2017–18 Defence Industry and Innovation Programs Annual Report ©2019 Commonwealth of Australia. Department of Defence Russell Offices, ACT 2600 www.business.gov.au/cdic This work is copyright. Apart from any use as permitted under the Copyright Act 1968 no part may be reproduced by any process without prior written permission from Defence Industry and Innovation. 2017–18 Defence Industry and Innovation Programs Annual Report Foreword
industry and has seen increasing demand for its innovation facilitation services. More than 1000 industry representatives attended seminars as an introduction to the defence market and more than $1.1 million in Capability Improvement Grants were awarded. This year the Government further expanded the Global Supply Chain program with additional funding of $3.2 million to help Australian small and medium The Australian Government is transforming enterprises access the supply chains of prime Defence industry and innovation and we intend contractors. An additional $4.1 million a year to make the future vibrant and sustainable has been set aside for grants to build the to ensure Australia’s prosperity and security. capability of small and medium enterprises to As the Ministers for Defence and Defence compete internationally. Industry, we are committed to ensuring The Next Generation Technologies Fund has Australia is well-equipped to meet emerging continued to build on its solid foundations. regional and global threats, while maximising This year the Government announced the economic benefits through local industry launch of the first Defence Cooperative and innovation. Research Centre – a major investment of Almost two years on since the launch of $50 million over seven years to research, the Government’s $1.6 billion investment develop and deliver world-leading trusted in programs to drive growth in the defence autonomous technology for Defence. industry and innovation sector, the Centre The investments made by the Defence for Defence Industry Capability, the Next Innovation Hub in Australia’s defence Generation Technologies Fund and the industry, primarily with small to medium Defence Innovation Hub are delivering results. enterprises, have helped these companies The support and opportunities available not only retain their existing workforce but through these Defence industry and also create new jobs. Australian innovators innovation programs are helping to are putting in a tremendous effort to deliver enhance our Australian industrial base, and innovation in Defence capability. The Hub provide the confidence and certainty that has created a portfolio of investment directly businesses need in an environment of rapid linked to Defence’s capability needs, which technological transformation. now includes projects under all six priority capability streams. Since launch, the Defence The Centre for Defence Industry Capability Innovation Hub has signed 63 contracts, has expanded its services to help Australian with a total investment value of $81.2 million.
ii 2017–18 DEFENCE INDUSTRY AND INNOVATION PROGRAMS ANNUAL REPORT We are confident that in the coming years we The National Innovation and Science Agenda will see some of those innovations go into is built on key pillars, including government service with our Australian Defence Force and as an exemplar. We are pleased to report achieve success in the export market. on the Department of Defence’s progress in driving innovation with these initiatives The Government is unlocking more jobs and and congratulate Defence on all the work to investment in Australia’s Defence sector, date to undertake this transformation. We with the release of the Defence Export welcome this report on the progress of the Strategy, Defence Industrial Capability Plan Defence Industry and Innovation initiatives and identified priority sovereign industrial for the 2017-18 year and look forward to capabilities. All of these initiatives are working the continued success of the programs in together to deliver defence capability and enhancing Defence capability and building and defence industry outcomes. sustaining the Australian defence industry.
The Hon Christopher Pyne, MP The Hon Steven Ciobo, MP Minister for Defence Minister for Defence Industry
iii Contents
MINISTERIAL FOREWORD II
OVERVIEW 1
MAJOR HIGHLIGHTS 7
NEXT GENERATION TECHNOLOGIES FUND 10
DEFENCE INNOVATION HUB 52
CENTRE FOR DEFENCE INDUSTRY CAPABILITY 78
INDUSTRY POLICY IMPACT 102 AND ENGAGEMENT THROUGH THE INTEGRATED INVESTMENT PROGRAM
DEFENCE ALIGNMENT WITH 107 THE NATIONAL INNOVATION AND SCIENCE AGENDA
GOVERNANCE 113
iv Overview
This report follows the 2017 Defence Industry Outcomes resulting from research conducted and Innovation Programs Update Report and under the Next Generation Technologies is the first report delivered to Government by Fund can be further explored and realised into financial year. capability through multiple avenues, including the Defence Innovation Hub. The 2017–18 Defence Industry and Innovation Programs Annual Report covers the period 1 July 2017 to 30 June 2018. It reports on the Defence Innovation Hub performance of the Government’s defence industry and innovation initiatives: The Defence Innovation Hub was launched in December 2016 and is funded at • Next Generation Technologies Fund $640 million to 2025–26. It accepts • Defence Innovation Hub, and proposals that are ready to enter the • Centre for Defence Industry Capability. engineering and development stages of the innovation process, from concept exploration and technology demonstration Next Generation to prototyping and integrated capability Technologies Fund demonstration and evaluation. The Defence Innovation Hub enables Defence, The Next Generation Technologies Fund industry and research institutions to collaborate is a forward‑looking program focusing on on innovative technologies that can be research and development in emerging and delivered as advanced capability for Defence. future technologies. Launched in March 2017, it is designed to develop game‑changing capabilities for Defence. Centre for Defence The initiative is funded at around $730 million Industry Capability to 2025–26. It engages the Australian The Centre for Defence Industry Capability (CDIC) innovation sector—universities, research is a cornerstone of the Government’s strategy for agencies and industry—to shape research resetting the Defence‑industry partnership, and programs that will turn ideas into science supporting Australian industry to meet Defence’s and technology with the potential to deliver current and future capability needs. The program game‑changing capabilities for the ‘future is helping build a world‑class, globally competitive force after next’. and sustainable Australian industry as a fundamental input to capability.
2017–18 DEFENCE INDUSTRY AND INNOVATION PROGRAMS ANNUAL REPORT 1 The CDIC plays an important two‑way enabling It combines the program delivery and industry role between Defence and Australian industry, expertise of the Department of Industry, including through: Innovation and Science with strategic guidance from the Department of Defence, and the • tailored advisory services passion, skills and expertise of industry • export and sector development initiatives participants. • funding for defence business development and skilling • facilitating innovation proposals, and • a national advisory network.
