The document discusses the UK's need for affordable space-based capabilities to support military operations. It notes that 90% of UK military capability depends on space assets and outlines national space policy objectives. The Defence Science and Technology Laboratory (Dstl) is seeking proposals for innovative concepts and technologies in space surveillance, secure communications, and platforms/infrastructure to enhance capabilities while lowering costs. Proposals are invited for experimental demonstrations with potential military applications. Successful phase 1 projects will be eligible for additional phase 2 funding to further develop technologies and concepts identified.
Presentation slides from CDE themed competition launch. For full details of this competition see: http://www.science.mod.uk/events/event_detail.aspx?eventID=258
1. The document discusses security permissions for file sharing and accessing resources on a network, including share-level permissions, NTFS permissions, and group policies.
2. Share-level permissions allow control over reading, changing, and full control access when folders are shared on the network, while NTFS permissions provide more granular control over individual files and folders.
3. Effective permissions are determined by evaluating all group memberships a user has, and the most restrictive permission is applied. Group policies can also be used to configure security settings across an organization.
My short course on the TICE methodology at the Master in Satellites and Orbiting Platforms, University of Rome, "La Spaienza", 31 March - 1 April 2016.
Total Cost of Ownership Evaluation for Network Centric Systems of SystemsMarco Lisi
The document discusses the challenges of evaluating the total cost of ownership for network-centric systems of systems. It notes that systems of systems involve multiple independent systems working together and have greater complexity due to emergent behaviors. Estimating costs for systems of systems is difficult due to factors like the number of components, connections between systems, and overall complexity, which scales exponentially with additional components. The document examines how factors like complexity, security certification levels, and human-system interactions can impact overall costs.
The document discusses the UK's need for affordable space-based capabilities to support military operations. It notes that 90% of UK military capability depends on space assets and outlines national space policy objectives. The Defence Science and Technology Laboratory (Dstl) is seeking proposals for innovative concepts and technologies in space surveillance, secure communications, and platforms/infrastructure to enhance capabilities while lowering costs. Proposals are invited for experimental demonstrations with potential military applications. Successful phase 1 projects will be eligible for additional phase 2 funding to further develop technologies and concepts identified.
Presentation slides from CDE themed competition launch. For full details of this competition see: http://www.science.mod.uk/events/event_detail.aspx?eventID=258
1. The document discusses security permissions for file sharing and accessing resources on a network, including share-level permissions, NTFS permissions, and group policies.
2. Share-level permissions allow control over reading, changing, and full control access when folders are shared on the network, while NTFS permissions provide more granular control over individual files and folders.
3. Effective permissions are determined by evaluating all group memberships a user has, and the most restrictive permission is applied. Group policies can also be used to configure security settings across an organization.
My short course on the TICE methodology at the Master in Satellites and Orbiting Platforms, University of Rome, "La Spaienza", 31 March - 1 April 2016.
Total Cost of Ownership Evaluation for Network Centric Systems of SystemsMarco Lisi
The document discusses the challenges of evaluating the total cost of ownership for network-centric systems of systems. It notes that systems of systems involve multiple independent systems working together and have greater complexity due to emergent behaviors. Estimating costs for systems of systems is difficult due to factors like the number of components, connections between systems, and overall complexity, which scales exponentially with additional components. The document examines how factors like complexity, security certification levels, and human-system interactions can impact overall costs.
Presentations from CDE themed call launch event on 21 February 2013. For more information on the call visit: http://www.science.mod.uk/events/event_detail.aspx?eventid=200
Centre for Defence Enterprise webinar on 18 December 2013. Featuring presentations from Dstl Programme Managers for integrated sensing, assured information infrastructure, C2I2, and dismounted soldier systems.
Presentations from CDE themed call launch event on 23 April 2013 - for full details of this call see: http://www.science.mod.uk/events/event_detail.aspx?eventid=201
1) The document discusses using autonomy and big data to enhance military capabilities. It describes how military platforms could use prior environmental data to achieve greater autonomy.
2) Several challenges for military applications were identified, including operating in GPS-denied environments and dealing with threats. The discussion focused on acquiring and processing environmental data for autonomous vehicles.
3) Two specific challenges were outlined: sourcing big data in difficult, hostile environments with limited resources; and validating data from multiple sources that may be trusted, classified, unvalidated or open/ambiguous. Transforming intelligence using big data is seen as important for the future.
