Systematic, the developer of the world’s leading C4ISR solution, announced the launch of SitaWare BattleCloud - a cloud-native evolution of the proven SitaWare Suite - alongside the delivery of new features for the SitaWare.
Designed for the demands of modern, multi-domain operations and informed by lessons from the Ukraine war, these releases represent a significant step forward in enhancing military decision-making, operational agility, and command-and-control resilience.
SitaWare BattleCloud delivers the full capabilities of the SitaWare Suite in a scalable, cloud-enabled environment - extending decision superiority from fixed headquarters to mobile users at the tactical edge.
With integrated access to OSINT, satellite imagery, weather feeds, secure communications, and AI-powered planning tools, BattleCloud enables commanders to interpret and act on complex information faster than ever before. Its cloud-native architecture ensures continuous updates, seamless integration with on-premise deployments, and support for sustained operational tempo.
“SitaWare BattleCloud represents a significant evolution of our technology—bringing the trusted capabilities of the SitaWare Suite into a modern, cloud-enabled environment,” said Andrew Graham, Group Senior Vice President, Business Development, Defence at Systematic.
“It ensures users benefit from the scalability and speed of cloud computing while maintaining the robustness and reliability that SitaWare is known for,” he added.
Coinciding with the launch of BattleCloud, Systematic has also released its latest updates to the SitaWare suite, delivering major new features across the suite:
- Airspace operations: SitaWare Headquarters now supports the drawing of Airspace Control Means (ACMs) graphics and exporting them as a single APP-11 compliant Airspace Control Order (ACO)—streamlining workflows and marking a major milestone towards comprehensive air domain capability and multi-domain operations.
- Maritime operations: New subsurface warfare features enhance naval mine warfare and waterspace management, including the ability to visualise submarine danger areas.
- Joint Fires: A centralised calculation engine and inventory tool enables Joint Fires Centres to generate more accurate targeting data for legacy weapon systems.
- Tasking tool for SitaWare Frontline and SitaWare Edge: New tasking functionality allows vehicle commanders to assign and track missions across subordinate units via a matrix-style overview of progress.
- IRIS QuickForms: A new module for SitaWare Frontline and SitaWare Edge with configurable templates that simplifies user interactions during report creation—especially valuable in high-stress operational environments.
- AI-driven Insight enhancements: Improved speed and delivery of data through locally deployable AI models; enhanced image classification and search; and a chatbot assistant “wingman” to support faster, more informed decisions in the field.
These updates reaffirm Systematic’s commitment to providing an evergreen, modular, and future-ready C4ISR solution that continues to evolve in step with operational demands.
Systematic Defence is the world’s leading supplier of the C4ISR solution SitaWare, integrating military forces across domains, alliances and coalitions, and levels of command. SitaWare is in use by NATO, with an additional userbase of 50+ countries worldwide. SitaWare users can also benefit from add-ons utilising the latest technologies, including Artificial Intelligence and Machine Learning. Operationally proven, with the ability to send information across all degraded and denied environments, SitaWare is an off-the-shelf solution that allows users to support integrations across their C4ISR ecosystem through its open-architecture design.
Headquartered in Aarhus, Denmark, Systematic’s presence extends to 13 offices across Australia, Canada, Finland, Germany, New Zealand, Romania, Sweden, the United Arab Emirates, the UK, and the US. Over 1,100 Systematic staff support software operations in the defence, healthcare, library, digital transformation, and renewable energy sectors.