2 2017–18 DEFENCE INDUSTRY AND INNOVATION PROGRAMS ANNUAL REPORT Facts and figures
PROPOSALS RECEIVED FOR 1,200+ DEFENCE INNOVATION PROGRAMS
ADVISORY SERVICES 650+ PROVIDED BY CDIC
DEFENCE INNOVATION $154M + CONTRACTS SIGNED
ATTENDEES AT NEXT GENERATION 730+ TECHNOLOGIES FUND EVENTS
CAPABILITY IMPROVEMENT $1.1M + GRANTS AWARDED
ATTENDEES AT INTRODUCTION TO 1,000 + DEFENCE INDUSTRY SEMINARS
GLOBAL SUPPLY CHAIN $1B + CONTRACTS AWARDED
2017–18 DEFENCE INDUSTRY AND INNOVATION PROGRAMS ANNUAL REPORT 3 Progress in 2017–18 – Building on the solid foundation established to date, the Next Generation Technologies achieving the Government’s Fund will significantly expand in 2018–19 with objectives greater partnering and more research projects. This includes establishing a major national ENHANCING DEFENCE CAPABILITY research network to address Defence’s needs THROUGH INNOVATION in quantum technologies, creating specific research projects within the Defence CRC The Next Generation Technologies Fund, for Trusted Autonomous Systems, and the Defence Innovation Hub and the Centre for next round of the Small Business Innovation Defence Industry Capability have transformed Research for Defence program. the way Defence approaches innovation. There are now better linkages between the innovative In 2017–18 the Defence Innovation Hub ideas in Australia’s industry and research sector awarded 50 contracts with a combined with Australia’s defence capability needs. investment value of around $70.3 million. The Defence Innovation Hub supports Australian Programs under the Next Generation industry and research organisations, backs Technologies Fund have matured with good ideas and provides the capital needed to extensive engagement from Australia’s further develop these into defence capability. innovation community. Across the whole More than 330 proposals were received from portfolio, more than 900 proposals have Australian innovators across all states and been received from Australia’s universities, territories. Industry continues to respond well publicly‑funded research agencies and to Defence’s published innovation investment industrial entities, ranging from new start‑ups priorities (see pages 61–62), with more than to long‑established defence primes. 84% of proposals aligning to the top three Research projects have been established priority streams. across each of the technology priority areas The Defence Innovation Hub’s portfolio of identified in the2016 Defence Industry Policy investment is directly linked to Defence’s Statement. Defence partners under the Next capability priorities. Investments made by the Generation Technologies Fund now include Hub now include projects under each of the six organisations from every state and the priority capability streams. During this period, Australian Capital Territory. the first Air and Sea Lift project commenced The Defence Cooperative Research Centre with an investment of around $714,000 and (CRC) for Trusted Autonomous Systems is a an industry partner to design lightweight key highlight. Announced in December 2017 armour solutions for the Australian Defence by the Minister for Defence Industry, the centre Force (ADF) C‑130J aircraft. The Defence was registered as a company in February 2018. Innovation Hub also concluded its trial of the Defence is investing $50 million in a seven year Special Notice service offering. Three Special research program through this initiative. Notices were launched as pilots throughout the year and seven Special Notice contracts were signed.
4 2017–18 DEFENCE INDUSTRY AND INNOVATION PROGRAMS ANNUAL REPORT Innovators working with Defence through Work has also continued to develop business the Defence Innovation Hub are developing skills in defence industry through Capability cutting‑edge and world‑first technologies that Improvement Grants. These grants have helped will equip our warfighters with some of the train engineers, purchase software‑skilling most advanced capabilities. In 2018–19 the systems, and develop management and Defence Innovation Hub will continue to grow marketing skills. The CDIC received 36 its investment portfolio to enhance defence applications in 2017–18 for Capability capability in partnership with Australian Improvement Grants of which 34 were approved industry and research organisations. The with a combined value of $1.175 million. program will continue to mature with more Throughout 2017–18 the CDIC continued to projects advancing to the mature stages of support defence exports. Work continued with technology development. Defence primes and the Global Supply Chain (GSC) program to identify opportunities for BUILDING THE CAPABILITY AND CAPACITY OF THE AUSTRALIAN Australian businesses within their international DEFENCE INDUSTRY supply chains. GSC program outcomes reached $1 billion during the year. The CDIC continued to undertake broad industry engagement activities throughout DRIVING COMPETITIVENESS AND 2018, underscoring its reputation as ‘the front EXPORT POTENTIAL door’ for industry access to Defence and in The Government aims to maximise response to the significant demand business. opportunities for competitive Australian A series of 16 ‘Introduction to the Defence businesses, building export potential, depth Industry’ seminars were conducted for small of skills and diversification for the Australian to medium enterprises in all state and territory defence industry. capitals and key regional centres between In 2017–18 Defence launched a number of March and May 2018. More than 1000 initiatives outlined in the 2016 Defence Industry businesses took part. Policy Statement and policy initiatives to The CDIC supports eligible small and recognise defence industry as a fundamental medium enterprises to improve their input to capability. This included the release business capabilities, extend networks and of the Defence Export Strategy and Defence take advantage of growth and collaboration Industrial Capability Plan, as well as the opportunities within the sector. In 2017–18 announcement of the Sovereign Industrial the CDIC received 267 online applications for Capability Priorities. advisory services, of which 244 were approved The Government’s goal through the Defence and progressed to engagement planning with Export Strategy is to: CDIC advisers. • achieve greater export success, and • build a stronger, more sustainable and more globally competitive Australian defence industry to support Australia’s Defence capability needs.
2017–18 DEFENCE INDUSTRY AND INNOVATION PROGRAMS ANNUAL REPORT 5 The strategy identifies key initiatives to achieve The Defence Industrial Capability Plan this goal and establish an export system that was released in April 2018 and outlines the strikes the right balance between: Government’s vision for Australia’s defence industry over the next decade: to build an • Australia’s foreign and strategic policy innovative domestic defence industry that is better interests placed to help meet Defence’s capability needs. • Defence’s capability needs, and The plan identifies 10 initial Sovereign Industrial • industry growth. Capability Priorities—and details a Sovereign Industrial Capability Assessment Framework— Progress has been made in implementing to provide a top‑down, strategy‑led structure the strategy, including appointing Australia’s with a repeatable methodology to identify first Defence Export Advocate, former Sovereign Industrial Capability Priorities. Defence Minister and Senator the Honourable David Johnston, and the official opening of the Australian Defence Export Office on 23 April 2018.
6 2017–18 DEFENCE INDUSTRY AND INNOVATION PROGRAMS ANNUAL REPORT Major highlights
6 JULY 2017 21 AUGUST 2017 The first Defence Submissions open for the Defence Cooperative Innovation Hub’s Special Notice challenge Research Centre for Army Innovation Day 2017. in Trusted Autonomous Systems is launched. 4–8 SEPTEMBER 2017
31 JULY 2017 Formation roadshows for the Defence Cooperative Research Centre in Trusted Submissions close for the first Defence Autonomous Systems. Information sessions Innovation Hub Special Notice pilot, which are held in every state capital, attracting 386 challenges industry to develop a next individuals from 164 organisations including generation deployable wireless environment. industry, academia, research organisations and government.
7 AUGUST 2017 Submissions close for the second Defence Innovation Hub Special Notice pilot, which challenges industry to develop a portable 30 OCTOBER 2017 small unmanned aerial system for the future. The Australia–Israel Defence Industry Cooperation Memorandum of 14–18 AUGUST 2017 Understanding is signed, providing the framework to establish mutually beneficial More than 500 visitors from industry, cooperation on defence industry, including academia, government, the education defence industry innovation. sector and the scientific community attend Partnerships Week at Defence Science and Technology Group’s Edinburgh site in Adelaide.
6 NOVEMBER 2017 Army and the Defence Innovation Hub partner to deliver Army Innovation Day 2017. This enables industry to present capability options that could shape Army’s approach to novel weapons and effects.
2017–18 DEFENCE INDUSTRY AND INNOVATION PROGRAMS ANNUAL REPORT 7 15 NOVEMBER 2017 6 DECEMBER 2017 The Defence Innovation Hub enters its The University of Tasmania is awarded largest contract to date with Daronmont $3 million through the Next Generation Technologies. This $8.6 million investment Technologies Fund to collaborate with will build a prototype radar capability to seven US universities on hydrodynamics replace existing technology approaching under the US Multidisciplinary University the end of its life. Research Initiative.
21 NOVEMBER 2017 14 DECEMBER 2017 A $10 million investment in the Small The Formation Plan for the Defence Business Innovation Research for Defence Cooperative Research Centre for Trusted program is announced under the Next Autonomous Systems is approved. Generation Technologies Fund. The initiative is designed to attract innovative research proposals from small companies. 20 DECEMBER 2017 The winners of the Grand Challenge to counter improvised threats are announced. A total of $19 million was awarded for 13 collaborative proposals involving 20 universities and companies, and CSIRO.