Launch of CDE themed call for research proposals "Generic Enablers for Low Size, Weight, Power and Cost ISTAR". Call closes Friday 15 March 2013 at 1700 hrs. For more information visit: http://www.science.mod.uk/events/event_detail.aspx?eventid=199
The document discusses the Centre for Defence Enterprise's enduring challenge competition to develop technologies for active integrated protection systems (AIPS). It aims to improve vehicle protection against threats like anti-tank missiles through hard kill and soft kill technologies. Hard kill measures like interceptors physically engage threats, while soft kill disrupts targeting or engagement. The challenge seeks novel AIPS concepts that address issues like integration complexity, weight, and safety constraints to provide affordable and effective protection against a range of threats.
Presentation slides from CDE themed call launch event on 18 June - for full details of this call for research proposals see http://www.science.mod.uk/events/event_detail.aspx?eventid=259
Presentation slides from CDE themed call launch webinar on 23 July 2013. For full details of this call for research proposals see: http://www.science.mod.uk/events/event_detail.aspx?eventid=269
ISCF Subsea Autonomous Systems: Next Generation Technologies - Competition Br...KTN
The Industrial Strategy Challenge Fund’s Robotics and AI challenge, through Innovate UK, (as part of UK Research and Innovation), is collaborating with The Royal Navy, Oil & Gas Technology Centre, BP, and the Oil & Gas Authority. Together they will invest up to £6 million, from a cross government and industry joint fund, in collaborative business led projects.
Individuals can apply to join a 5-day collaborative workshop to develop proposals for autonomous subsea systems that can significantly improve mission duration, sensing and communications.
Participants are sought to develop collaborative projects in next generation autonomous subsea systems which improve levels of autonomy, sensor miniaturisation, mission planning, monitoring, communications, navigation, data management, and operations together with improved endurance in the water column up to 3000 metres deep.
The challenge is to develop Next Generation Subsea Autonomous System technologies which are modular in design with common interfaces and open architectures that make trusted unmanned operations the standard approach in areas such as off-shore energy, aquafarming, deep sea mineral exploration and maritime defensive security operations.
Find out more: https://ktn-uk.co.uk/news/webcast-subsea-autonomous-systems-next-generation-technologies-iscf-competition-briefing-event
Presentations from 9 July 2015 Innovation Network event. For more information see: https://www.gov.uk/government/news/cde-innovation-network-event-9-july-2015-london
This document discusses technology investments and contributions to the Ballistic Missile Defense System (BMDS). It outlines several key technology areas like discrimination sensors, common kill vehicle technology, and advanced systems engineering capabilities using simulation tools. It also discusses engaging universities for research in areas like data fusion and tracking algorithms. The goal is to assess new concepts, address capability gaps, and hedge future threats through exploratory technology development. Past investments are said to have helped shape today's BMDS capabilities.
This document contains summaries of several sources related to cloud computing in Australia. It discusses the Australian government's national cloud computing strategy announced by Communications Minister Stephen Conroy at CeBIT 2013. The strategy aims to promote cloud adoption among government agencies, small businesses, and consumers. It also seeks to support the cloud services sector through skills development, competition, and R&D. The Australian Computer Society welcomed the strategy and said it will help policymakers address opportunities and challenges in the digital economy. The document also provides context about the presenter's PhD research which examines a framework for measuring service value in cloud computing.
Failing to learn from Australia’s most successful defence projectWilliam Hall
Presents the history of the now defunct Australian defense contractor, Tenix Defence, as a case study in success and failure in managing large engineering projects.
Over its 20 year history, (2) Tenix successfully completed Australia's largest defense ($7 bn) project to build 10 ANZAC Frigates for Australia and New Zealand on-time, on-budget, for a healthy company profit against a stringently fixed price contract; and customers that are still happy with their ships and support 7 years after the last ship was delivered; and (2) failed so miserably on the next largish project to build 7 simpler ships for New Zealand that Tenix's owners decided to auction all of their defence assets. Also, in the 21st Century and despite the ANZAC success, the $8 bn Air Warfare Destroyer (AWD) project to build 3 ships is years behind schedule and billions over budget.
For more than 17 years of this history the author was a knowledge management systems analyst with access to most areas of company operations and thus able to observe sources of the successes and failures (including from the vantage point of Tenix's bid development for the AWD. The presentation shows that most successes and failures related to the ways in which Tenix managed their corporate and human knowledge, and attempts to infer some critical lessons that should be learned from this history.
