Groundbreaking achievement: ipoque's 5G network analysis detects unauthorized drones

Groundbreaking achievement: ipoque's 5G network analysis detects unauthorized drones ipoque, a Rohde & Schwarz company, streamlines critical infrastructure security with a state-of-the-art 5G network analytics system, specifically designed to identify and track threats posed by drones.

HSU/UniBw H and ipoque, a Rohde & Schwarz company, collaborate to detect unauthorized UAS by analyzing patterns within vast 5G network data streams. (Image: Rohde & Schwarz)

The Helmut-Schmidt- University of the Federal Armed Forces Hamburg (HSU/UniBw H) has embarked on a pioneering research collaboration with ipoque, a Rohde & Schwarz company.

This strategic partnership aims to develop cutting-edge technology capable of identifying and mitigating potential threats from unauthorized drones (UAS) by analyzing patterns within vast 5G network data streams.

Leveraging the universitys state-of-the-art 5G Campus Network, established by Deutsche Telekom Global Business in conjunction with Ericsson as part of the Digital Sensor-2-Cloud Campus Platform (DS2CCP/dtec.bw) project, the research team will focus on anomaly detection in 5G Campus Networks and drone detection in mobile networks. This innovative approach is set to bolster the security of critical infrastructure, such as airports and stadiums, against drone-based threats.

The Hamburg-based researchers, known for their development of the FALKE interceptor drone, are at the forefront of European research in this domain. ipoque will contribute its expertise in network analysis software, renowned for enhancing network optimization, management, connectivity, and security.

This collaboration represents a crucial step towards harnessing the power of 5G network analysis for national security, stated Prof. Gerd Scholl, leading the project at HSU/UniBw H. By developing sophisticated anomaly detection capabilities, we can significantly enhance the protection of sensitive areas against unauthorized drone activities.

ipoques advanced software solutions, backed by nearly two decades of collected data sets and our global framework for generating high-quality training data, will be instrumental in achieving real-time network analysis and application awareness, added Dr. Ing. Martin Mieth, Director Network Analysis for ipoque. This synergy is pivotal for overcoming current data protection challenges and paving the way for the next generation of AI-driven network security solutions.

Note to editors:

ipoques cutting-edge solution revolutionizes network analysis and security by leveraging artificial intelligence (AI) and machine learning (ML) to detect anomalies in real-time, particularly within the context of 5G Campus Networks and drone detection in mobile networks. Unlike conventional methods, ipoques innovative approach utilizes a vast, pre-existing pool of data sets, accumulated over nearly two decades, to train its ML models, thereby eliminating the need for customer-specific baselining and ensuring unparalleled data protection compliance. This breakthrough enables the swift and accurate identification of potential threats, such as rogue drones, and facilitates the classification of encrypted network traffic without compromising quality, making it an indispensable tool for telecommunications providers, cybersecurity entities, and government agencies seeking to fortify their networks and safeguard sensitive infrastructure.

The demand for highly efficient and reliable drone defense solutions is stronger than ever. Companies and government institutions around the world with the highest security requirements rely on Rohde & Schwarz for their drone defense systems.

The Rohde & Schwarz ARDRONIS counter drone solution uses various sensors and defense technologies to secure the airspace around critical infrastructure facilities against unauthorized UAVs. The number sensors and the size of the array can be custom configured to meet security requirements and the threat level on site.

ARDRONIS offers efficient protection against the threat posed by hostile drones. ARDRONIS detects commercial drone activity and automatically classifies the type of drone signal, determining the direction of the drone and its pilot, and (on command) disrupts the radio control link to prevent the drone from reaching its target.

ARDRONIS combines leading Rohde & Schwarz sensors to form a reliable, high-performance solution to secure a predefined airspace against drones. Highly sensitive antennas and monitoring receivers collect RC drone signals

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