25 JANUARY 2018 A $6 million investment is announced through the Next Generation Technologies 28–29 NOVEMBER 2017 Fund to help develop quantum Defence joins with Noetic Group and technologies for Defence. Melbourne University to hold an Emerging and Disruptive Technology Assessment Symposium. Eighty delegates from Defence, 28 FEBRUARY 2018 industry and academia attended to consider The Defence Cooperative Research Centre advanced materials, manufacturing and for Trusted Autonomous Systems is industry in the year 2040. registered as a company.
20 MARCH 2018 The Annual Defence Materials Technology Centre conference is held. The Defence Innovation Hub funds DMTC at $3 million per year until 2018–19.
8 2017–18 DEFENCE INDUSTRY AND INNOVATION PROGRAMS ANNUAL REPORT
ADVANCED MATERIALS AND MANUFACTURING
dst.defence.gov.au/edtas #EDTAS
DSC 1826 - EDTAS AMM A4 Flyer PRO1.indd 1 4/07/2017 6:08 PM 6 MARCH – 15 MAY 2018 23 MAY 2018 CDIC delivers the national seminar series, Minister for Defence Industry launches Introduction to the Defence Market. the Defence Cooperative Research Centre for Trusted Autonomous Systems in Brisbane at the International Conference on Robotics and Automation. 11 APRIL 2018 The inaugural meeting of all participants in the Grand Challenge to counter improvised threats is held, marking the formal start of research activities.
17–19 APRIL ‘Introduction to Defence Industry’ seminars are held in Adelaide and Darwin for Indigenous businesses.
26 APRIL 2018 Minister for Defence Industry announces 24 MAY 2018 the achievement of over $1 billion in Global Two teams from four Australian Supply Chain Program contracts. universities are awarded $6 million from the Next Generation Technologies Fund. Their joint research with US universities 3 MAY 2018 will cover priority Defence projects under the Australia–US Multidisciplinary Australian company Aerospace and University Research Initiative. Mechanical Consulting Engineers secures the Defence Innovation Hub’s first contract under the Air and Sea Lift capability stream. It will design a MAY 2018 lightweight armour solution for the ADF The Defence Innovation Hub Special C‑130J aircraft. Notice service officially opens following successful pilots in 2017.
3–4 MAY 2018 Defence and the University of Adelaide JUN 2018 partner to deliver the Emerging and Minister for Defence Industry announces Disruptive Technology Assessment that Defence Innovation Hub partner, Kord Symposium. A total of 105 delegates attend Defence, achieves export success with to learn about human biotechnologies. the US Marine Corps.
2017–18 DEFENCE INDUSTRY AND INNOVATION PROGRAMS ANNUAL REPORT 9 Next Generation Technologies Fund
The Next Generation Technologies Fund will create a research portfolio aligned with Defence priorities to deliver world‑class science and technology capabilities.
Program performance for the Next Generation Technologies Fund is reported over the following pages. Strategic measures are reported qualitatively and supported by quantitative performance information. Since the 2017–18 financial year report overlaps with the already published 2017 calendar year report, there is an emphasis on reporting progress in the first half of 2018.
10 2017–18 DEFENCE INDUSTRY AND INNOVATION PROGRAMS ANNUAL REPORT COLLABORATION CASE STUDIES Expanded collaborations across industry, academia and publicly funded How Australia’s innovation system is being research organisations. activated and engaged on Defence challenges. 14 18 21 22 25 32
BUILDING ENGAGEMENT WITH THE PARTNER PROFILES RESEARCH COMMUNITY Exchanging information and building Investment with industry, academia professional networks. and government. 28 41
INVESTMENT PORTFOLIO RESEARCH QUALITY VERSUS PRIORITY NEEDS PERFORMANCE ASSESSMENT Portfolio investment profile and alignment to Quality assurance processes being developed. Defence priorities. 35 50
2017–18 DEFENCE INDUSTRY AND INNOVATION PROGRAMS ANNUAL REPORT 11 Partnering with purpose – Through the Next Generation Technologies Fund, Defence is enabling new ways to bring Driving change in delivering together industry and academia to focus on Defence strategic research major challenges. For example, in addressing the Grand Challenge to counter improvised PROGRAM IMPACT threats, five teams featured university–industry partnerships involving four universities, The Next Generation Technologies Fund is seven small companies and one defence creating a research portfolio aligned with prime, all collaborating with Defence experts Defence priorities to deliver world‑class science and scientists. and technology capabilities.
Defence has implemented a unique “It is a great way to harness the knowledge operating framework for the Next Generation and experience that exists in industry and Technologies Fund. This framework has academia, and a great example of the collaboration between Defence organisations been used to establish major programs in such as the Joint Counter Improvised 2017–18, demonstrating that it is capable of Threats Taskforce and Defence Science and addressing a wide range of Defence’s science Technology.” and technology challenges. Defence is poised to build on this foundation and expand the BRIGADIER JONATHON BEESLEY, JOINT COUNTER IMPROVISED THREAT TASK FORCE Next Generation Technologies Fund research portfolio at scale. The Next Generation Technologies Fund is attracting partners that are new to each “The US Department of Defense other and new to Defence. More than 70 of Multidisciplinary University Research Initiative is enabling the University of 215 proposals received to address the Grand Tasmania to deepen its engagement with Challenge to counter improvised threats were world‑leading US research institutions. from applicants new to working with Defence. Collaborations formed and research insights gained through this program will inform new ImeasureU is one of the new partners which is technologies and approaches for design of now leveraging its expertise from other areas to the next generation naval platforms.” target Defence needs.
PROFESSOR PAUL BRANDNER CAVITATION RESEARCH LABORATORY, “We typically work with elite athletes with AUSTRALIAN MARITIME COLLEGE lower limb injuries. The war fighter is a form of elite athlete, just with a different type of application. It is a really good opportunity for us to expand our user base which is very exciting for us.”
MARK FINCH, IMEASUREU
12 2017–18 DEFENCE INDUSTRY AND INNOVATION PROGRAMS ANNUAL REPORT The national research community is Through programs such as the Grand demonstrating a heightened awareness of Challenge to counter improvised threats and Defence’s research needs and the potential the Defence CRC for Trusted Autonomous to engage as a longer‑term, strategic Defence Systems, the Next Generation Technologies partner. For example some universities are Fund is delivering on its promise to invest tailoring research programs to align with at scale, and maximising the potential of Defence needs. Research partners are ambitious research programs to deliver on committing to innovative, high‑risk programs their potential. which have strong potential to deliver very high capability pay‑offs. “Defence has always leveraged the Australian science and technology community and our international partners to collaborate on “I think it offers an opportunity to innovate: smaller programs. But the newness here is go for some of those high‑risk, high reward in embracing the entire Australian science concepts that might not be explored under and technology community and focusing traditional capability acquisition programs. on solving a dedicated problem through the This gives us the opportunity to think outside Grand Challenge.” the box and see if it works. If it does, it will really change the way things are done.” OLAF REINHOLD, PROGRAM LEADER COUNTER IMPROVISED THREATS DAMIEN CAHILL, DEFENDTEX
2017–18 DEFENCE INDUSTRY AND INNOVATION PROGRAMS ANNUAL REPORT 13 Collaborations under In the reporting period, the Next Generation Technologies Fund announced new the Next Generation partnerships with 14 Australian universities, Technologies Fund 15 companies and CSIRO, in four primary streams of collaborative research: The Next Generation Technologies Fund • the Grand Challenge to counter improvised expanded its collaborations significantly in threats, in which Defence is partnering with 2017–18, building on foundational first‑year 12 companies, eight universities and CSIRO partnerships and bringing together industry, academia and publicly‑funded research • the Defence Cooperative Research Centre organisations to work with Defence’s scientists. for Trusted Autonomous Systems, with three foundation participants Through an ongoing outreach program including national roadshows, Partnerships • Australia–United States university research Week (now called SCIndicate) and visits to networks, under the Multidisciplinary individual institutions, Defence continues University Research Initiative and the to raise awareness of the Next Generation Australia–United States Multidisciplinary Technologies Fund and strengthen connections University Research Initiative, through with the research community. which five Australian universities are partnering with 15 US academic To address the full range of its science and institutions, and technology challenges, Defence has developed • the Small Business Innovation Research for an operating framework including: Defence pilot, where two small companies • large‑scale collaboration vehicles such as are collaborating with Defence to deliver a Grand Challenges fight recorder prototype. • medium‑scale partnering arrangements such as university research networks, and These new collaborations are in addition to • lightweight technology acceleration those established in the first year of operation: mechanisms such as Small Business • the strategic cyber research partnership Innovation Research for Defence. between Defence, Data61 (CSIRO) and 11 Australian universities • the medical countermeasure products initiative under the Defence Materials Technology Centre, bringing Defence together with 17 industrial, academic and government organisations, including five new partners established this year, and • exploratory research with 22 Australian universities to investigate Defence priority topics.
