Connectivity in IIoT
Unlimited connectivity in IIoT – the future of drive technology begins now.
Connectivity/IIoT
- Connectivity
- IO-Link
- Function
- Plug and play
- License
- for multiple gearboxes
Quick entry into cybertronic drive technology
- Connectivity
- App
- Function
- Data routing
- License
- included with cynapse®
Data routing between drive train and Smart Services
- Connectivity
- Web service (API)
- Function
- Asset management
- License
- free of charge
Standardized product information in the asset administration shell
- Connectivity
- App
- Function
- Monitoring
- License
- included with cynapse®
Control terminal and dashboard for the smart gearbox
- Connectivity
- OPC UA
- Function
- Asset management
- License
- free of charge
Standardized communication via OPC UA
- Connectivity
- Web application
- Function
- 24/7 support
- License
- free of charge
24/7 support and access to all important information
Connectivity is not the future of industry—it is its prerequisite.
Intelligent connectivity for Industry 4.0
The connectivity of machines, sensor technology, and systems opens up new possibilities for data analysis, condition monitoring, and process-optimized control.
Real-time communication
Machines, controllers, and cloud systems can communicate with each other in real time.
Standardized interfaces
For example, IO-Link, OPC UA, or MQTT.
Higher plant availability
Critical conditions can be detected at an early stage.
More efficient production
Data-based optimization of processes.
Connectivity is the key to the smart factory
In the era of Industry 4.0, connectivity is much more than just a technical buzzword—it is the key to a new dimension of industrial value creation. The intelligent networking of machines, sensors, and systems creates the basis for data-driven decisions, automated processes, and a sustainable increase in efficiency.
Modern production environments rely on real-time communication between components, standardized interfaces such as IO-Link or OPC UA, and seamless integration into existing IT and OT infrastructures. This allows operating data to be collected directly at the source, analyzed, and integrated into higher-level systems – without manual intervention or media breaks.
For machine builders, this means greater transparency regarding the condition of their systems, the possibility of predictive maintenance, and significantly higher system availability. Critical conditions can be identified at an early stage, unplanned downtime can be avoided, and maintenance measures can be planned in a targeted manner. At the same time, new potential for process optimization and cost reduction opens up.
But connectivity is not only a driver of efficiency—it is also an enabler for new business models. The intelligent use of machine data enables, for example, service on demand, digital twins, or adaptive production processes. Those who connect today are laying the foundation for the smart factory of tomorrow.
Getting started with networked production does not have to be complex. By using standardized technologies, modular IIoT platforms, and experienced technology partners, digitalization can also be achieved step by step – for example, by retrofitting existing systems or integrating them into new machine concepts.
Connectivity is therefore not only a technological advance, but also a strategic success factor for mechanical engineering. It combines the best of mechanics, electronics, and digitalization—and makes Industry 4.0 a reality.
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