Scalable cloud services for industry

Smart Services are standardized, scalable cloud services that enable companies to manage their processes in operations and maintenance as efficiently as possible. This includes device management, live data, cloud-based analytics, predictive maintenance, and smart energy management.
Reduce manual, redundant work steps. Increase the availability of your systems. Make better-informed decisions based on data.

More information
5 use cases:
Smart services in practice
Find out how companies use our cloud services across industries to quickly and easily boost the efficiency of their daily work routines.
Discover the Smart Services
White paper on the Smart Services

Your advantages

  • Data-based decisions with real-time information on status and usage data from various sources
  • Development of value creation potential through clearly arranged data processing
  • Predictive maintenance resulting from insights into parameters such as state of health and energy data
  • Fewer manual work steps and higher performance and efficiency with intelligent data processing and processing

Compatible and quickly operational: From Phoenix Contact hardware to “any device” IIoT-ready: Smart services are based on Industrial Internet of Things technologies (IIoT). Smart Services are compatible with IIoT-capable devices. For example, with the EMpro energy measuring device, our PLCnext Control, or a box PC. Smart Services powered by Proficloud.io can also be linked to IoT-capable devices from other manufacturers.

Smart Services powered by Proficloud.io
Proficloud.io:
Maximum transparency, maximum simplicity
Your ticket to the IIoT: The cloud platform from Phoenix Contact is a plug-and-play IIoT platform that enables companies to easily connect their devices to cloud infrastructures. It is ideal for small and medium-sized companies, among other things, as they often have limited in-house IT resources or none at all.
Discover Proficloud.io
Proficloud.io

Applications

With Smart Services, your day-to-day work will be more efficient and easier. The scalable services are versatile and can be used across industries. Smart Services are particularly interesting for small and medium-sized companies, as they can be used directly without their own IT resources.

Proficloud.io energy management view
 Times Series Data Service dashboard
 Device Management Service Basic add-on dashboard
Proficloud.io energy management view

IoT-based energy management combines IIoT, measurement technology, and smart services for automated data storage and location-independent access to energy/power data. It increases energy efficiency, reduces costs, and minimizes the environmental impact. Intelligent power grids enable efficient power distribution/use through load control, demand response, and smart metering. Cloud-based systems provide data-supported energy management and decision modeling. Each company has its own unique requirements. Choose the right solution! Let’s talk about it.

More about energy consumption monitoring
 Times Series Data Service dashboard

By analyzing sensor data, companies can predict maintenance requirements and minimize unplanned downtimes. This increases the availability of machines and systems.

In addition, Smart Services optimize the supply chain by providing real-time data on inventory, transportation routes, and demand. This improves efficiency and reduces costs.

Smart Services can also be used across industries: for example, cities use Smart Services for traffic management, environmental protection, public safety, and energy efficiency.

More about monitoring power generation
 Device Management Service Basic add-on dashboard

Data visualization enables better decisions and reduces effort. Smart services offer approaches such as:

  • Predictive maintenance: Visualize machine data, predict maintenance requirements, minimize downtimes.
  • Production monitoring: Visualize production processes, optimize performance and quality.
  • Supply chain management: Visualize supply chain processes, efficiently plan and control material flows.
  • Quality control: Visualize quality data, identify sources of error, identify potential for improvement.
  • Energy management: Visualize energy consumption, identify potential savings.

More about Power Reliability