MissMarvin
Software defined mission management solution for manned and unmanned ISR & SIGINT solutionsThe challenge
Modern ISR missions face significant challenges as traditional, platform-specific systems tend to be rigid and difficult to scale, limiting the ability to quickly adapt to evolving mission requirements.
At the same time, the increasing volume and diversity of sensor data demand advanced real-time processing capabilities, including data fusion and AI-driven analysis, to extract meaningful intelligence efficiently.
Moreover, these systems must guarantee reliable and secure data transmission to overarching command structures while offering transparent decision support.
This combination is essential to ensure operational safety, maintain flexibility, and enable informed decision-making in complex and dynamic operational environments.
Our solution
MissMarvin, the ISR mission software from HENSOLDT, has been designed for airborne platforms and specifically addresses the operational challenges of modern ISR missions.
As a central mission orchestration layer, MissMarvin connects sensors, mission objectives and overarching systems into a coherent, high-performance mission system. MissMarvin supports the entire mission cycle – from software-based mission planning and operational execution to the structured transfer of pre-processed ISR data.
With its modular architecture, open interfaces and consistent alignment with software-defined defence principles, MissMarvin can be flexibly adapted to new mission profiles and seamlessly integrates into MDO-capable overall architectures.
Features and benefits
Features
- Software-defined ISR mission management at platform level
- Central mission orchestration of sensors and targets
- Flexible, software-based mission planning and adaptation
- Real-time data fusion and situational awareness generation
- Modular expansion through mission-specific software functions
- Open interfaces for SDD and MDO architectures
- Scalable for manned and unmanned airborne platforms
Benefits
- Software-defined defence approach instead of rigid systems
- Rapid adaptation of new mission profiles without platform modifications
- Reduced integration and upgrade cycles
- Seamless integration into overarching MDO backbones
- Future-proof mission capability thanks to modular software