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Ministry of Defence, ISTAR, Joint Sensor and Engagement Networks Team (JSENS) - The assessment of C-sUAS (Counter-small Unmanned Aircraft System; Drone) Cyber Effector Systems by the UK MoD Rapid Innovation Cell (RIC)
Status: Closed
Published Date: 17/12/2020
Closing Date: 24/01/2021
Value: neg.
The assessment of C-sUAS (Counter-small Unmanned Aircraft System; Drone) Cyber Effector Systems by the UK MoD Rapid Innovation Cell (RIC) - 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 jamming waveform or any other effect type but will provide alternative ways to manipulate, disrupt, deny, degrade, or destruct Unmanned Air Systems (UAS), inhibiting them from completing their mission by accessing their controllers, computers, information or communications systems, networks, or any other UAS resident information remotely.
Industry: Sensors. - 35125100
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Ministry of Defence, ISTAR, Joint Sensor and Engagement Networks Team (JSENS) - The Assessment of C-sUAS (Counter-small Unmanned Aircraft System; Drone) Cyber Effector Systems by the UK MoD Rapid Innovation Cell (RIC)
Status: Closed
Published Date: 17/12/2020
Closing Date: 24/01/2021
Value: neg.
The Assessment of C-sUAS (Counter-small Unmanned Aircraft System; Drone) Cyber Effector Systems by the UK MoD Rapid Innovation Cell (RIC) - 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 jamming waveform or any other effect type but will provide alternative ways to manipulate, disrupt, deny, degrade, or destruct Unmanned Air Systems (UAS), inhibiting them from completing their mission by accessing their controllers, computers, information or communications systems, networks, or any other UAS resident information remotely.
Industry: Sensors. - 35125100
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Cefas - GB-Weymouth: DA- Replacement sensors
Status: Awarded
Published Date: 09/12/2020
Closing Date: 22/06/2020
Value: £15,238
GB-Weymouth: DA- Replacement sensors - Ambient ozone monitoring system replacement for Weymouth.
Industry: Sensors. - 35125100
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UNIVERSITY OF BIRMINGHAM - Contract for the supply of Water quality sensors and cleaning devices
Status: Awarded
Published Date: 01/12/2020
Closing Date: 07/10/2020
Value: £30,100
Contract for the supply of Water quality sensors and cleaning devices - Water quality sensors and cleaning devices required for expanding operational monitoring capacity at BIFOR and on campus.
Industry: Sensors. - 35125100
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University Of Sheffield - 2689/499/MY/NAMRC/20 Electrodynamic Vibration Test System - AWARD
Status: Awarded
Published Date: 26/11/2020
Closing Date: 26/10/2020
Value: £65,000
2689/499/MY/NAMRC/20 Electrodynamic Vibration Test System - AWARD - 2689/499/MY/NAMRC/20 Electrodynamic Vibration Test System The University of Sheffield wishes to invite tenders for an Electrodynamic Vibration Test System on behalf of the Advanced Manufacturing Research Centre, Nuclear Group. Scope of Requirement The Nuclear AMRC Controls & Instrumentation (C&I) group plans to extend the testing capability for sensors, electronic devices and small mechanical components, etc. An electrodynamic vibration test system (EVTS) has been identified to test the survivability and robustness of the device and component. The EVTS shall have the function to carry out vibration and shock test for C&I devices in compliance with most recognised international standards. Tender Process and Documentation: This procurement is an open procedure conducted in accordance with the Public Contracts Regulations 2015 The ITT can be downloaded by registering and expressing your interest on the University`s e-tendering system https://in-tendhost.co.uk/Sheffield If you have any questions or comments in relation to this tender they must be submitted via the In-tend System, this can be accessed at https://in-tendhost.co.uk/Sheffield Completed tenders must be returned through the same e-tendering system. Closing date for receipt of tenders: 26th October 2020 at 12 noon (UK time).
