MDOcore
The backbone of networked command and control
MDOcore is HENSOLDT’s software suite for Multi-Domain Operations (MDO). It connects sensors and command-and-control systems across all domains – land, air, sea, cyber and space. The result: a unified, resilient real-time operational picture. Armed forces gain information superiority and can act faster, more precisely and effectively at the tactical edge.
Flexibility and sovereignty
Based on open architectures, MDOcore enables the rapid integration of both HENSOLDT and third-party systems while ensuring continuous upgradability. Data fusion, AI-based analytics and flexible interfaces guarantee interoperability with partners and allies – including NATO and EU coalitions. Thus, MDOcore is more than a technology: it realises the vision of a software-defined battlespace and serves as a strategic enabler for command capability across all types of operations.
MDOcore – The software suite for Multi-Domain Operations
MDOcore is middleware for distributed data management that seamlessly connects diverse weapon systems and their sensors. It enables cross-domain collection, processing and fusion of sensor data – leveraging modern cloud-edge IT infrastructures.
By combining state-of-the-art data-science methods and artificial intelligence, MDOcore fully meets all requirements of Software-defined Defence (SDD). Even in contested environments with degraded communications, the suite proves its robustness. MDOcore fuses data intelligently, dynamically and prioritises available resources – providing mission-relevant information within seconds.
The integration of Large Language Models (LLMs) allows complex situational data to be queried in natural language, via text or voice input. Thus, MDOcore creates a real-time, cross-domain operational picture – the foundation for information dominance and rapid decision-making.
Core capabilities of MDOcore
- Data integration & sensor fusion: Aggregation and processing of radar, EO/IR and SIGINT data across domains for a unified situational picture.
- Sensor resource management: Dynamic prioritisation of available sensor resources.
- AI-assisted interaction: Direct data query and analysis in natural language via LLMs.
- Open and modular software architecture: Modular, scalable and adaptable to multiple platforms and mission scenarios (compliant with MOSA and SOSA standards).
- Interoperability: Standardised data models ensure compatibility with third-party and legacy systems in NATO and EU coalitions; retrofittable within months.
- Operation in edge, fog and cloud environments: Seamless functionality across the entire military IT spectrum – from tactical edge systems to national cloud-based C2 structures.
- Sense and simulation environment: Realistic test and training environment for validating new software modules, sensor fusion and AI algorithms. Digital twins enable safe testing of systems and tactics – from simulated sensors to fully networked command-and-control operations.
- Upgradability: New functions, sensor algorithms or security updates can be integrated via secure, verified over-the-air updates – without operational interruption.
- Cybersecurity: Zero-Trust architecture, encryption and continuous monitoring protect data and systems against cyber threats – both in operations and within networks.
- Predictive maintenance: Continuous monitoring of sensors to anticipate maintenance needs early and ensure sustained readiness.
Operational advantages with MDOcore
MDOcore translates technological excellence into immediate operational effect.
The software suite turns complex sensor data, AI and software integration into a tactical advantage:
Commanders receive a precise, trusted operational picture in real time, allowing them to prioritise resources and react faster – even under enemy influence, degraded communications or high data loads.
Thus, MDOcore becomes the decisive factor for command capability and operational effectiveness in Multi-Domain Operations.
Operational benefits
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Information dominance in real time: Continuous data fusion and AI-supported analysis deliver a unified situational picture across all domains – the basis for faster, more precise decisions.
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Command resilience under all conditions: Edge-, fog- and cloud-capable design ensures operational availability even under degraded communications or cyberattack conditions.
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Coalition interoperability: Standardised data models enable seamless cooperation within NATO and EU frameworks – without system breaks or time loss.
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Agility through software: New functions, sensor algorithms and tactics are developed and integrated in weeks instead of years – ensuring continuous readiness and technological superiority.
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*Resilience and cybersecurity: Zero-Trust principles, encryption and persistent monitoring protect data, systems and communications across the battlespace.
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Training and preparation: Simulations and digital twins allow safe validation of new procedures before real-world deployment.
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Availability and sustainability: Predictive maintenance and modular architecture maximise uptime and reduce logistic dependencies – essential for long-duration operations.
MDOcore software architecture
MDOcore is built on an open, secure and scalable software architecture following modern DevSecOps principles, fully aligned with Software-defined Defence requirements.
It separates hardware from software – and software from data – using containerised microservices, standardised interfaces and automated deployment processes to ensure interoperability, modularity and rapid development cycles.
The result is a robust, resilient architecture that is efficient, extensible and scalable.
Architecture principles
- Open architecture: Built in accordance with MOSA and SOSA principles; extendable via third-party modules.
- Microservices and containerisation: Modularised services in isolated containers for flexibility, security and portability.
- Edge-fog-cloud continuum: Continuous operational and data-processing layers from tactical edge to strategic cloud.
- Interface standardisation: Use of open APIs and common data models ensuring interoperability with NATO and EU standards.
- DevSecOps: Continuous integration, automated testing and secure deployment enabling agile software adaptation in operations.
- Governance and security by design: Cryptographic methods, policy management and audit trails ensure data integrity and accountability.
- AI integration: Embedded AI and data-science pipelines with human-on-the-loop design supporting automation, traceability and decision logic.
Linked software suites
Domain-specific solutions that translate the principle of Software-defined Defence into concrete operational scenarios – Seamless integration with MDOcore for maximum effect, interoperability and information superiority.
Our expertise
HENSOLDT is a leader across the full spectrum of modern sensor technologies, granting exclusive access to sensor data and decades of accumulated expertise in data processing.
HENSOLDT masters modern software development – agile, scalable, and structured according to SAFe principles with proven release trains, successfully implemented for years in operational projects.
HENSOLDT builds on deep expertise in Data Science and Artificial Intelligence – from algorithmic research to real-time integration – driven by in-house specialists in engineering, computer science, and physics.
HENSOLDT’s proprietary software architectures and deep integration competence are backed by decades of experience in safety-critical systems and numerous international patents in sensing, software, and data processing.
Key benefits
Maximising performance and valueInformation dominance in real time
- Unified and resilient situational picture across all domains.
- AI-driven data fusion and semantic analysis deliver precise decision intelligence within seconds.
- Dynamic prioritization of sensors and resources enables rapid responsiveness.
- Networked sensor-to-shooter chains ensure speed of action and superiority in combat.
Command capability in any environment
- Edge, fog, and cloud capabilities ensure operational continuity even under degraded communications.
- Resilient architecture guarantees command and control in contested, degraded, or denied environments.
- Zero-trust principles and encrypted data paths protect systems and communications from cyberattacks.
- Simulations and digital twins enable training, testing, and tactical preparation in real time.
Agility and sovereignty through software
- Open, modular architecture based on MOSA and SOSA principles allows flexible expansion.
- No vendor lock-in — full control over data and integrations.
- New features and algorithms can be deployed within days.
- Predictive maintenance and automated updates maximize availability and service life.