The Department for International Trade helps UK businesses export, especially in the defense, security, and cybersecurity sectors. It works with these industries and other government departments to promote UK capabilities abroad, build relationships with overseas buyers, and support key export opportunities. The DIT also led a strategy exercise with industry to define how the UK government will support the security sector in exporting from 2019-2024. This new strategy focuses on using all of the UK government's capabilities to help companies export in a collaborative way.
The document summarizes research and development efforts in the UK fire service. It describes the national structure which includes a national lead, regional leads across 11 regions, and support from 50 UK fire and rescue services. It works closely with various partners from government, industry, academia, and other emergency services. The approach covers fundamental, industrial, and capability development research. Key partners include various government defense and security organizations, universities, the fire industry association, and international partners through IFAFRI. It conducts surveys to identify emerging research needs and aims to map out fire and rescue related research. Future plans include more horizon scanning, capability analysis, and challenges to access science and technology assets.
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Presentations from CDE themed call launch event on 21 February 2013. For more information on the call visit: http://www.science.mod.uk/events/event_detail.aspx?eventid=200
Centre for Defence Enterprise webinar on 18 December 2013. Featuring presentations from Dstl Programme Managers for integrated sensing, assured information infrastructure, C2I2, and dismounted soldier systems.
Presentations from CDE themed call launch event on 23 April 2013 - for full details of this call see: http://www.science.mod.uk/events/event_detail.aspx?eventid=201
1) The document discusses using autonomy and big data to enhance military capabilities. It describes how military platforms could use prior environmental data to achieve greater autonomy.
2) Several challenges for military applications were identified, including operating in GPS-denied environments and dealing with threats. The discussion focused on acquiring and processing environmental data for autonomous vehicles.
3) Two specific challenges were outlined: sourcing big data in difficult, hostile environments with limited resources; and validating data from multiple sources that may be trusted, classified, unvalidated or open/ambiguous. Transforming intelligence using big data is seen as important for the future.
Launch of CDE themed call for research proposals "Generic Enablers for Low Size, Weight, Power and Cost ISTAR". Call closes Friday 15 March 2013 at 1700 hrs. For more information visit: http://www.science.mod.uk/events/event_detail.aspx?eventid=199
The document discusses the Centre for Defence Enterprise's enduring challenge competition to develop technologies for active integrated protection systems (AIPS). It aims to improve vehicle protection against threats like anti-tank missiles through hard kill and soft kill technologies. Hard kill measures like interceptors physically engage threats, while soft kill disrupts targeting or engagement. The challenge seeks novel AIPS concepts that address issues like integration complexity, weight, and safety constraints to provide affordable and effective protection against a range of threats.
Presentation slides from CDE themed call launch event on 18 June - for full details of this call for research proposals see http://www.science.mod.uk/events/event_detail.aspx?eventid=259
Presentation slides from CDE themed call launch webinar on 23 July 2013. For full details of this call for research proposals see: http://www.science.mod.uk/events/event_detail.aspx?eventid=269
ISCF Subsea Autonomous Systems: Next Generation Technologies - Competition Br...KTN
The Industrial Strategy Challenge Fund’s Robotics and AI challenge, through Innovate UK, (as part of UK Research and Innovation), is collaborating with The Royal Navy, Oil & Gas Technology Centre, BP, and the Oil & Gas Authority. Together they will invest up to £6 million, from a cross government and industry joint fund, in collaborative business led projects.
Individuals can apply to join a 5-day collaborative workshop to develop proposals for autonomous subsea systems that can significantly improve mission duration, sensing and communications.
Participants are sought to develop collaborative projects in next generation autonomous subsea systems which improve levels of autonomy, sensor miniaturisation, mission planning, monitoring, communications, navigation, data management, and operations together with improved endurance in the water column up to 3000 metres deep.
The challenge is to develop Next Generation Subsea Autonomous System technologies which are modular in design with common interfaces and open architectures that make trusted unmanned operations the standard approach in areas such as off-shore energy, aquafarming, deep sea mineral exploration and maritime defensive security operations.
