We provide smart feature extraction from predefined routines, procedures and attributes as military control features required for battlefield intelligence preparation. We use standard geospatial analyses to develop military control features such as obstacles, zones, and more. Using operational business rules and feature attributes, all required tactical overlays are prepared automatically.

Environmental C2 and FAS systems consume and use military messaging capabilities, as web enabled services, based on the NATO ADATP-3 Message Text Format and the US Variable Message Format. All baselines served by the ADATP-3 standard are composed, validated, and mapped against a C2 or FAS system.

Bidirectional mapping enables end users to compose ready to use messages from selected entities in their C2 systems. We also support the design and definition of new messages required by end users or systems.

A rich military business rules engine, using NATO JC3IEDM data model components, serves as a standard verification tool for all environmental systems to process combat actions and objects. A system engine enhancement will allow systems or system admins to also develop rules.

Requests coming from artillery, air, infantry, and air assault sections, etc., can be further processed using forecast and observed meteorological data. Such data might include different layer types (temperature, pressure, rain, and wind, etc.) on different atmospheric levels, millibar levels as an example. A variety of specific reports can be generated, even in the form of ready to use military messages.

Standard military symbology standards such as MIL-STD-2525b and c and NATO APP6-A, B, C, and D are supported as web enabled services to portray military objects over map layers. Dynamic military objects representation based on fast changing attributes is provided for common operational picture layers’ infrastructure. Anchor point drawing aids allow easy to use geospatial control features.

These services present FAS and C2 system as smart layers specially built and prepared for Intel, Operations, Logistics, Air Assault or Globally Significant Layers (i.e. CBRN) and operational layers. It also allows Classification, Unifying, and hierarchical grouping of combat entities from different combat systems as decision aid layers for commanders. Layers and combat entities may be authorized on ORBAT and organic staff hierarchies.

The integration of simulation systems with C2 systems provides a valuable asset for assessing combat problems and increasing combat awareness.

Bi-directional integration of C2 and simulation systems lets you run a simulation system with a real OPLAN prepared in the C2 system. Simulation events can then be pushed back to your C2 system as events. The actions decided in the C2 system are then injected back to the simulation system for further situation assessment and response.

The JC3IEDM data model allows for a huge amount of NATO domain combat area modelling. This combat area model enables the C2 system designs to operate effectively with other C2 systems. We provide consultancy and development services to design and implement this type of C2 production data model.

Integrated Geospatial Web Services for Preparation of Intelligence Preparation of The Battlefield. Combined Obstacle Implementation Map

Predefined Generic & Customizable Set Of Layers for Different Situation Maps Including Intel, Operation, Air Assault, Logictics, etc. Enhanced Layer Structure for Efficient Service of Background Maps and Operational Layers.

Rich Set Of Customizable C2 Business Rules for Units, Facilities, Events, Materials, Targets and Control Features. A Data Database Layer Access Mechanism To Implement Rules Based On Organizational Needs.

Common Operational Picture Services Based on JC3IEDM or Any C2 Database Backend. Combining Different Information Providers In A Single, Multilayered Smart Recognized Picture.