Comprehensive security solutions for modern defense networks
Modern armed forces face the challenge of protecting their digital infrastructures against sophisticated cyber threats while ensuring operational readiness with high resilience. Cyberattacks, espionage, and targeted manipulation endanger critical systems and sensitive data in the defense sector.
Rohde & Schwarz offers solutions for this – ranging from securing individual endpoints and protected networks to comprehensive security architectures. The solutions meet the highest national and international security requirements and enable guaranteed, trustworthy, and secure data transmission.
The focus is on powerful encryption technologies, security concepts, and integrated systems developed specifically for military scenarios. The goal is to strengthen digital sovereignty and ensure robust, resilient communication.
Endpoint Security
Securing endpoints is a central component of modern military cybersecurity strategies. Laptops, mobile systems, and external storage media often represent entry points for cyber threats and must therefore be specially protected.
Military endpoint security solutions are based on comprehensive data encryption and secure access concepts. They reliably protect sensitive information from unauthorized access, data loss, and espionage—even if devices are lost or stolen. Modern features such as secure remote access and protected mobile work enable flexible yet highly secure usage.
High-security cryptographic solutions
High-security cryptographic solutions form the foundation for protecting classified information in military environments. They ensure that data is protected from unauthorized access both during storage and transmission.
By utilizing certified cryptographic algorithms and specially hardened hardware, these solutions meet the most stringent security requirements of national and international authorities. They enable trusted communication between security-critical systems and ensure that even highly sensitive information remains protected at all times—even in particularly demanding operational scenarios.
Centralized management
A central management system enables the efficient and intuitive centralized management of all security endpoints via a secure web interface, allowing for the implementation of consistent and standardized security policies. These solutions are designed for use in complex and heterogeneous IT environments and enable the scalable control of large, distributed infrastructures throughout their entire lifecycle.
In addition, an integrated PKI, combined with centralized identity management, ensures complete control over cryptographic keys and certificates—operated under your own authority and designed to meet the highest security requirements, including BSI and NATO/EU-restricted standards.
Network encryption
Network encryption is of paramount importance for protecting communication infrastructures against eavesdropping and manipulation. Especially in distributed operational environments, data must be transmitted reliably, securely, and with guaranteed integrity between locations, units, and mobile systems.
Network encryption solutions ensure end-to-end protection of data streams in tactical and strategic networks. They offer high performance without loss of throughput and extremely low latency for use in real-time applications. At the same time, the focus is on maximum security, enabling the protection of sensitive communications across different network infrastructures—from stationary networks to mobile and ad-hoc connections.
Network security
In addition to encryption, comprehensive network security is required to detect and repel attacks early on and ensure the availability of critical systems. Secure networks must function stably and securely even under adverse conditions.
Network security solutions combine protective mechanisms such as segmentation, resilience/redundancy, access control, and continuous monitoring into a holistic security approach. They enable threats to be quickly identified and responded to, while simultaneously ensuring system availability. This creates a resilient infrastructure that meets the demands of modern deployment scenarios.
