QinetiQ

QinetiQ Carderock

UK and US research partnership strengthened at Haslar

The QinetiQ team at Haslar hosted visitors from UK MoD and the Naval Surface Warfare Center (NSWC) Carderock, to build on years of cooperation between the Royal Navy, US Navy, QinetiQ, the Defence Science and Technology Laboratory (Dstl) and the MoD’s Submarine Delivery Agency, by coming together for an update on the latest hydrodynamic developments and testing to explore opportunities of mutual benefit. The visit, arranged by DSTL, involved hosting Carderock’s senior management team at the historic Haslar Marine Technology Park in Gosport, Hampshire, on behalf of UK MoD. This important visit enabled us to showcase our world-class maritime Test and Evaluation (T&E) facilities to our US counterparts and also to discuss our capabilities. UK MoD and DSTL are hoping that this interaction will lead to future opportunities for increased collaboration. The NSWC Carderock Division, based in Maryland, USA, operates similar facilities to those that QinetiQ owns and operates at the Haslar site. The ‘strategically recognised’ facilities at Haslar are dedicated to improving the design and performance of ships and submarines, and their associated systems and equipment. The Haslar facilities are managed through long term partnership with UK MoD – as part of the Maritime Strategic Capabilities Agreement (MSCA) contract. In addition to delivering for UK MoD, MSCA activity contributes to the knowledge and success of UK businesses and has directly supported the UK government export prosperity agenda – through attracting overseas customers to using the unique facilities and Suitably Qualified and Experienced Personnel (SQEP) at Haslar. Senior guests from Carderock included Lawrence Tarasek (NSWC Carderock Division Technical Director), Michael Brown (Head of Naval Architecture and Hydrodynamics Division) and Michael Bosworth (Director of the Center for Innovation in Ship Design). The US visitors were joined by key personnel from DSTL as well as representatives from the UK MoD’s Naval Authority Group (NAG), our MSCA customer. The day included an introduction to QinetiQ’s activities, and an overview of the history and development of Haslar – starting from Robert Edmund Froude first creating the Admiralty Experiment Works (AEW) on the site in the late 1800s (marking the very early days of ‘modern day QinetiQ’). The visitors enjoyed a ‘site tour’ of the Haslar facilities, including the Diving & Hyperbaric Test Centre (DHTC), Quiet Water Tunnel, Ship Tank and Ocean Basin – one of the largest tanks of its kind, used to test scale models of submarines, warships, commercial ships and yachts. The founder of hydrodynamic facilities in the US, Rear Admiral David Taylor USN, visited Haslar in October 1906 and signed the visitors’ book. The guests were delighted to be shown the pages of the Haslar Visitors’ Book to see David Taylor’s famous signature. Mr Tarasek commented: “It was good to visit QinetiQ and their MoD partners who do similar work (ship design, hydrodynamics testing and so much more) for the Royal Navy as we of the Naval Surface Warfare Center, Carderock Division, do for the United States Navy.” Dr Kieran Rutherford (DSTL visit lead) added “There was a lot of good discussion about hydrodynamic testing, the running of the business and longer term strategy, along with recruitment and skillsets. The visitors commented about ‘how much capability was at QinetiQ, the excellent presentations and the signing of the visitor book’. The visit fulfilled their primary purpose of being in the UK; relearn and reconnect with the specialists in the UK.  I would also like to extend my thanks to QinetiQ for also hosting DSTL and MoD visitors.” “The visitors were clearly impressed by the facilities managed at the Haslar site under the MSCA contract, and took the opportunity to find out more about the work delivered by the QinetiQ team – with a view to potential further international collaboration,” said Dr Jon Bayliss (Delivery Team Leader for QinetiQ’s Haslar business). “By hosting the visit we’ve helped MoD to continue improving the relationship that already exists with NSWC Carderock and have re-energised links with the Haslar site, which should bring long term benefits for all involved.” For more security news visit here.

UK and US research partnership strengthened at Haslar Read More »

Can Artificial Intelligence defend you from a weaponised web-cam?

Can Artificial Intelligence defend you from a weaponised web-cam?

Last October, hundreds of thousands of Internet of Things devices were used to host malicious lines of code that served as a launching pad for a series of DDoS attacks carried out across the internet. Hackers effectively weaponised web cameras and digital video recorders and used them to shut down popular websites including Twitter, Reddit and PayPal, in what has become the largest recorded DDoS attack in history.

Can Artificial Intelligence defend you from a weaponised web-cam? Read More »