14 2017–18 DEFENCE INDUSTRY AND INNOVATION PROGRAMS ANNUAL REPORT The Grand Challenge to Defence established the Grand Challenge to counter improvised threats to address this counter improvised threats high‑priority defence and national security problem. The defeat of improvised threats is an PARTNERS internationally evolving challenge of critical Small Companies 11 importance to partner nations, driven by the Defence Prime 1 complexity of threats and their rapid evolution. The approach has been to engage Australian Universities 8 innovation enterprises—including small CSIRO companies, primes and universities—to develop technologies with the promise to provide significant advances beyond the current state INVESTMENT of the art. A wide cross section of enterprises has been selected to participate, with expertise spanning a number of disciplines and research streams including novel sensor concepts for detecting improvised threats, innovative effectors to deal with detected threats, and cognitive algorithm development to match responses with targets.
Defence 60% – $19 Million Partners 35% – $16 Million
Duration: 4 years, 2017/18–20/21
2017–18 DEFENCE INDUSTRY AND INNOVATION PROGRAMS ANNUAL REPORT 15 Research topic Partners
The application of biologically inspired acoustic University of South Australia, Midspar Systems, sensor and algorithms to enable very long Textron Systems and Lockheed Martin detection ranges, using electro‑optical sensors, to detect and classify unmanned aerial vehicles (UAVs).
Development of a lightweight fluorescence sensor University of Queensland to enable identification of trace‑vapour‑elements to detect explosives.
Development of an algorithm using ground based Teledyne Defence Australia radar and electro‑optic sensor suite input for long range detection UAVs.
A deep learning neural network for automatic Teledyne Defence Australia target recognition of person borne improvised explosive devices.
Using directed microwave energy to detect and Tectonica Australia Pty Ltd and the University of defeat buried improvised explosive devices. Melbourne
Development of adaptive threat jammer RFteq Pty Ltd and Consunet technology for applications in radio‑controlled IED defeat.
Development of a mission system algorithm Lockheed Martin Australia, Consilium Technology capable of pre‑deployment intelligence and the University of Melbourne preparation, asset planning and generation of weapon‑target assignments using given sensors and effectors.
An array of high energy lasers to defeat single or L3 Micreo multiply IED threats.
Development of a portable sensing platform for University of Queensland of Technology and rapid stand‑off detection of chemical hazards and Flinders University concealed explosives.
Development of light weight payload imaging and University of Western Australia, Scientific infrared spectrometer for use on a UAV to detect Aerospace and Panorama Synergy and classify IEDs.
16 2017–18 DEFENCE INDUSTRY AND INNOVATION PROGRAMS ANNUAL REPORT Research topic Partners
Application of an up‑conversion fluorescence University of Adelaide sensor for real‑time stand‑off detection and classification of explosives.
Application of terahertz hyperspectral imaging CSIRO and Wollongong University sensor to detect explosives and concealed threats.
The integration and development of a UAS DefendTex Pty Ltd and University of Adelaide to intercept and engage a threat UAS, using biological algorithms to detect, track and apply electro‑magnetic pulse systems to counter the threat.
Defence scientists and military operators are and knowledge surveys, and commenced collaborating with these partners to assess testing and data collection for analysis to emerging technologies against meaningful establish research foundations. A technical threats and environments, ensuring that working group has been established with research is innovative and will provide benefit to national and international subject matter the warfighter. experts. The group will guide the research program to achieve the Grand Challenge goals Research partners have commenced their and advise Defence on the best transition paths activities, established performance measures as the science and technology matures. and target milestones, undertaken literature
2017–18 DEFENCE INDUSTRY AND INNOVATION PROGRAMS ANNUAL REPORT 17 CASE STUDY Grand Challenge: WA partnership to counter improvised threats
The first Grand Challenge to counter improvised threats brought more than 20 partners together to work with Defence. Three of these joined forces in Western Australia after meeting at an information session in 2017. Led by the University of Western Australia (UWA), the team includes Scientific Aerospace and Panorama Synergy, two Perth‑based tech companies working on precision sensing and long range UAVs.
Scientific Aerospace’s quadcopter and camera system (left) and the University of Western Australia’s infrared spectrometer sensor (right) will evolve into a drone‑mounted spectrometer
The Grand Challenge program supports expertise by integrating the sensor, camera and mission‑directed collaborative research, rangefinder systems onto the UAV. Meanwhile tackling specific Defence problems which Panorama Synergy is developing a control are ambitious, complex and of high priority. system and a calibration method for the The first Grand Challenge is a problem of tuneable filter. critical importance, with its scope and scale UWA’s Professor Lorenzo Faraone, who is the rapidly evolving. team lead, says this is the first time they have Western Australia has a wealth of talented received a large amount of funding to develop engineers and scientists who are invested new technology and capability for the ADF. in working in the defence industry. This was reflected in the turnout at an information session in Perth and the enthusiasm of “What I find very exciting about the Next participants involved in the challenge. Generation Technologies Fund is that the level of funding is such that you can The challenge is an Improvised Explosive actually develop real technologies. In Device Detection System. Researchers Australia in the past there hasn’t been are working to develop a novel hybrid this level of funding to develop capability UAV‑mounted spectrometer which can detect and technology that will be of strategic long range threats, enhancing the safety of importance to Australia.” partner defence forces. UWA is employing its Australian Nano PROFESSOR LORENZO FARAONE, Fabrication Facility to lead research into UNIVERSITY OF WESTERN AUSTRALIA micro‑engineering of the spectrometer’s filter. Scientific Aerospace is contributing its
18 2017–18 DEFENCE INDUSTRY AND INNOVATION PROGRAMS ANNUAL REPORT The Defence Cooperative workshops—which are addressing topics including maritime, land and aerospace domain Research Centre for Trusted autonomy—are attended by stakeholders from Autonomous Systems industry, academia and Defence, particularly capability managers or their representatives, as well as Defence’s own autonomous systems FOUNDATION experts. PARTICIPANTS The knowledge‑sharing workshops were held RMIT University in June and had national and international BAE Systems academic engagement. Topics included ethical Department of Defence and legal aspects of trusted autonomous systems. In parallel with the workshop series, some INVESTMENT aspects of the technical program are initiating. TAS‑DCRC is helping two small companies Defence: $50 million to prepare their first project proposals for Partners: TBD presentation to the board. Preparation is also under way for Australian participation in major international interoperability trials. Known as Duration: 7–10 years, 2017/18–26/27 ‘Autonomous Warrior’, this is an initiative of the five‑nation Technical Cooperation Program The first Defence Cooperative Research Centre (TTCP). Interoperability testing of autonomous for Trusted Autonomous Systems (TAS‑DCRC) technologies was completed with industry has commenced operation. Headquartered in and TTCP partners in the lead‑up to the Brisbane, it will research, develop and deliver Autonomous Warrior trials, which were to be world‑leading trusted autonomous technology held in Jervis Bay in November 2018. for Defence. It was registered as a company in February 2018 with foundation participants BAE Systems, RMIT University and the Department of Defence. The Commonwealth grant agreement committing $50 million over a seven‑year period was signed in March. The TAS‑DCRC board has been formed, and all members appointed. Through a series of workshops TAS‑DCRC is engaging nationally and internationally to inform the research program and to share essential knowledge with the research community. The research program
