MIMSO® is a software defined active antenna technique, which embeds proprietary surface-mount technology (SMT) integrated circuits (ICs) into a novel planar antenna design. This allows us to lower the receive path noise floor and discriminate more of the radar beam by essentially recycling parts of the radar beams that have traditionally been filtered. On the transmit path, our SMT ICs allow us to carry out instantaneous beam switching, which multiplies our transmit channels and further increases our resolution. 

By dynamically dividing and assigning radar hardware resources, SPTDMA® increases the number of tasks that can be performed simultaneously. When combined with MIMSO® Active Antenna, this technique enables improved efficiency, signal to noise ratio and, detection & tracking. SPTDMA also enables robust performance in all weather conditions, with the added benefit of protecting against interference from other sensors.

Proprietary Digital Signal Processing algorithms and Deep Neural Networks extrapolate identifiable surfaces and objects from the radar point cloud, and use this information to increase its stability, density and regularity. This produces a further improvement in point cloud density and reduced noise, all while delivering LiDAR-like fidelity - from radar.

Proprietary Digital Signal Processing algorithms and Convolutional Neural Networks consume radar point cloud data and accurately identify, classify & track objects in real-time. With our unique hardware and software optimisations, this system works on-the-edge, slashing hazard response times from 300ms to <5ms.