Security & Surveillance

 

AUG Signals’ core technologies – target detection, classification, identification and tracking, image registration, information fusion and change detection – have all been successfully applied to many defence and security applications, such as maritime surveillance, battlefield situation assessment and border patrol operations. To date, AUG has delivered several overseas projects, through offset programs, funded by defence industry leaders. The projects’ outcomes increased radar detection range by two-fold, provided MMW-radar based guidance tools and improved ISTAR capabilities. 

 

AUG’s EXPERTISE:

Radar Development 

  • Low SWaP-C radar systems design.
  • Exceptional radar data processing capabilities including spatio-temporal target detection and target signature-aided robust tracking.

Ego motion from Stereo data.

Remotely-Piloted Systems and Autonomous Technologies 

  • Novel sensor fusion within Fault Tolerant Sensor Fusion (FTSF) framework.

Image/Video Analytics

  • Land and maritime surveillance using Electro-Optical / Infrared (EO/IR) Systems, SAR, multispectral and hyperspectral imager.
  • World leading expertise in image registration.
  • Innovative ATDR for space systems, using artificial intelligence, that provides exceptionally reliable output.
  • Innovative video enhancement capability, including superresolution, scintillation removal, deblurring and denoising.

AREAS OF FOCUS

Surveillance and Target Interception

  • Radar-based UAS detection and monitoring
  • Radar-based transportation and work zone safety
  • Ultra Short Pulse High Energy Lasers
  • Environmentally sustainable system design and operations

ISTAR

  • War room to exploit multi-sensor intelligence
  • Air surveillance aided ISTAR capabilities for ground situation awareness and targeting
  • Multi-sensor fusion nodes for consistent common operating pictures for land, maritime and air domains

Autonomous Systems

  • Fully autonomous aerial surveys

Maritime Surveillance

  • Microsatellite based radar reflectometry for vessel monitoring
  • Geolocation of emitting and non-emitting targets