Find out more: https://ktn-uk.co.uk/news/webcast-subsea-autonomous-systems-next-generation-technologies-iscf-competition-briefing-event
Presentations from 9 July 2015 Innovation Network event. For more information see: https://www.gov.uk/government/news/cde-innovation-network-event-9-july-2015-london
This document discusses technology investments and contributions to the Ballistic Missile Defense System (BMDS). It outlines several key technology areas like discrimination sensors, common kill vehicle technology, and advanced systems engineering capabilities using simulation tools. It also discusses engaging universities for research in areas like data fusion and tracking algorithms. The goal is to assess new concepts, address capability gaps, and hedge future threats through exploratory technology development. Past investments are said to have helped shape today's BMDS capabilities.
This document contains summaries of several sources related to cloud computing in Australia. It discusses the Australian government's national cloud computing strategy announced by Communications Minister Stephen Conroy at CeBIT 2013. The strategy aims to promote cloud adoption among government agencies, small businesses, and consumers. It also seeks to support the cloud services sector through skills development, competition, and R&D. The Australian Computer Society welcomed the strategy and said it will help policymakers address opportunities and challenges in the digital economy. The document also provides context about the presenter's PhD research which examines a framework for measuring service value in cloud computing.
Failing to learn from Australia’s most successful defence projectWilliam Hall
Presents the history of the now defunct Australian defense contractor, Tenix Defence, as a case study in success and failure in managing large engineering projects.
Over its 20 year history, (2) Tenix successfully completed Australia's largest defense ($7 bn) project to build 10 ANZAC Frigates for Australia and New Zealand on-time, on-budget, for a healthy company profit against a stringently fixed price contract; and customers that are still happy with their ships and support 7 years after the last ship was delivered; and (2) failed so miserably on the next largish project to build 7 simpler ships for New Zealand that Tenix's owners decided to auction all of their defence assets. Also, in the 21st Century and despite the ANZAC success, the $8 bn Air Warfare Destroyer (AWD) project to build 3 ships is years behind schedule and billions over budget.
For more than 17 years of this history the author was a knowledge management systems analyst with access to most areas of company operations and thus able to observe sources of the successes and failures (including from the vantage point of Tenix's bid development for the AWD. The presentation shows that most successes and failures related to the ways in which Tenix managed their corporate and human knowledge, and attempts to infer some critical lessons that should be learned from this history.
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The Department for International Trade helps UK businesses export, especially in the defense, security, and cybersecurity sectors. It works with these industries and other government departments to promote UK capabilities abroad, build relationships with overseas buyers, and support key export opportunities. The DIT also led a strategy exercise with industry to define how the UK government will support the security sector in exporting from 2019-2024. This new strategy focuses on using all of the UK government's capabilities to help companies export in a collaborative way.
The document summarizes research and development efforts in the UK fire service. It describes the national structure which includes a national lead, regional leads across 11 regions, and support from 50 UK fire and rescue services. It works closely with various partners from government, industry, academia, and other emergency services. The approach covers fundamental, industrial, and capability development research. Key partners include various government defense and security organizations, universities, the fire industry association, and international partners through IFAFRI. It conducts surveys to identify emerging research needs and aims to map out fire and rescue related research. Future plans include more horizon scanning, capability analysis, and challenges to access science and technology assets.
The document discusses experiences working with DASA (Defense Aviation Security Agency) and outlines their vision for future aviation security solutions. The vision is to deliver transformational change in aviation security through innovative science and technology, improving ability to prevent terrorist attacks on planes while enhancing passenger experience and benefitting the aviation industry.
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DASA Access to Mentoring and Finance Lead, Alan Scrase, discusses how his support will add value
The Bank of England is seeking novel security features for future banknote generations to aid authentication by the public and retailers. The features should be difficult to counterfeit, intuitive to use, easy to communicate and educate about, durable, compatible with high-volume printing, and integrated into designs. The Bank has moved to polymer notes to address counterfeiting threats from advancing print technologies. It manages counterfeiting through secure designs, quality control, education, cash machine regulation, and law enforcement cooperation.
This document summarizes a presentation given to the Defence and Security Accelerator about Blue Bear's journey working with the Accelerator. The presentation discusses Blue Bear's project on open architectures for air-land interoperability and last mile resupply. It proposes a 6-month project to demonstrate autonomous airborne resupply for soldiers using unmanned aerial vehicles and open software architectures. It then outlines Blue Bear and its partners' experience working with the Accelerator, emphasizing the importance of attending launch events, engaging with stakeholders, and clearly writing proposals that solve problems and clarify exploitation pathways.