2017–18 DEFENCE INDUSTRY AND INNOVATION PROGRAMS ANNUAL REPORT 19 Australia–United States 15 US academic institutions in priority areas of university research networks research for Defence. The Next Generation Technologies Fund has made a $3 million, three‑year investment to PARTNERS enable the University of Tasmania to partner with seven leading American universities Australian universities 5 on hydrodynamics research to improve the US academic institutions 15 performance of Australia’s naval capability. Funding for the US universities was provided under the US Department of Defense’s INVESTMENT Multidisciplinary University Research Initiative. In May 2018 the Minister for Defence Industry announced a $6 million investment in two projects under the Australia–United States Multidisciplinary University Research Initiative program. Griffith University, the University of New South Wales and the University of Technology Sydney, are now working with US partners including Duke University, the University of Oregon and the Massachusetts Institute of Technology on integrated quantum sensing and control. Sydney University and the Australian Department of University of New South Wales will partner with Defence: AUD 9 million the University of Tennessee, and Ohio State US Department of Defense: University and Virginia Polytechnic Institute will equivalent US funding work on a project in material sciences. Duration: 3 years, 2017/18–20/21 The selection process for the second round of the Australia–United States Multidisciplinary The 2016 Defence Industry Policy Statement University Research Initiative is underway. confirms that, where appropriate, research The focal topic is ‘active perception and should be undertaken in collaboration with knowledge exploitation in navigation and Australia’s allies. In line with this guidance spatial awareness’. This aligns with Next Defence has now invested $9 million in three Generation Technologies Fund priority themes, Australia–US strategic research collaborations including trusted autonomous systems, cyber under the Multidisciplinary University Research and integrated intelligence, surveillance and Initiative and the Australia–United States reconnaissance (ISR). Multidisciplinary University Research Initiative, through the Next Generation Technologies Fund. As a consequence, five Australian universities are now partnering with a total of
20 2017–18 DEFENCE INDUSTRY AND INNOVATION PROGRAMS ANNUAL REPORT CASE STUDY Strategic research into naval hydrodynamics
Over the past decade, the University of Tasmania has been partnering with Defence’s scientists to build a world‑class capability for hydrodynamics research. Based in Launceston, this facility is now attracting partners from other leading international research institutions in the field. A centrepiece is a cavitation research laboratory which is unique in Australia and one of only a handful of such laboratories in the world.
Bubbles of gas in water form the basis of cavitation. These University of Tasmania staff are standing in front of an experimental rig which generates microbubbles in a precisely controlled way. This is essential as it supports development and calibration of novel microbubble measurement techniques.
Modern naval platforms rely on signature The project will engage a diverse range of control, both to avoid detection by adversaries disciplines to gain new insights into these and to ensure their on‑board sensors perform flow phenomena. Computer based tools will at optimal levels. Turbulent, bubbly and be developed, underpinned by state of the cavitating flows control signatures. These flows art experiments carried out in the US and are scientifically challenging due to complex Australia. This work will lead the way for new physics involving physical and temporal scales technologies and approaches to design the ranging from molecular through to ship or next generation of naval platforms. submarine sizes. This project showcases a number of the positive The Next Generation Technologies Fund has attributes of Defence’s innovation strategy. made a $3 million, three year investment The Defence Industry Policy Statement states to enable the university to partner with that, where appropriate, research should be American universities, whose funding undertaken in collaboration with Australia’s was provided under the US Department allies. This is an excellent example of an of Defense’s Multidisciplinary University instance where the aligned research capabilities Research Initiative. The project is called of Australia and the United States can support ‘Predicting turbulent multi‑phase flows with a collaborative partnership to benefit both high fidelity: a physics‑based approach’ and countries. It also shows that—with resourcing partners include the University of Minnesota, from an innovation fund such as the Next University of California, California Institute Generation Technologies Fund—Australian of Technology, University of Iowa, University regional centres can very effectively support of Michigan, Johns Hopkins University and world‑class research. the Massachusetts Institute of Technology.
2017–18 DEFENCE INDUSTRY AND INNOVATION PROGRAMS ANNUAL REPORT 21 CASE STUDY Defence brings together small businesses to improve warfighter protection
A small firm in South Australia, Myriota, PARTNERS provides world‑leading expertise in the field of low earth orbit satellite connection and the 2 small companies: Internet of Things. The company is an ideal • IMeasureU partner to develop the beacon element of the • Myriota Fight Recorder.
INVESTMENT
“We were thrilled to be awarded the contract as a relatively new start up. Myriota will be hiring new people over the next one to two years. I think the fight recorder project is certainly helping with that. I think the more significant Defence $750,000 affect the project has had, has been supporting Partners $520,000 our case for private investment which is where the real jobs growth comes from.”
Duration: 2 years, 2017/18–18/19 ALEX GRANT, CHIEF EXECUTIVE OFFICER, MYRIOTA Enhancing human performance is vital to maintain Defence’s capability edge. Research Another small firm—iMeasureU from New questions critical to this field are being explored Zealand—is a world leader in understanding through the Small Business Innovation which human performance measures will Research for Defence pilot under the Next be required to implement the concept, and Generation Technologies Fund. how to acquire the required data to achieve Defence Science and Technology is famous for those measures. IMeasureU is developing the inventing the Black Box Flight Recorder. Given software that will deliver Fight Recorder’s event advances in technology, it is now viable to adapt reconstruction capability. the Black Box concept to support soldiers, Field trials with military users are scheduled for much as the recorders support aircraft. The late 2018 which will guide further refinement aim is to develop a wearable miniaturised data of Fight Recorder’s design, and ensure the final acquisition, analysis and recording device that research outcomes are the best possible fit to can act as an emergency beacon if necessary. Defence’s future capability needs. Defence recognises that there are small to These companies and their technologies medium enterprises with the bright ideas and illustrate that valuable innovation is happening skills necessary to bring this concept together around the country. Defence is capitalising into a practical system to benefit the war fighter. on these opportunities from emerging For this reason, Defence has two partners to technologies and combining them to address explore the concept of a Fight Recorder. particular needs of Defence capability.
