S-HSOR

Surface Hyperspectral Optical Radar

S-HSOR

Surface Hyperspectral Optical Radar

Autonomous, Real Time, Wide Area Surface Search Sensor.

Arkeus Surface Hyperspectral Optical Radar (S-HSOR) is the world’s first real time, wide area, hyperspectral ISR sensor for surface applications.

Effective Domain Awareness demands payloads that perform where militaries operate. Existing sensors produce vast volumes of data that force operators to spend valuable time sorting signal from noise, and they often miss mission-relevant contacts or fail in certain environments and conditions.

In addition, many existing systems are either unable to operate, or have difficulty in being able to operate, in multi-domain (land, sea, littoral, riverine) and multi-environment (day, night, and degraded/hazy) situations from the same sensor. This is particularly applicable to optical search sensors that are often severely impacted by degraded visual environments.

S-HSOR provides a dynamic sensing system for a range of operational missions. Hosted from an observation post, deployed on a surface vessel or mounted to a vehicle, S-HSOR, conversely, provides imaging capabilities that penetrate challenging and degraded conditions for reliable operation in all situations, not just the ideal scenarios. Arkeus autonomous sensors deliver wide areas situational awareness - both day and night and through the most challenging and degraded visual environments, such has smoke, dust, haze and humidity - transforming systems to enhance ISR operations, whatever the mission.

S-HSOR leverages our ARK AI Orchestration and Data Fusion engine on the edge to autonomously Detect, Recognise and Track all objects - providing real time situational awareness over land, sea and littoral environments. S-HSOR is purpose-built to deliver greater range and coverage where our operators need it most.

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Key Features

  • Extended range to detect and classify
  • Wide-area detect, classify and track over land, sea and littoral.
  • Day / Night operations and in degraded visual conditions.
  • Modes of operation from fully autonomous for optimal coverage to human-controlled.
  • Autonomous spectral signature analysis for rapid ATR
  • Onboard development of ISR Products across the Electromagnetic Spectrum.
  • Autonomous compression and dissemination over BLOS (Beyond Line of Sight).
  • 100% passive operation.