Distributed transmit beamforming is an area of research that aims to enhance wireless network performance through cooperation of multiple radios.
Fact sheets
Our handy fact sheets give an overview of important aspects of our research and facilities.
Fact Sheets
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DST is exploring how acoustic metamaterials can provide enhanced stealth capabilities to Defence platforms.
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DST is undertaking a research program to develop and demonstrate the technologies required to conduct full-scale fatigue testing of helicopters.
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DST's energetic systems and effects research program enables critical science and technology to enhance, shape and transform ADF warfighting capability.
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DST has partnered with the Adelaide-based company Myriota to develop a military-focused Internet of Things data terminal with direct-to-orbit communication capability.
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DST researchers are looking to fuse imagery from modern infrared sensors and laser detection and ranging (LADAR) sensors to obtain high accuracy threat recognition for efficient countermeasure response.
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DST has developed an online tool that facilitates the rapid discovery of knowledge and prioritisation of ideas.
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High-power radio-frequency (HPRF) directed energy weapons (DEW) intentionally aims to couple electromagnetic energy into the circuitry of targeted electronic hardware at sufficient levels to cause operational disruption or damage.
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The Modelling Complex Warfighting Strategic Research Investment seeks to revolutionise how operations analysis is undertaken to better handle the interaction of complex geopolitical, social, technological, economic and cultural factors.
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DST research and innovation in modelling, simulation, analysis and experimentation is aimed at providing a tactical performance advantage for the ADF in complex contested environments.