22 2017–18 DEFENCE INDUSTRY AND INNOVATION PROGRAMS ANNUAL REPORT Data61 strategic partnership The cyber program has yielded substantial progress against aims in each of the foundational research themes. Nearly PARTNERS two dozen refereed publications have been submitted to scientific journals and • Data61 conferences on a variety of cyber security • 11 universities applications of artificial intelligence, including machine learning, autonomy and knowledge representation. Defence awareness of the cyber INVESTMENT security benefits achievable through emerging network technologies such as software defined networking (SDN) has been rapidly advanced by developing the experimental network architecture and analytics. A concept for a military communications system that exhibits enhanced robustness in a contested environment has been demonstrated, and is transitioning towards a prototype. Machine learning algorithms have also been demonstrated in high speed on field programmable gate array (FPGA) technology. Defence $9.3 million Complementing this scientific progress, the Data61 $4.75 million cyber program has also demonstrated success in growing national cyber capability. The Duration: 3 years, 2016/17–18/19 program has sponsored a number of advanced cyber security ‘summer schools’ where Defence is investing in a strategic cyber leading international academics join Australian partnership with Data61. Through this alliance researchers in short, focused educational Defence, Data61 and 11 Australian university opportunities attended by Australian students. partners are collaborating in a research A developing community in cyber security program with four themes, and are leveraging science and technology received a boost university capabilities for greatest impact. through a Defence cyber research networking The strategic partnership is strongly guided forum in November 2017. by the Defence White Paper and National Security strategies, and is well aligned with the overlapping priorities articulated in the Australian Government’s national Cyber Security Strategy. Defence’s research program extends from supporting strategic capabilities to supporting information warfare operations, including military platform cyber defence.
2017–18 DEFENCE INDUSTRY AND INNOVATION PROGRAMS ANNUAL REPORT 23 Foundational research theme University partners
System design for resilience Development of trustworthy systems from University of New South Wales components that have mixed levels of trust; Australian National University vulnerability discovery and mitigation; and University of South Australia technologies to assure mission continuity under cyber duress.
Influence and analytics Understanding the interaction between human University of South Australia and machine to achieve effective, resilient University of Sydney cyberspace operations; developing and applying University of Technology Sydney new data science to analyse and reason about University of Melbourne data in cyberspace.
Sensing to effects Technologies for sensing cyberspace and for Macquarie University planning and achieving effects. University of Sydney Australian National University
Autonomous cyber Application of autonomous and automated Swinburne University approaches to augment human analytical and University of Queensland decision processes in cyber operations.
24 2017–18 DEFENCE INDUSTRY AND INNOVATION PROGRAMS ANNUAL REPORT CASE STUDY Revealing threats hidden in encrypted traffic
Whether messaging with friends, searching for a local restaurant or binge‑watching Orange is the New Black, modern life has become heavily reliant on the internet. Encryption protects the privacy of our online activities from eavesdropping and—according to the Electronic Frontier Foundation— more than half of all web traffic is now encrypted. And this is expected to grow. The downside of encryption is that it is also capable of hiding the online activities of hackers and criminals intent on exploiting Defence networks and disrupting operations. The use of encryption in this way has accelerated sharply. Given this, how does Defence identify and protect itself from encrypted threats across a range of high‑tech operational systems?
The broadly adopted practice of decrypting Sydney and the University of Sydney, while and re‑encrypting traffic for inspection is not providing a catalyst to engage postgraduate always practical and impacts the integrity students. The project draws on the team’s of the encryption. However it isn’t always collective capabilities to develop an advanced necessary to have access to the content to sensor to classify communications which will know the purpose of a communication. There apply to real‑world communications networks. is substantial research demonstrating the In its first months the Deep Bypass project has success of various statistical and machine already produced a prototype traffic classifier learning techniques which infer the likely intent able to reveal when a device is streaming of communications without examining content. one of a known collection of YouTube videos Despite some laboratory‑scale successes, over Wi‑Fi. Streaming video produces very many of these techniques make assumptions distinctive traffic patterns that are unaffected that limit their value in the real world. by encryption. The prototype exploits these Under the Defence and Data61 strategic patterns to identify known videos with an partnership in cyber science and technology, accuracy of 97%. While designed principally the Deep Bypass project seeks to develop to stimulate collaboration, the prototype is technologies to help Defence identify a useful surrogate for identifying—through encrypted threats that overcome these behavioural classification—the different flawed assumptions. The Deep Bypass communications types of interest to Defence, project partners the complementary technical and accordingly will guide requirements for expertise of Defence’s Data61’s Networks future project stages. Most significantly, the Group, with world‑renowned machine learning work illustrates the value of a collaborative and expertise in the University of Technology multi‑disciplinary partnership.
2017–18 DEFENCE INDUSTRY AND INNOVATION PROGRAMS ANNUAL REPORT 25 Medical countermeasure and Science. In 2018 the head of the Indo–Pacific Health Security Initiative within products the Department of Foreign Affairs and Trade joined the group. PARTNERS The three priority research themes— antimicrobial resistance, point of care Universities 7 diagnostics, and security sensitive Small companies 8 biological agents—remain the same. Government organisations 2 However additional areas of interest have grown to include malaria, dengue, orthopox and arboviruses. This year an additional INVESTMENT $2 million was contributed by Defence through the Next Generation Technologies Fund to grow the program. Each partner is also co‑investing where they are project participants. The investment from the Next Generation Technologies Fund is already contributing to promising early results in a range of key areas including diagnostic technology, vaccine and therapeutic research. For example: • a new class of chemical compounds for Defence: $4 million treatment against biological threats has CSIRO: $5 million been developed in a project led by the Partners: ~$19 million University of Western Australia • a multiplex diagnostic device has been 1 Duration: 2016–ongoing developed for viral and bacterial pathogens in a project led by Lumos Diagnostics—a Defence is working with 17 industrial, academic wholly owned subsidiary of Planet and government organisations in the medical Innovation. The next stage of this project countermeasure products collaboration. This will commence in 2018–19, and was formed under the umbrella of the Defence Materials Technology Centre. • new chemical coatings have been developed to adhere antibodies to sensors. Five new partners have joined this year. The coatings have potential applications in The stakeholder group has a strong a range of diagnostic technologies. emphasis on defence and national health security outcomes, and includes senior Leadership from the Surgeon General and representation from the departments of Defence’s scientists—as well as productive Defence, Health, and Industry, Innovation collaboration with industry and academic partners—are key features of this program. As a 1 Funding for the two‑year period 2016–17 to 2017–18.
26 2017–18 DEFENCE INDUSTRY AND INNOVATION PROGRAMS ANNUAL REPORT consequence, partners are now well‑placed to The partners are collaborating around explore the industrial potential of technologies particular themes as shown below. Defence’s already developed, and deliver benefit to both scientists participate in all three of the research military and civilian populations. themes.
Research theme Academic partners Industrial and government partners
Antimicrobial resistance Developing broad spectrum University of Western Australia Dstl (UK) vaccines and therapeutics Peter Doherty Institute BioSparQ for force protection and University of Melbourne Neoculi operational continuity. University of Würzburg Defence University of Queensland University of Adelaide
Point of care diagnostics Compact, low-cost, robust, Deakin University CSIRO technologies to expedite Monash University MiniFab clinical decision making, Planet Innovation to reduce patient loss to Anteo Diagnostics follow-up while waiting for test results, and to facilitate Hydrix the delivery of care in Trajan Scientific the field. Australian Rickettsial Reference Laboratory Defence, BioSparQ
Security sensitive biological agents (SSBA) Developing therapeutics and University of Western Australia Planet Innovation SSBA vaccines to reduce University of Würzburg Anteo Diagnostics mortality rates and adverse Peter Doherty Institute – CSIRO health impacts to the military University of Melbourne Dstl (UK) and first responder (civilian) Deakin University communities. Defence
2017–18 DEFENCE INDUSTRY AND INNOVATION PROGRAMS ANNUAL REPORT 27 Building engagement with initiatives to inform universities and industry the research community about opportunities for engagement. Highlights include: A series of forums, symposiums and • Partnerships Week, held at Defence workshops are being run under the Next Science and Technology’s site in Adelaide Generation Technologies Fund to bring in August 2017. This included the Small together Defence, small companies, defence Business Innovation Research for Defence primes, universities and government research (SBIRD) workshop organisations. • research community engagement leading The goal is to exchange information and up to the formation of the Defence CRC for build professional networks. Participants are Trusted Autonomous Systems, and informed about Next Generation Technologies • two technology foresighting symposiums, Fund programs and helped to explore which explored aspects of emerging and collaboration and partnering opportunities. disruptive technologies and their value The Defence Innovation Portal has been an for Defence. especially successful complement to these
Partnerships Week was held in Adelaide in August 2017.