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The document provides guidance on creating proposals for the Defence and Security Accelerator Innovation network event. It outlines that proposals should include details about the innovation idea, its relevance to defence and security, a proposed work plan, and exploitation strategy. It notes that technology readiness levels will be used to measure maturity. The document also describes the assessment criteria for proposals, which includes impact, likelihood of exploitation, advancing innovation, quality, and level of challenge.
The Defence and Security Accelerator is an innovation network established in 2016 to find and exploit innovations that support UK defence and security. It provides multiple entry points for innovators, including open calls and themed competitions. It offers a simple application process, funding for successful proposals, and support to help bring ideas to UK defence and security customers. Recent themed competitions have focused on areas like autonomous resupply, human-information relationships, battery power alternatives, and aviation security.
The document summarizes an innovation network event hosted by the Defence and Security Accelerator to launch a competition called "Improving Crowd Resilience". The event provided an overview of the competition which seeks innovative solutions that can use crowds to detect explosive and weapon threats in public spaces. Specifically, it challenges participants to develop technologies or methods that can 1) detect crowds' conscious and subconscious reactions to threats, 2) train the public to spot threats, or 3) enable crowds to report potential threats. Representatives from the Accelerator and Home Office discussed the goals and scope of the competition, emphasized their interest in multi-layered approaches, and took questions from attendees.
The document discusses challenges with rapidly integrating new sensors for military use. It describes how sensors currently have different data formats and standards, making integration difficult. It proposes developing common preprocessing and postprocessing functions, as well as an open architecture algorithm repository, to allow automated integration and fusion of data from various sensors. This would help overcome issues around scalability and real-time performance when exploiting sensor data for military operations.
This document discusses potential applications of synthetic biology for developing novel transparent materials and adhesives/interlayer materials. It notes that new materials could help address issues like moisture degradation, delamination, and reducing costs. The document outlines challenges with current materials and desirable properties for new solutions. It provides details on a competition seeking proposals for using synthetic biology to create novel transparent materials or adhesives/interlayers, noting what is and isn't desired in submissions. Overall the document scopes opportunities for synthetic biology to enhance transparent materials for defense applications.
The document discusses utilizing synthetic biology to develop novel transparent materials for defence applications such as transparent armor. It describes two challenges for a competition: 1) producing and characterizing novel transparent materials, and 2) developing adhesives and interlayer materials compatible with transparent armor. Currently, transparent armor has poor ballistic performance compared to opaque armor and is expensive due to specialized materials and processing required. Synthetic biology may be able to create new transparent composite materials inspired by biology with enhanced properties for armor applications.
The document discusses the limitations of battery power for small autonomous robots and soldiers. While smaller robots are safer and more practical for defense applications, current battery technology only allows for an hour or two of operation, which is not enough. Batteries are also limited in their energy density and unlikely to improve much in the next 10-20 years. The document proposes potential alternative power solutions that could be explored, such as photovoltaic energy capture from flames, novel engine/generator combinations, or single-use power sources that last a day or two before recycling. It concludes that long-endurance power sources for smaller robots present an opportunity for defense applications if technical challenges can be addressed.
The document discusses the limitations of battery power for small autonomous robots and soldiers. While small robots are attractive for defense applications like reconnaissance and patrolling, battery technology cannot provide enough energy density for more than an hour or two of operation. Fuel cells and generators are not feasible options at small scales either. However, the document suggests some potential solutions being explored, such as photovoltaic energy capture from flames, novel engine/generator combinations, or single-use power sources that could operate for a day before recycling. The goal is to develop alternative power sources that would enable the widespread use of smaller autonomous robots in defense applications.
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Partecipate alla presentazione per immergervi in una storia di interoperabilità, standard e formati aperti, per poi discutere del ruolo importante che i contributori hanno in una comunità open source sostenibile.
BIO: Sostenitrice del software libero e dei formati standard e aperti. È stata un membro attivo dei progetti Fedora e openSUSE e ha co-fondato l'Associazione LibreItalia dove è stata coinvolta in diversi eventi, migrazioni e formazione relativi a LibreOffice. In precedenza ha lavorato a migrazioni e corsi di formazione su LibreOffice per diverse amministrazioni pubbliche e privati. Da gennaio 2020 lavora in SUSE come Software Release Engineer per Uyuni e SUSE Manager e quando non segue la sua passione per i computer e per Geeko coltiva la sua curiosità per l'astronomia (da cui deriva il suo nickname deneb_alpha).
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