Deliver faster decisions, coordinated spectrum operations, and greater operational advantage across the electromagnetic battlespace.
Achieving decision advantage requires commanders and planners to rapidly assess information, coordinate across multiple domains, and adapt to changing operational conditions.
As military systems become increasingly interconnected and spectrum-dependent, managing operational complexity while maintaining situational awareness, interoperability, and mission effectiveness has become a critical challenge.
Operational environments change rapidly, forcing commanders and planners to make critical decisions faster than ever before. Traditional spectrum planning processes struggle to keep pace.
Electromagnetic information is often dispersed across multiple systems, organisations, and data sources, making it difficult to establish a shared understanding of the battlespace.
As more systems compete for access to spectrum, the risk of interference increases, degrading mission-critical communications, sensors, and electronic warfare capabilities.
Commanders require trusted information and actionable insights to make confident decisions in high-pressure environments.
Joint, coalition, and multi-domain operations demand seamless integration between platforms, services, and mission systems, yet many environments remain fragmented and siloed.
Understanding how terrain, interference, and environmental factors impact radio frequency performance is critical for successful mission planning and execution.
A modern software solution designed to redefine the military planning process
EMBM uses an open, scalable, and software-agnostic architecture which enables flexibility to adapt to new EMS challenges and opportunities as they arise.
EMBM enables commanders and planners to make faster, more informed decisions through a shared and trusted view of the electromagnetic environment.
EMBMAccelerate planning cycles through collaborative workflows, automation, and real-time spectrum awareness.
Establish a common operational picture across geospatial, spectral, and temporal dimensions to improve situational awareness and coordination.
Reduce interference and optimise spectrum utilisation by identifying and resolving conflicts before they impact operations.
Incorporate data from trusted sources including ITU, ACMA, AIS, ADS-B, and Defence-specific systems to create a comprehensive operational view.
Transform complex electromagnetic data into actionable information that enables confident operational decision-making.
Model the impact of terrain, distance, and interference on communications and electronic warfare systems to support mission planning and operational effectiveness.
Support integrated operations across services, domains, and coalition partners through an extensible, interoperable architecture.
Rapidly deployable from fixed headquarters to the tactical edge, delivering a proven, mission-ready capability for demanding operational environments.
Built on technology owned by the Commonwealth of Australia and delivered under licence by Consunet.