Assessment of C-sUAS Cyber Effector Systems for the UK MoD Rapid Innovation Cell

The misuse of small unmanned aircraft systems (sUAS) represents a significant and growing risk to operations and day-to-day Defence activity both in the UK and overseas. The Rapid Innovation Cell (RIC), endorsed by the Military Capability Board, has been established as part of the UAS Capability Development Centre (UASCDC) to test and evaluate (T&E) mature C-sUAS capabilities and generate a managed Defence database of available capabilities. Through a regular programme of T&E events, the RIC will establish the efficacy of commercially available capabilities. It will also increase broader awareness of the C-sUAS market and support a more agile method of delivering capability to the front line. To prevent capability gaps and ensure interoperability, it is intended that Defence C-sUAS systems will use the 'SAPIENT' open architecture. This will also ensure that our systems can evolve at the component level enabling the spiral development of capability. RIC Test Cycle #2 The RIC has established a series of Test Cycles. Each Test Cycle will focus on a particular subset of C-sUAS systems. Test Cycles are scheduled for every six months, nominally in the spring and autumn of each year. Suppliers of mature C-sUAS Cyber Effector products are invited to apply to have their product's performance assessed by the RIC. To apply you must complete an online questionnaire for your product. The product questionnaire will be available from 11:00am Monday 14th December, 2020, and responses must be fully completed and submitted by 11:00am Monday 25th January, 2021. Please complete a separate product questionnaire for each product that you wish to put forward for assessment. Test Cycle #2, will focus on mature C-sUAS Cyber Effectors. Your product must have an interface that conforms to the UK MoD C-sUAS ICD, version 1.1 available on the UK C-sUAS Defence Portal. Your product must be capable of conducting cyber effects against one or more drone protocols. It must not apply a