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IoT Gateways and Turnkey Cabinet System Solutions
IoTmaxx expands its portfolio to include the integration of hardware systems for software providers and industrial applications.
www.iotmaxx.com
Based in Hanover, IoTmaxx now offers full system integration within control cabinets to complement its core platform of freely programmable IoT gateways. This service includes technical planning, assembly, wiring, and quality testing of hardware components—including the integration of third-party modules such as I/O units, network components, or power supplies. The goal is to provide software and cloud providers with an "out-of-the-box" solution that acts as a central connection point between physical infrastructure and digital ecosystems.
Modular Platform and System Integration
The gateways form the basis of the architecture and support modern container technologies for seamless software integration. By offering a complete solution within the control cabinet, IoTmaxx reduces installation effort for end users. Customers benefit from:
- System Integration: Planning and implementation of control centers, including components from third-party suppliers.
- White Labeling: Customization of products with individual branding for OEM customers.
- Flexibility: Application areas include energy management systems, charging infrastructure, industrial automation, and remote monitoring of technical facilities.
Programmability and Edge-to-Cloud Architecture
The gateways are manufactured in Germany and designed for scalable architectures. Users can program individual applications themselves or have them developed by IoTmaxx. The edge-to-cloud approach allows for flexible data processing, where information is analyzed either locally or in the cloud. Long-term firmware maintenance and regular updates ensure the future-proofing of the installed infrastructure.
Additional Context: This section details technical specifications not included in the original announcement.
In industrial edge architectures, separating control logic from connectivity is a core challenge. IoTmaxx addresses this using Linux-based operating systems that enable hardware-proximate encapsulation of applications through the use of container technologies (such as Docker or Podman). This prevents software updates or new interfaces from affecting one another, which significantly increases system stability.
"Edge-to-cloud" processing is based on the use of MQTT or OPC UA protocols, which represent the standard interfaces for communication between the field level (Modbus, CAN-Bus) and cloud systems (such as Azure IoT or AWS IoT Core). Cabinet integration by the manufacturer also reduces EMC (electromagnetic compatibility) issues, as professional cable routing and shielding in industrial environments massively improve signal integrity. Furthermore, the use of industrial power supplies with a high MTBF (Mean Time Between Failures) in these cabinets is crucial for the longevity of the entire IoT solution in harsh operating environments.
Edited by Lekshman Ramdas, Induportals editor – adapted by AI.
www.iotmaxx.com
The gateways are manufactured in Germany and designed for scalable architectures. Users can program individual applications themselves or have them developed by IoTmaxx. The edge-to-cloud approach allows for flexible data processing, where information is analyzed either locally or in the cloud. Long-term firmware maintenance and regular updates ensure the future-proofing of the installed infrastructure.
Additional Context: This section details technical specifications not included in the original announcement.
In industrial edge architectures, separating control logic from connectivity is a core challenge. IoTmaxx addresses this using Linux-based operating systems that enable hardware-proximate encapsulation of applications through the use of container technologies (such as Docker or Podman). This prevents software updates or new interfaces from affecting one another, which significantly increases system stability.
"Edge-to-cloud" processing is based on the use of MQTT or OPC UA protocols, which represent the standard interfaces for communication between the field level (Modbus, CAN-Bus) and cloud systems (such as Azure IoT or AWS IoT Core). Cabinet integration by the manufacturer also reduces EMC (electromagnetic compatibility) issues, as professional cable routing and shielding in industrial environments massively improve signal integrity. Furthermore, the use of industrial power supplies with a high MTBF (Mean Time Between Failures) in these cabinets is crucial for the longevity of the entire IoT solution in harsh operating environments.
Edited by Lekshman Ramdas, Induportals editor – adapted by AI.
www.iotmaxx.com
