Our engineering teams have strengthened support for MIL-STD-2525E and NATO APP-6(D). This ensures smooth interoperability across allied forces and coalition partners, enabling rapid integration into multinational operations.
Our new predictive analytics engine evaluates mission variables—terrain, weather, logistics, adversary intent, and friendly force readiness—to forecast potential outcomes. This allows commanders to compare multiple courses of action, anticipate adversary movements, and proactively adjust plans. The result is not only faster reaction time but also smarter, data-informed decision-making that increases mission success rates.
Our updated dashboard fuses land, air, maritime, cyber, and space data into a single operational picture. Commanders can now understand how activities in one domain affect outcomes in another—for example, how a cyber disruption might impact air operations or logistics. This holistic approach supports true multi-domain operations and ensures that joint force commanders maintain decision superiority.
Our system has been optimized for ruggedized tablets, smartphones, and edge computing devices. This enables full C2 functionality even in environments where connectivity is degraded. Field operators no longer need to wait for headquarters updates; instead, they can access critical dashboards directly at the tactical edge, ensuring real-time decision-making in fast-moving situations.
Sensitive missions can now run in a fully isolated on-premises environment, while less sensitive data can leverage cloud infrastructure for scalability and collaboration. This hybrid model supports data sovereignty requirements while enabling coalition forces to securely share relevant information.
A powerful new simulation engine allows commanders to create a “digital twin” of the battlefield. This virtual replica enables staff to rehearse operations, test contingency plans, and simulate adversary behaviors before executing missions. The ability to “fight the battle before the battle” significantly reduces uncertainty and enhances operational readiness.
Our engineering teams have strengthened support for standards such as Cursor-on-Target (CoT), MIL-STD-2525D, NATO APP-6(C) symbology. This ensures smooth interoperability across allied forces and coalition partners, enabling rapid integration into multinational operations.