28 2017–18 DEFENCE INDUSTRY AND INNOVATION PROGRAMS ANNUAL REPORT Small Business Innovation Research for Defence workshop at Partnerships Week.
More than 500 visitors from industry, academia, Potential applicants for the Next Generation government, the education sector and the Technologies Fund attended information scientific community attended Partnerships sessions designed to help understand the Week. Delegates participated in briefings, site broader partner engagement processes, tours, workshops, match‑up sessions, industry what Defence is looking for, and the general pitches and networking opportunities over the characteristics of both successful and course of the event. Speakers included: unsuccessful proposals. The aim was to help every applicant maximise the possibility • the CEO of DefendTex of funding by preparing and submitting • the CEO of the Precise Advanced competitive proposals. Manufacturing Group, and Events were also held on specific elements of • the Deputy Vice Chancellor, Research and the Next Generation Technologies Fund. For Innovation. from RMIT University. example, Small Business Innovation Research for Defence (SBIRD) workshops were held to The Deputy Vice Chancellor, External Relations brief participants on the program and explore and Strategic Projects, from the University of concepts for possible future SBIRD calls. The South Australia, provided insights into how workshops attracted 51 participants, including better to engage with Defence. 26 representatives from small companies.
2017–18 DEFENCE INDUSTRY AND INNOVATION PROGRAMS ANNUAL REPORT 29 Industry, the research community and Emerging and Disruptive government responded enthusiastically to the first Defence CRC. Information sessions held Technology Assessment across all states attracted: symposiums • 386 attendees The Emerging and Disruptive Technology • 100 expressions of interest from Australian Assessment Symposium (EDTAS) series is a universities, and key element of Defence’s horizon‑scanning • 36 full proposals from Australian industry. activity. The symposiums bring together internationally recognised thought leaders, The Next Generation Technologies Fund Defence scientists, and other Defence groups is now establishing a national research and services to identify and explore potential network to address Defence interests in game‑changing technology. quantum technologies. The depth of research Knowledge derived from the symposiums will community engagement has resulted in help steer the evolution of the Next Generation a strong response to a call for proposals, Technologies Fund, ensuring the priority and 80 submissions were received. The research being undertaken remains relevant Quantum Technologies Research Network will throughout the program’s full 10‑year life. commence in 2018–19. Emerging science and technology areas are studied to position Defence to exploit future PARTNERS opportunities as well as to prevent strategic surprise. For that reason, analyses consider Universities 22 how advancement of these technologies could realise critical Defence and national security capabilities, as well as result in emerging INVESTMENT national threats to the nation’s security. Combining the expertise of the broader science and technology community with Defence’s domain knowledge means the symposiums deliver an in‑depth picture of future technologies and an understanding of their relevance to future Defence needs. Defence scientists join with experts from academia and industry to consider how technological developments in human biotechnologies could be used in a 2040 Defence: $5.7 million timeframe Partners: $7.8 million Two symposiums were conducted in the reporting period. Each comprised an open Duration: 2016/17–17/18 forum giving delegates relatively free reign to
30 2017–18 DEFENCE INDUSTRY AND INNOVATION PROGRAMS ANNUAL REPORT Defence scientists join with experts from academia and industry to consider how technological developments in human biotechnologies could be used in a 2040 timeframe.
consider what form new technologies may November 2017. This addressed advanced take and what their impact may be. This was materials and manufacturing and was attended followed by a data distillation and analysis by 80 delegates from Defence, industry and phase. Finally a restricted workshop was academia. The second, held in Adelaide in held during which a Defence and national May 2018, had 105 delegates and focused on security lens was cast on the results. The human biotechnologies. first symposium was held in Melbourne in
2017–18 DEFENCE INDUSTRY AND INNOVATION PROGRAMS ANNUAL REPORT 31 CASE STUDY Emerging and Disruptive Technology Assessment Symposium: advanced materials and manufacturing
Advances in materials and manufacturing will have a profound effect on Defence and national security over the coming decades. Driven by the desire to continually seek lighter, stronger and more durable structures, new metals and alloys will be used in both Defence and non‑Defence settings. Cheaper, energy‑efficient production and manufacturing techniques will see increased use of specialised materials such as titanium and carbon fibre in many applications, and will also lead to the development of hybrid materials featuring embedded electronics and sensors. Additive manufacturing will also have important ramifications for the capability acquisition Emerging and Disruptive Technologies Assessment Symposium: Advanced Materials and Manufacturing, process of the ADF. Melbourne, November 2017. For example the ADF and Australian Defence industry could apply novel manufacturing techniques to achieve collaborative, rapid A follow‑on workshop in February 2018 design and manufacture of next generation examined the potential military implications weapons, combat vehicles and other of these technologies. Seven key themes for equipment. The ability to make small batches advanced materials and manufacturing were or even one‑off products at low cost could identified through the EDTAS process: revolutionise how the ADF acquires assets, • cross disciplinary teams for novel materials allowing iterative improvements from one • rapid modelling purchase unit to the next. • mass customisation In November 2017 Defence joined with industry partner Noetic Group and academic partner • sustainable manufacturing Melbourne University to hold the Emerging • smart products and Disruptive Technologies Assessment • the ‘maker movement’, and Symposium on advanced materials and • integrated computational materials manufacturing. The task for the 80 delegates engineering. from Defence, industry and academia was to consider the impact of emerging materials These themes highlight potential gaps and manufacturing technologies on society, in research, as well as opportunities for industry and Defence in the 2040 timeframe. Defence. A big picture assessment report The format consisted of keynotes, panel has been prepared on the workshop’s speakers and supporting workshops across outcomes to inform Defence’s longer‑term five defined themes: strategic planning. • extreme environments • unmanned vehicles • stealth • future sensors, and • power generation, distribution and storage.
32 2017–18 DEFENCE INDUSTRY AND INNOVATION PROGRAMS ANNUAL REPORT Next Generation Partnerships and collaboration vehicles include: Technologies Fund • Grand Challenges operating framework • Defence Cooperative Research Centres • University Research Networks Defence has developed an operating framework • Strategic Research Programs for the Next Generation Technologies Fund. Its • Small Business Innovation Research for design was informed by successful research Defence, and and innovation programs across the world, with the best being adapted to suit the Australian • Defence participation in national technology defence context. accelerator programs. The framework’s partnering options allow choice and flexibility in scale, and GRAND CHALLENGES time‑to‑delivery for research program Grand Challenges provide the scale and intensity design—from ambitious Grand Challenges to required to tackle formidable challenges which lean and focused technology acceleration. have no simple solutions. The design of the Grand This allows Defence to engage a range of Challenge program has been influenced by the research partners, individually or in teams, US Defence Advanced Research Projects Agency from start‑ups to primes and national (DARPA), Grand Challenges Canada, and the Bill research organisations. and Melinda Gates Foundation. Participation by The science and technology priorities academic institutions, publicly funded research and challenges addressed through these agencies, small agile companies, larger defence collaborative vehicles are continuously primes, and Defence itself, is essential to ensure informed by investigations on emerging optimal outcome delivery. technology and technology foresighting.
