DST is undertaking research and experimentation into tactical combat and mission systems integration aimed at enhancing the ADF's warfighting capability.

DST is seeking to establish collaborative partnerships with industry and academia to conduct research relating to realtime automation that may contribute to decision superiority.

DST's Research Services Division delivers a range of services that enable science and technology research across the organisation.

DST is undertaking research aimed at reducing risk and increasing capability of ADF helicopter operations in challenging environments.

DST is undertaking research and experimentation in quantum technologies to provide much improved capabilities in timing, sensing and measurements, and imaging.

The use of integrated live, virtual, and constructive (LVC) systems for training is expected to provide a range of benefits to the Australian Defence Force, including reduced costs, increased safety and enhanced training outcomes.

DST in collaboration with the US Air Force Research Laboratory has developed a new paradigm for mission-based propulsion system design.

DST is interested in hearing from potential partners with world class expertise and creative concepts for delivering a data-driven performance advantage to the ADF's warfighters.

With industry partners, DST is looking to unlock the potential of additive manufacturing of metallic materials.

DST is seeking to collaborate with satellite operators and associated research agencies, with an interest in increasing their per-satellite communications capacity and resilience.