CREST consortium to deliver surveillance research programme for MOD

A research programme entitled Communications and Cross-Cutting Electronic Surveillance (CCCES) will investigate novel technologies and techniques in support of future UK MOD Electronic Surveillance procurements. Following a competitive procurement the CREST consortium (Collaborative Research in Electronic Surveillance Technology) was chosen to deliver the CCCES programme, in close collaboration with Dstl.  CREST is led jointly by QinetiQ and Roke Manor Research with QinetiQ also providing the overall programme management. The programme has a primary focus on communications Electronic Surveillance but with elements encompassing radar transmissions. A key feature of the research will be to undertake field demonstrations to assist in the de-risking of advanced signal processing techniques. Dr Giles Bond, CREST consortium co-lead and manager of QinetiQ’s electronic warfare and radar business said “CREST will deliver outputs across a range of technology readiness levels, spanning innovative research and technology demonstrator systems. The focus will be on using advanced signal processing hosted on software-reconfigurable hardware architectures to prove how future UK Electronic Surveillance requirements can be met more rapidly with reduced risk and at lower cost than is currently possible.” Chris Tarran, the co-lead for Roke Manor, added “We are delighted to be at the hub of this important research and demonstration programme which will help to underpin the future of UK ES technology. In particular, we are focussing on the future challenges faced with urban operations, and the need for low Size, Weight and Power electronic surveillance solutions with a capability against the complex urban signal and propagation environments.” The CREST consortium will also bring together the wider Electronic Surveillance community in the UK to gain access to a wide supplier base to deliver a research programme that satisfies the MoD’s requirements. This will include Small and Medium sized Enterprises and a selection of universities. Contact www.Roke.co.uk

CREST consortium to deliver surveillance research programme for MOD Read More »

Project CREOLE receives Ministerial Acquisition Award

QinetiQ are delighted to announce that Project CREOLE received a Ministerial Acquisition Award. As prime contractor, QinetiQ delivered full operational capability in August 2012, supporting the Joint & Battlefield Trainers, Simulations & Synthetic Environments (JBTSE) Project Team and Collective Training Group (CTG), Land Warfare Centre. The Award was made to the CREOLE Team which comprised of JBTSE, CTG and QinetiQ Training and Simulation Services Team as the Prime Contractor by Philip Dunne, Minister for Defence Equipment, Support and Technology at a short ceremony at the Ministry of Defence in Whitehall on the 27th November 2012. Project Creole meets an Urgent Operational Requirement (UOR) with significant enhancements to existing capabilities already provided by QinetiQ under Synthetic Wrap. QinetiQ’s AIME technology links existing in-field instrumentation to a simulated environment enabling live assets to appear within the virtual battlespace. To enhance training, a Computer Generated Forces (CGF) capability accurately injects military and civilian activity on demand, and virtual assets (such as Unmanned Aerial Systems) are available for control in real time. Operational commitments have led to an increased number of Intelligence, Surveillance, Target Acquisition, and Reconnaissance (ISTAR) capabilities becoming available. Project CREOLE integrates core base ISTAR capabilities into the Synthetic Wrap, including an array of cameras and sensors. The system integrates Government-owned, Commercial Off-The Shelf (COTS) and bespoke components to offer an enhanced training capability within the current training area envelope. Outputs such as Full Motion Video (FMV) from aerial systems or perimeter cameras (whether Live or Synthetic) provide realistic training inputs across multiple command levels. A debriefing capability also allows the recording, replay and analysis of an exercise for both training and experimentation output. Miles Adcock, Managing Director of QinetiQ Training and Simulation Services said “I am absolutely delighted by this award. Delivery of a programme as complex as CREOLE not only highlights our own capabilities, but the strength of our partnerships within MoD as QinetiQ continue to provide the Synthetic Wrap service at training locations across the UK, Canada, Germany and Kenya.” Contact www.QinetiQ.com

Project CREOLE receives Ministerial Acquisition Award Read More »

QinetiQ and MoD announces award winning contract

QinetiQ and the Ministry of Defence (MOD) announced today the award of a contract for research funding for the next three years to maintain the UK’s world-leading expertise into defence advanced materials. The funding, worth £11.7 million, has been granted by the MOD’s Defence Science and Technology Laboratory (Dstl) as part of its Materials And Structures Technology (MAST) Science and Technology Centre (STC) and has been awarded to a QinetiQ led consortium including Malvern Optical Ltd, BAE Systems, MBDA, NPL, Q-Par Angus, and several UK universities. The funding will allow QinetiQ and its partners to establish a world class facility, primarily sited in Farnborough and Pershore, which will enable companies from around the UK to conduct research and test new materials. Ultimately these materials will be used to protect UK armed forces in the air, at sea and on land. The new facility will act as a national hub enabling vital collaborative work amongst Dstl’s MAST STC members from around the country to meet current and future defence needs. The facilities are open for use (subject to contract and with prior agreement from Dstl) for the benefit of UK industry and academia. The facility will transition from initial to full operational capability between March 2012 and April 2013. Chris Gibson, Programme Director, Defence Capabilities and Systems, Dstl Programme Office said: “We start from the presumption that work should be conducted by external suppliers unless there is a clear reason for it to be done or led by Dstl, and this is another great example of Dstl funding the best placed multi-organisational team to undertake the research and deliver the project.” “Dstl’s MAST STC pursues excellence in structures science and technology for defence applications investigating novel technologies and fostering engagement with industry and academia.  This means encouraging the formation of research teams and exploiting research in to military technology and equipment.” Dave Moore, Group Lead, Smart Technologies and Stealth, QinetiQ said, “This funding will ensure that the UK remains at the cutting edge of defence advanced materials research and enable us to maintain our position as a world leading company in this area. In conjunction with programmes supported by the MOD DE&S organisation and delivered by QinetiQ, this programme secures an enduring capability for the UK for at least the next 3 years.” Contact www.qinetiq.com/

QinetiQ and MoD announces award winning contract Read More »

Scroll to Top