Online antenna-performance optimisation

Turning data into actions

Force readiness
Train & sustain
Defence

Available on our secured web portal Customer OnLine, Online Antenna-Performance Optimisation leverages range-and-accuracy calculations to convert radar-antenna health data and mission parameters into actionable insights in order to forecast degradation and optimise the use of existing resources.

Unlock the potential of your radar

This innovative decision-making solution delivers real-time, data-driven optimisation for radar antennas, ensuring mission-critical reliability even in challenging conditions. By analysing antenna’s current health and mission duration, this online solution provides:

Real-time antenna performance evaluation

Enables live visualisation of antenna’s current status and performance.
Mission success probability

Analyses input data to determine mission success probability.
Smart spare placement

Guidance on the optimal location for installing a spare part within the antenna to ensure the best possible performance.

Ensuring uninterrupted performance when it matters most

Forces relies on seamless system availability to guarantee mission success. Yet in high-intensity conflicts or supply shortages, unexpected transmission/reception module failures can degrade detection reliability putting critical operations at risk.

Online Antenna-Performance Optimisation leverages range-and-accuracy calculations to transform radar-antenna health data and mission parameters into actionable insights. It forecasts degradation and optimises resource use, without unnecessary replacements empowering operators and maintainers to act before issues impact critical functions.

KEY OPERATIONAL BENEFITS:

HIGHLIGHT

Train & sustain
Defence

Ready Today, Relevant Tomorrow – Sustaining Operational Capability

Defence systems are expected to perform for decades. During that time, components disappear, technologies change and threats evolve. Keeping a radar or C2 system operational therefore takes more than maintenance. It requires three things: making it ready for the mission now, sustaining it over time and ensuring that it remains relevant to the next threat.