High network stability Stable 5G networks for industry thanks to AI-supported analysis

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Network disturbances, overloads, and inefficient resource allocation impair the stability of a 5G network in industry. AI-driven automation enables a stable and high-performance network infrastructure.

5G offers short latency times and high bandwidths. Therefore, the use of a 5G campus network in industry is interesting. Reliable tools are required for stable operation.(Image: freely licensed /  Pixabay)
5G offers short latency times and high bandwidths. Therefore, the use of a 5G campus network in industry is interesting. Reliable tools are required for stable operation.
(Image: freely licensed / Pixabay)

The increasing complexity of 5G networks presents new challenges for operators. Network disturbances, overloads, and inefficient resource allocation can significantly impair performance. To address these issues, Brown-Iposs relies on automation and artificial intelligence.

At the Mobile World Congress (MWC) 2025, Brown-Iposs presents CARAT (Classification and Root-Cause Analyzing Tool), a tool for error analysis and network optimization. The software enables proactive troubleshooting in O-RAN-based 5G networks through AI-supported data analysis in real time.

CARAT captures and analyzes connection data directly at the source in the radio access network (RAN) in real-time. Using AI algorithms, the software identifies and classifies anomalies in protocol sequences and proactively detects disruptions, interferences, or overloads. Automated corrective actions are promptly initiated to improve network stability. Additionally, CARAT optimizes network operations through smart algorithms and provides valuable insights for network configuration optimization. Thanks to its high degree of adaptability, the tool can be tailored to the specific requirements of various industrial environments.

Automatically detect errors and better resource allocation

"The high speed that CARAT offers represents a small revolution in the field of radio network optimization," says Dr. Bernd Schröder, founder and managing director of Brown-Iposs.(Image: Brown-Iposs)
"The high speed that CARAT offers represents a small revolution in the field of radio network optimization," says Dr. Bernd Schröder, founder and managing director of Brown-Iposs.
(Image: Brown-Iposs)

"With CARAT, we support operators of public and private networks in ensuring high service quality," says Dr. Bernd Schröder, founder and managing director of Brown-Iposs. "To achieve this, connection data is captured and analyzed directly at the radio access network to identify and classify errors in real-time with AI support. Corresponding corrections are then automatically initiated."

The AI-supported analysis of protocol streams detects disturbances or overloads before they affect operations. The tool thus ensures higher service quality and improved performance of the 5G infrastructure. "The high speed that CARAT offers represents a small revolution in the field of radio network optimization," concludes Dr. Schröder.

Industry, events, and agriculture

The tool optimizes 5G campus networks in the industry through AI-supported real-time data analysis. It enables proactive troubleshooting and automated network optimization, leading to reliable and resource-efficient operation.

For large venues, CARAT detects disruptions, interferences, or overloads at an early stage, ensuring stable network performance even under high load. In the context of smart farming, it optimizes 5G networks used for autonomous tractors and other agricultural IoT devices. The high bandwidth and low latency of 5G enable efficient real-time communication between devices. (heh)

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