Industry: Electric sensors. - 30237475 Diagnostic systems. - 33124110 Sensors. - 35125100 Vibration analysers. - 38434400 ...and 3 more
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NEWCASTLE UNIVERSITY - 1XZY Goods- Other Miscellaneous
Status: Awarded
Published Date: 25/11/2020
Closing Date: 26/10/2020
Value: £31,599
1XZY Goods- Other Miscellaneous - Supply of wireless sensors
Industry: Sensors. - 35125100
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UK SHARED BUSINESS SERVICES LIMITED - UKRI DDaT20357 - APC PDUs and APC Temperature and Humidity Sensors
Status: Awarded
Published Date: 17/11/2020
Closing Date: 15/11/2020
Value: £138,788
UKRI DDaT20357 - APC PDUs and APC Temperature and Humidity Sensors - This award is for the provision of 44 x ACP Temperature & Humidity Sensors, 44 x APC Temperature Sensors, 185 x Rack PDU 2G, Switched, ZeroU, 16A, 230V, (21) C13 & (3) C19, IEC309 Cord including shipping. This is a direct award to Dell Corporation Limited against the NHS Digital Workplace Solutions framework.
Industry: Electric sensors. - 30237475 Electrical apparatus for switching or protecting electrical circuits. - 31210000 Parts of electricity distribution or control apparatus. - 31230000 Sensors. - 35125100 ...and 4 more
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University of Exeter - Sensor Supply & Data Collection System
Status: Awarded
Published Date: 12/11/2020
Closing Date: 06/07/2020
Value: £152,000
Sensor Supply & Data Collection System - The Smartline project is a joint initiative between the University of Exeter, Coastline Housing, Volunteer Cornwall, Cornwall Council and The South West Academic Health Science Network. The project is part-funded by the European Regional Development Fund (ERDF) and Cornwall Council. The Smartline project will collect new data, connect previously un-linked data and use innovative data analytical techniques to enable timely and targeted interventions, involving existing and new service providers. It will also provide a more efficient and effective lettings and asset management model for social housing, develop more resilient communities, and address issues of social isolation.
Industry: Electric sensors. - 30237475 Sensors. - 35125100 Data collection and collation services. - 72314000
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University Of Sheffield - 2689/499/MY/NAMRC/20 Electrodynamic Vibration Test System
Status: Closed
Published Date: 12/10/2020
Closing Date: 26/10/2020
Value: £65,000
2689/499/MY/NAMRC/20 Electrodynamic Vibration Test System - 2689/499/MY/NAMRC/20 Electrodynamic Vibration Test System The University of Sheffield wishes to invite tenders for an Electrodynamic Vibration Test System on behalf of the Advanced Manufacturing Research Centre, Nuclear Group. Scope of Requirement The Nuclear AMRC Controls & Instrumentation (C&I) group plans to extend the testing capability for sensors, electronic devices and small mechanical components, etc. An electrodynamic vibration test system (EVTS) has been identified to test the survivability and robustness of the device and component. The EVTS shall have the function to carry out vibration and shock test for C&I devices in compliance with most recognised international standards. Tender Process and Documentation: This procurement is an open procedure conducted in accordance with the Public Contracts Regulations 2015 The ITT can be downloaded by registering and expressing your interest on the University`s e-tendering system https://in-tendhost.co.uk/Sheffield If you have any questions or comments in relation to this tender they must be submitted via the In-tend System, this can be accessed at https://in-tendhost.co.uk/Sheffield Completed tenders must be returned through the same e-tendering system. Closing date for receipt of tenders: 26th October 2020 at 12 noon (UK time).
Industry: Electric sensors. - 30237475 Diagnostic systems. - 33124110 Sensors. - 35125100 Vibration analysers. - 38434400 ...and 3 more
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UNIVERSITY OF SALFORD(THE) - Heat Flux Sensors
Status: Closed
Published Date: 07/10/2020
Closing Date: 21/10/2020
Value: £30,000
Heat Flux Sensors - Energy House 2 (EH2) is a large-scale building physics test laboratory to be built at the University of Salford Manchester. The project Is part funded by the ERDF. The construction will begin in summer 2020 with the construction period set to last 12 months. The project builds on the successful Energy House project :(https://www.salford.ac.uk/built-environment/laboratories-and-studios/energyhouse ). A video of the project can be found here https://www.youtube.com/watch?v=oP3bsXeQKYU EH2 will be a unique facility and one of most advanced building test facilities on the planet. It has the following features: • 2 large chambers capable of having 2 family homes built in each one (4 homes in total) • Temperature controlled to within 0.5 °C from -20°C to +40 °C • Wind, rain, solar radiation and snow can be generated • These conditions provide testing facilities for housing covering 95% of the global population. The Energy House 2 Project has a requirement to monitor heat flow through wall, floors, roofs, doors and ceilings. This is generally done using heat flux sensors. For full tender documentation please go to our InTend portal.
Industry: Sensors. - 35125100
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