Defence Small Business University Strategic Defence Grand Cooperative Innovation Technology Research Research Research Challenges Research Research for Foresighting Networks Program Accelerator Centres Defence
AGILITY ACROSS THE PORTFOLIO, INDEPENDENT OF SCALE
Identify and champion exploitation opportunities
Defence Major Minor Dual‑use Industry R&D Innovation Hub Acquisition Acquisition Opportunities
2017–18 DEFENCE INDUSTRY AND INNOVATION PROGRAMS ANNUAL REPORT 33 DEFENCE COOPERATIVE Initiatives include the Australia–United States RESEARCH CENTRES Multidisciplinary University Research Initiative Defence Cooperative Research Centres (Defence and state‑based university research networks. CRCs) are Defence‑led, industry‑delivered The Australia–United States Multidisciplinary collaborative programs, which draw on the University Research Initiative enables leading national research capabilities of Australian and US universities to partner in universities, industry and publicly funded research an existing US program (the Multidisciplinary agencies. This program builds on the successful University Research Initiative (MURI)) and national CRC model with some modification in undertake research on focused topics of high that it has a mission‑driven focus. Each Defence priority for the future defence capabilities of CRC has specific goals and objectives that align both countries. with Defence needs. Research projects are only It helps Australian researchers to remain supported if they have an identified pathway for in‑country and develop capability in key areas adoption by Defence. of science, while at the same time benefitting As with the other Next Generation Technologies from working with the best US universities. Fund programs, Defence CRCs improve the The Next Generation Technologies Fund research skills and capabilities of participants is for Australian universities only, while and increase small company engagement in the US Department of Defense provides collaborative research. The goal is to make funding to participating US research the Australian defence industry more efficient, institutions, promising a valuable return on productive and competitively priced. Australia’s investment. State‑based university research networks UNIVERSITY RESEARCH NETWORKS are also bringing academics and Defence The Next Generation Technologies Fund is scientists together to collaborate on future shaping the national innovation enterprise game‑changing technologies. The networks into targeted university research networks. are co‑funded by state governments and It is advancing cross‑disciplinary research build on the success of the Defence Science and building academic communities across Institute (DSI) model established in Victoria. Australia and around the world. Built on open The Defence Innovation Partnerships network partnerships and mutual investment in the has been established in South Australia, and academic domain, these networks provide a a similar network has been established in robust mechanism to bring leading research New South Wales. teams together to address defence priorities with a strategic focus led by Defence. Defence STRATEGIC RESEARCH PROGRAM benefits from enhanced access to Australia’s Where initial investigation of a new concept or leading academic expertise, while universities technology shows the potential for disruption, gain access to Defence scientists and specialist the research activity may be scaled up and facilities to contribute directly to future further focused to develop technology of ADF capability. particular importance for Defence, drawing on partners from across the innovation enterprise.
34 2017–18 DEFENCE INDUSTRY AND INNOVATION PROGRAMS ANNUAL REPORT SMALL BUSINESS INNOVATION for Defence and national security products RESEARCH FOR DEFENCE (SBIRD) improves capability outcomes. This program The SBIRD program is modelled on works with existing accelerators within the international initiatives such as the national innovation system, such as CSIRO’s long‑standing and successful Small Business ON Prime program which supports the start‑up Innovation Research program in the US and community with an interest in Defence. the Small Business Research Initiative in the TECHNOLOGY FORESIGHTING UK. SBIRD enables small business to conduct early stage, high‑risk, high payoff research with Defence conducts ongoing horizon‑scanning the potential to mature into Defence capability. to inform the science and technology priorities Funded activities run in two stages: addressed by the Next Generation Technologies • researching the feasibility of a potential Fund. The purpose is to understand emerging Defence technology over a six to nine science and technology areas across a broad month period, and spectrum over a 10 to 20 year span. • evaluating the technology in the context of the specific Defence application. Promising Investment portfolio versus results are evaluated for transition through priority needs the Defence Innovation Hub. Through the Next Generation Technologies Fund, Defence is continuing to build a portfolio DEFENCE ACCELERATOR PROGRAM of research with investment in all science A new generation of innovators is developing and technology areas agreed as priorities for breakthrough products without the huge capital Defence. These priorities are shaped by: cost traditionally required for cutting‑edge • technology foresighting as part of the research and development. This agile annual Force Design process approach leads to technology disruption, • assessments of emerging threats, and where inventions of new processes, products or systems are rapidly developed and applied • the strategic directions set out by the to known problems in unexpected ways. chiefs of service in their long‑term Bringing this inventive approach to the market planning documents.
2017–18 DEFENCE INDUSTRY AND INNOVATION PROGRAMS ANNUAL REPORT 35 The identified priorities currently remain Challenge to counter improvised threats as stated in the 2016 Defence Industry is represented independently from the Policy Statement. technology priorities. The cumulative investment made2 in each The cost of delivering and assuring the Next priority technology area is shown below as a Generation Technologies remains within 5% of percentage of the total investment made to the overall funding. end of the reporting period. The Grand
Trusted Autonomous Systems 51% Advanced Sensors 3% Counter‑Improvised Threats 20% Quantum Technologies 3% Cyber 6% Enhanced Human Performance 1% Medical Countermeasure 6% Integrated ISR 0.5% Hypersonics 5% Space Capabilities 0.4% Multidisciplinary Material Sciences 4% Directed Energy Systems 0.2%
2 ‘Investments made’ captures only the initiatives where agreements are fully executed.
36 2017–18 DEFENCE INDUSTRY AND INNOVATION PROGRAMS ANNUAL REPORT FACTORS SHAPING THE INVESTMENT • multi‑disciplinary material sciences PROFILE and quantum technologies through the At any given time the scale of investment in a Australia–United States Multidisciplinary particular technology area depends on the: University Research Initiative, and • advanced sensors (hydrodynamics) • capacity of the national innovation system through the Multidisciplinary University to undertake world‑class research in that Research Initiative. field, and • maturity of Defence’s understanding of Defence has built these substantial research the scope and potential of a targeted programs quickly: research program. • through strategic partnerships with Data61 Each investment is shaped through the (CSIRO) in cyber lens of one or more of the Next Generation • with CSIRO and others in medical Technologies Fund collaboration vehicles. countermeasure products, and Major investments ($5 to $10 million • by implementing the Australia–United per annum) have been made in the Defence States Multidisciplinary University Research CRC for Trusted Autonomous Systems and the Initiative to support Australian participation Grand Challenge to counter improvised threats. in its existing US Multidisciplinary University The very broad application and potential impact Research Initiative. of the investment in autonomous systems drove its selection as a Defence CRC. The Smaller investments (< $1 million per annum) focus on ‘trust’ in trusted autonomous systems have been made in collaborative research originated from workshops with operational with Australian universities and in program forces. These covered some of the challenges development. Universities were selected in creating autonomous systems which have competitively to conduct a broad range of military utility. The complexity and urgency of investigative research aligned with Defence the impact of improvised threats in complex priority technology areas. It is anticipated operational environments was another key to that some of this research will become the its selection as the initial Grand Challenge. basis of greater investment in the future as the potential for disruption or game‑changing Mid‑scale investments ($1 to $5 million capability is revealed. Benefits should also be per annum) have been made in: realised through cross‑disciplinary approaches • cyber, through the Data61 partnership and combining some of these areas of research. hypersonics • medical countermeasure products in partnership with the Defence Materials Technology Centre
2017–18 DEFENCE INDUSTRY AND INNOVATION PROGRAMS ANNUAL REPORT 37 Trusted utonomous Systems
Countering Improvised Threats
Cyber
Hypersonics
Medical Countermeasure Products
Multidisciplinary Materials Sciences