhanced Cybersecurity:

Given the ongoing evolution of cybersecurity threats, it's possible that Rockwell Automation is giving higher priority to developing HMIs with enhanced cybersecurity capabilities. This might include secure authentication protocols, data encryption, intrusion detection, and integrated security monitoring tools to protect industrial systems from cyberattacks. 

• Protection of Industrial Systems: Connectivity between HMIs and critical industrial networks and systems is common. Enhanced cybersecurity protocols shield these systems from unauthorised access, malicious activities, and possible cyber threats. HMI protection is necessary to preserve the availability, confidentiality, and integrity of industrial operations.
• Data Security: HMIs handle and keep confidential data related to industrial operations. User passwords, production data, process parameters, and other important information may be included in this data. Robust cybersecurity measures thwart data breaches, data manipulation, and unapproved exposure of private data.

6. Mobile HMI Solutions:

Mobile devices are becoming more and more prevalent in industrial settings. It's probable that Rockwell Automation is developing mobile HMI solutions that enable users to access critical data and control systems using tablets or smartphones. Mobile HMIs allow for remote industrial process monitoring and management, which can boost productivity and flexibility.

• Remote Monitoring and Control: Mobile HMI solutions enable operators to oversee and control industrial processes from any place, at any time. This flexibility increases productivity and shortens response times by enabling real-time activity viewing and remote response to critical circumstances or adjustments.
• Increased Accessibility: Mobile HMI solutions make it simple for operators to access HMI systems via their mobile devices. This accessibility enables quick access to processed data, alerts, and notifications, facilitating quick decision-making and a timely response to operational changes.

These trends and upcoming innovations demonstrate the advancement of HMI technology. For precise and up-to-date information on the company's particular goals and impending developments, it is advisable to speak with authorised sources or get in direct contact with Rockwell Automation.

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