Modern conflicts present multifunctional, multidimensional, and scalable challenges. In response, Rheinmetall is introducing a multi-layered approach to future combat operations that emphasizes integration and digital connectivity. This concept combines human intelligence and creativity with artificial intelligence, conventional weapon systems, and unmanned platforms. At the core of this vision is Rheinmetall’s new Battlesuite—a digital platform designed to enhance operational effectiveness across networked military systems. The Battlesuite will make its public debut at the AFCEA trade exhibition in 2025.
By linking conventional and unmanned systems, Rheinmetall aims to harness their respective strengths: the flexibility and precision of unmanned systems with the reliability and resilience of traditional platforms. This results in what the company describes as holistic warfare, where systems complement one another and reduce the burden on human operators. The Battlesuite functions as a central data and decision-making hub, underpinned by advanced AI, a robust network architecture, and secure cyber defense protocols.
Battlesuite: a complete operational framework
Built on blackned’s Tactical Core—which serves as the operating system—the Battlesuite is designed to support an unlimited number of current and future applications, similar to how smartphones operate through an app-based architecture. It incorporates both Rheinmetall-developed software and tools from strategic partners, creating synergies and ensuring flexibility to meet various mission-specific demands. The result is a modular, future-ready, and powerful infrastructure.
Key features of the Battlesuite include:
Interoperability across diverse systems: Whether legacy or next-generation platforms, the Battlesuite enables seamless data exchange.
Real-time communication in complex missions: Enhances decision-making during tactical and strategic operations.
Advanced cyber security: Employs a layered security approach to protect sensitive communications and critical data.
Highlighted advantages of the Rheinmetall Battlesuite:
Modular design: Supports integration with different platforms and mission needs. Its open architecture ensures compatibility with both current and future systems, maximizing adaptability and lifecycle value.
Government-accessible open code: Offers transparency, adaptability, and alignment with national security standards.
AI-enabled decision support: Uses predictive modeling for fast, data-driven responses. Acting as a tactical data fog layer, the AI system collects, synchronizes, and distributes data independently of application, system, or network conditions.
Efficient network management: Supports both tactical radio and IP communications, adapting to legacy and modern systems to ensure resilience in the face of electronic warfare. This includes support for narrowband transmission in hardened communication environments.
Approved cyber security solution: Battlesuite incorporates industry-leading encryption and continuous threat analysis to ensure compliance with strict national and international standards—both in fixed and mobile deployments.
Multi-security domain operation: Enables secure function across isolated security zones and cross-domain infrastructures, suitable for government, critical infrastructure, and multinational settings. It ensures reliable, secure coordination between segmented security environments.
Cost-efficiency: Shared platform usage reduces integration costs. New features and technologies can be incorporated without reconfiguring every individual system.
The Rheinmetall Battlesuite allows all users within the network to access a unified, real-time operational picture. This synchronized situational awareness improves decision speed and accuracy, optimizing the deployment of time, materials, and personnel. By enhancing digital connectivity, the Battlesuite not only increases operational flexibility but also promotes more sustainable resource planning and usage.