The UK’s Ministry of Defence (MoD) is contacting on startups to help the military services lessen its cyber-attack area by coming up with a new generation of additional secure hardware and software program.
The MoD’s Defence and Security Accelerator (DASA) issued the get in touch with-to-arms on Monday, saying it is geared up to fund proposals up to £300,000 for a 9-month deal.
“The Defence Science and Specialized Laboratory (DSTL) on behalf of the MoD is fascinated in identifying and accelerating up coming generation hardware and software technologies to ‘design-out’ the vulnerabilities prevalent in present-day and potential personal computer networks and units (with a unique concentrate on operational systems), therefore substantially reducing defense exposure to cyber effects,” it explained.
“Intelligently making use of these technologies would significantly decrease the option for manipulation of these types of vulnerabilities on MoD systems and platforms proficiently increasing the barrier to entry for adversaries and providing increased self-confidence and a stage of assurance versus cyber-enabled attack.”
The MoD wants solutions “applicable across a whole “class” of attack surface” rather than all those that may well only work towards a certain threat. However, it reported that proposals could be built for upcoming devices or retrofitted to existing capabilities.
To protected the initial round of funding, proposals have to be within Technical Readiness Degree 4 – 7. For more funding, interested get-togethers would require to produce a roadmap describing how they would accomplish a technical demonstrator by the close of the economic yr 2023.
Cycle 1 of the Cutting down the Cyber Attack Area aim location is open now and will near at midday BST on October 20 2021. Cycle 2 will run from October 20 2021 to January 5 2022.
The information will come just a fortnight following the MoD accomplished its first bug bounty program to help obtain and remediate vulnerabilities throughout the department’s networks and 750,000 devices.
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