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皇冠体育app Defence and Security Accelerator (DASA) supported by Innovate UK has launched a new opportunity to apply for grant funding.
This competition seeks to experiment the effects of the CHERI based architecture extensions within Arm鈥檚 Morello prototype System on Chip (SoC).
This document seeks to address and assist in the decision making of whether or not to apply for a MOD Research Ethics Committee (MODREC) review.
皇冠体育app Defence and Security Accelerator is running a Market Exploration to understand more about Uncrewed Systems (UxS) capable of operating at extended ranges.
皇冠体育app Defence and Security Accelerator (DASA) is running a Market Exploration to explore the Non-Compressible Haemorrhage (NCH) environment. To understand who is doing work in this area and possible novel solutions of treatmen鈥�
DASA is seeking innovations that will enable deployed forces to move away from logistics resupply, towards self-sufficiency and enhanced operational energy.
Project CHARYBDIS is a Market Exploration focused on uncrewed anti-submarine warfare technologies.
DASA, in conjunction with AWE, is seeking innovative ideas to further enhance UK-sovereign, resilient, demonstrable capabilities for the space and air domains.
Projects awarded funding to develop innovative models to understand the effect of disparate technologies to reduce the impact of offshore windfarms on UK Air Defence.
Innovations in approaches to analysing and understanding audiences sought to aid an audience-centric approach to strategy development and decision making.
Phase 3 of a DASA Competition to identify technologies that can mitigate against the effect of future Windfarm development.
On Friday 1 December 2023, Defence Ministers announced the launch of an innovation challenge series for AUKUS Pillar 2. 皇冠体育app first of these challenges will be focussed on Electronic Warfare (EW).
Innovations to help explore the role Artificial Intelligence (AI) can play to conduct Intelligence, Surveillance and Reconnaissance (ISR) of the sub-threshold Information Environment.
DASA is looking for solutions aimed at addressing the threat of unmanned air systems
This competition seeks novel innovations to help give the UK an advantage through affordable and adaptable, autonomous air systems (UAS)
We are seeking proposals that identify and develop novel technologies that could be exploited in the development of cooperative missiles.
皇冠体育app British Army is transforming its training systems to deliver a credible representation of the real world that is representative of the human terrain.
We are seeking proposals that identify and develop new technologies that can be used to detect a range of toxic gases in public areas
This DASA competition seeks novel, lightweight bioassay systems with novel transduction platforms for the detection of trace explosives.
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