This is what you can expect from us:
Connectivity Apps
The platform facilitates seamless communication and data exchange between various kitchen devices and systems, leading to more efficient operations.
Support for Programs from Various Manufacturers
CREATUS CLOUD is compatible with software applications from different brands, providing flexibility and allowing operators to choose the best-suited software for their specific needs.
Energy Optimization
The system manages and regulates overall energy consumption within defined limits while complying with industry standards DIN 18875:2015-05. It enables real-time monitoring of power, voltage, current, and frequency.
Temperature Recording According to HACCP
CREATUS CLOUD offers continuous monitoring and documentation of temperatures throughout all stages of food processing to ensure compliance with HACCP guidelines and maintain food safety.
Error Notifications
The system generates alerts to inform users of unexpected problems or faults, allowing for quick problem detection and resolution.
Data Collection and Storage
In view of the European Taxonomy Regulation, continuous data storage ensures a reliable database, enabling operators to demonstrate compliance with sustainability parameters.
Remote Access
Users and technicians can monitor and control kitchen devices and systems remotely, allowing for real-time adjustments, troubleshooting, and maintenance to enhance efficiency.
Industry 5.0 Integration
By merging cutting-edge technology with culinary artistry, CREATUS CLOUD enables the implementation of IoT, data analytics, and automation in gastronomic processes. This leads to optimized workflows, reduced waste, and enhanced food safety.
CREATUS CLOUD
Complies with industry standards DIN 18875:2015-05 and DIN SPEC 18898. This guarantees the highest quality, safety, and compatibility, meeting the stringent requirements of professional commercial kitchens.
Key Features of OPC/UA
Universal Standard
OPC/UA enables communication between devices and software from various manufacturers, promoting flexible and integrated systems.
Platform Independence
The interface operates across different operating systems (e.g., Windows, Linux) and hardware types, making it highly versatile.
Secure Data Transmission
OPC/UA includes built-in security protocols like encryption, authentication, and access controls to protect data during transmission.
Real-Time Communication
Ideal for continuous monitoring and control of industrial processes by collecting and analyzing data in real-time.
Object-Oriented Model
OPC/UA organizes data systematically, including values, descriptions, contexts, and relationships between elements.
Interoperability
The interface facilitates communication between automation systems from different manufacturers without needing special translators or adapters.
Internet of Things
User Error Detection:
Detects and documents user errors such as incorrect ironing parameters, wrong temperature settings for cooling and cooking devices, and improper program selection.
Energy Waste:
Management Implements energy-saving measures to minimize energy waste, including reducing excessive wash cycles relative to the load and optimizing cooking device usage by avoiding prolonged high temperatures.
Comparative Analysis:
Provides detailed comparisons, including identifying machines with above-average errors, consumption comparisons with average days/weeks, and evaluating consumption relative to similar facilities.
Cost Control:
Daily notifications about device consumption allow proactive management and improvement of resource costs and expenses.