Maritime CMS

Enhancing Maritime Combat Management Systems (CMS) with Geospatial Technology

Maritime operations are becoming increasingly complex, and naval forces face mounting pressure to act quickly, precisely and adaptively.

At the heart of these operations are Combat Management Systems (CMS), which act as central intelligence hubs by processing sensor data, evaluating threats and coordinating tactical responses.

In order to meet the demands of modern naval warfare, CMSs must do more than simply collect raw data. They must deliver actionable insights that empower operators to make informed decisions in real time. This is precisely the area in which Carmenta’s geospatial technology can make a decisive difference.

Dynamic mission planning & execution

Naval missions rarely remain static, they evolve in response to changing threats, environmental conditions and strategic priorities, amplifying the need for dynamic mission planning and execution.

Integration of nautical, bathymetric, and weather data

Carmenta’s geospatial technology provides maritime CMSs with rich, multi-layered data integration to enhance situational awareness and mission planning.

Bathymetric analysis

• Real-time generation of colour ramps, isolines and altimetry.
• Identification of underwater features, such as ridges, valleys, peaks and basins.

Geospatial data from any source

Weather intelligence

• Integration of meteorological information in the GRIB and C-MAP formats enables dynamic weather visualization.
• Supports weather forecasting and environmental impact assessment.

Meteorological data

Military symbology

• Full and comprehensive support for NATO APP-6 and U.S. DoD MIL-STD-2525 versions B, C and D.
• Ensures standardized tactical visualization across allied forces.

Military tactical overlays

Obstacle detection & vertical clearance analysis

By identifying potential obstacles during the planning phase, the risk to the mission can be reduced. This proactive approach enhances operational safety and reduces the risk of mission disruption due to environmental constraints.

Carmenta’s geospatial capabilities enable naval operators to:

• Apply obstacle detection to vessel paths. Automatically analyze planned routes for ground or structural hazards.
• Visualize the vertical profile. Display elevation and depth profiles along the vessel’s path to assess navigational feasibility.
• Calculate vertical clearance. Ensure safe passage by computing the available clearance between the vessel and any underwater or overhead obstacles.

Safe vessel routing & adaptive path optimization

In maritime operations, selecting the optimal route is critical to mission success. Geospatial capabilities enable naval forces to intelligently plan and adapt vessel paths, factoring in mission objectives, environmental risks and operational constraints. This approach ensures mission continuity, operational safety, and tactical flexibility in complex maritime environments.

Whether the objective is speed, safety, stealth or efficiency, Carmenta provides the tools to calculate optimal routes, avoid hazards and respond swiftly to changing conditions.

• Optimal pathfinding
  Find the best route based on customizable criteria, such as the fastest, safest, most concealed or most fuel-efficient path.
• Hazard avoidance
  Use real-time data integration to avoid dangerous areas such as shallow waters, restricted zones or adverse weather conditions.
• Route deconfliction
  Automatically detect and resolve conflicts with ground operations or other vessels to ensure the safe and coordinated movement of all parties.
• Rapid re-routing
  Respond instantly to changes in the mission, new orders or unexpected obstacles by quickly recalculating alternative paths.

Sensor fusion & data integration

To create a clear, accurate and actionable view of the operational environment at all times, maritime operations rely on a wide range of sensors. By using comprehensive sensor fusion capabilities cognitive load can be reduced and situational awareness can be enhanced, enabling faster, more informed decision-making in surveillance, search and rescue and combat scenarios.

Carmenta’s geospatial technology seamlessly integrates data from radar, electronic warfare (EF), Automatic Identification System (AIS), electro-optical/infrared (EO/IR), and other sources to provide a unified, georeferenced view.

Live video integration

• Overlay live video streams from underwater cameras, aircraft or uncrewed vehicles directly onto 2D and 3D maps in real time.
• The tactical value of the video is significantly increased by the fact that every event is instantly linked to its geographic location.
• Use object detection algorithms to visualize moving objects directly on the map, enhancing situational awareness.

Georeferenced video

Sensor data aggregation

• Collect and display data from various sensors to support maritime surveillance and search and rescue (SAR) operations.
• Real-time display of raw radar data from aircraft or weather radars integrated into an operational map.

Radar data

Nautical landing & cross-domain UxS integration

Naval missions are increasingly reliant on uncrewed systems operating across domains – on the surface, underwater and in the air. By integrating real-time geospatial intelligence and uncrewed mobility across all domains, Combat Management Systems can manage autonomous assets with confidence, ensuring safe deployment, synchronized movement, and mission alignment across all platforms.

Carmenta’s geospatial technology supports the precise navigation of landing operations and the seamless coordination of cross-domain UXS activities.

Key capabilities

• Seamless coordination of uncrewed systems (UXS) across land, sea and air.
• Real-time geospatial intelligence for dynamic mission planning and execution.
• Support for the maritime launch, ground mobility and aerial surveillance phases.
• Identification of safe landing zones and optimal inland routes.
• Unified operational picture for crewed and uncrewed assets.
• Enhanced interoperability and responsiveness in multi-domain operations.

Learn more about military mobility across all domains in our knowledge hub article:

Uncrewed military mobility across all domains

Interoperability

In joint and multinational maritime operations, interoperability – consistent communication, shared situational awareness and smooth collaboration between allied forces and platforms – is paramount.

Carmenta’s geospatial technology is designed to integrate seamlessly with existing CMSs and adhere to key military standards.

Standards-based symbology

Provides full support for NATO APP-6 and MIL-STD-2525 (versions B, C and D) to ensure consistent tactical visualization.

Data format compatibility

Standardized maritime data handling through the integration of IHO S-57/S-63, AML, GRIB and C-MAP formats.

System integration

Designed for easy embedding into CMS architectures, supporting cross-platform interoperability

Multinational coordination

It enables a shared geospatial context to be established across allied systems for joint mission planning and execution.

This ensures that Carmenta-powered CMS solutions can operate effectively within coalition environments, providing support for unified command structures and reducing the complexity of implementation.

Interoperability

Real-time performance & scalability

Combat Management Systems must operate under time-critical conditions where delays in data processing or visualization could compromise the success of a mission. It is critical that operators receive timely, actionable insights without delay, supporting fast decision-making and maintaining mission continuity in high-pressure scenarios.

Designed for high-performance environments, Carmenta’s geospatial technology delivers real-time responsiveness and a scalable architecture that meets the demands of modern naval operations.

High-speed rendering

Visualize large and complex geospatial datasets instantly, including dynamic overlays, sensor feeds and

Low latency updates

Ensure a real-time response to changes in the mission, sensor inputs and operator interactions.

Scalable deployment

Adapts to varying hardware and operational requirements, from embedded systems onboard vessels to large-scale command centres.

Optimized resource usage

Efficient memory and CPU management ensures smooth performance, even when processing large amounts of data.

High-performance rendering