Arkeus accelerates decision making through the fusion of optics and autonomy. Arkeus specializes in rapid design, innovation, manufacture and distribution of
autonomous optical capabilities - designed to deliver transformative effects for Search, Intelligence, Surveillance and Reconnaissance (SISR).
Arkeus wide area autonomous optical search and surveillance systems are optimised for airborne and surface platforms conducting a range of missions including ISR, border protection, city size surveillance, force protection, counter terrorism, illegal activity monitoring or search and rescue.
Arkeus optical surveillance systems operate across land, sea and space domains - specialising in extracting critical intelligence and surveillance information and disseminating that data in challenging or contested environments.
Hyperspectral Optical Radar (HSOR):
HSOR is the world’s first real time, wide area, hyperspectral search sensor. Unlike alternatives that typically operate in a single domain or environment, HSOR is able to detect, recognise and track any object in any environment - over land, sea and littoral - both day and night - providing a transformative effect for search, and ISR operations. In addition, HSOR can conduct autonomous rapid environmental assessments of a location within seconds - ensuring complete domain awareness.
Expendable Imaging Sensor (ELMO):
ELMO is a small disposable optical sensor capable of autonomously capturing and disseminating images over satcom from contested/denied operating environments.
Optical Terminal Guidance (OTG):
OTG provides a passive optical guidance module in situations where GPS and/or ground control may be denied or disrupted. OTG optically detects and identifies the target, determines its location, and provides rapid guidance vector updates to the munition.
Synthetically Lossless Compression Engine (SLICE):
SLICE is a software system that is able to synthetically compress imagery and other data on the edge to facilitate dissemination and transfer in heavily constrained data environments. SLICE uses AI super resolution to restore the imagery at its point of receipt.