At EmTech Asia 2017 in Singapore, OpenGov had the opportunity to sit down with Dr. Dava Newman, Apollo Professor of Astronautics and Engineering Systems at the Massachusetts Institute of Technology and former Deputy Administrator of National Aeronautics and Space Administration or NASA (May 2015-January 2017). She spoke to us about the horizon goal of getting humans to Mars, the importance of international cooperation in space exploration and the applications of space research on planet earth.
The interview below has been edited by OpenGov for clarity and brevity.
Can you tell us about the plans for the mission to Mars?
We have a long-term vision to get humans to Mars. We call it the Horizon goal.
We have had rovers and robots on Mars for nearly 50 years. The world has seven different assets on Mars today. We have to continue studying Mars, getting more data, understanding it better.
We have to invest in the technologies to get us to Mars, the habitats, life support systems, propulsion. So we are focused on all these issues related to human space flight during the 2020s.
Then in the 2030s we go with humans, first to the Mars orbit first and then we land on the surface.
Can you tell us about your research and how it is related to the Mars objective?
I am very keenly interested in sending humans to Mars and returning them safely. My research includes space suits and astronaut performance. In 2014 we got the patents for our compression exercise suit for use inside the vehicle to counter astronaut physiological deconditioning. This suit is flying in space today, utilized by astronaut Thomas Pesquet, he’s an European Space Agency Astronaut. It flew the first time with astronaut Andreas Morgenstern for a nine-day mission. It was a quick test of the technology. Pesquet’s mission is 6 months. So, we get much more data.
I have continued work on advanced extravehicular suit designs and life support systems for Mars, most notably my BioSuit™ second skin spacesuit.
What are we trying to learn from Mars?
The most important goal is the search for life. Are we alone? We don’t know the answer yet. All of our space research really fundamentally, is about answering the questions “Is there life out there: past or present”.
Earth and Mars are the same age, 4.5 billion years. That’s why we are so intrigued by Mars. Did Mars once have life? We are really looking for evidence of past life on Mars. The evidence is mounting. We knew Mars had ice at the north and south poles. But now we have evidence for water on Mars. It’s high salinity water. It won’t support life. Still water is a very encouraging finding. When you are looking for carbon-based life, you follow the water.
Probably 3.5 billion years ago, Mars had life like earth. It had a warm and wet environment. The story on Mars tells us about life here on earth.
We know life worked out pretty well on earth. But something went terribly wrong on Mars. The planet lost its atmosphere. Today it has a 1% CO2 atmosphere.
Earth has a global magnetic shield. It protects our atmosphere and is fundamental for life. Today Mars has no global magnetic shield, and we see the Martian atmosphere literally being ablated away by the solar winds and radiation. We measure this with the NASA's Mars Atmosphere and Volatile EvolutioN (MAVEN) Mission that in the absence of the magnetic field, solar wind ablated the atmosphere away from Mars. It continues to do so today.
The Discover mission is taking data from the sun. It is looking at the solar wind, the solar radiation and letting us (Earth) know what’s coming. I call it our space solar weather buoy located half way between earth and the sun at the Lagrangian point, called L1.
These are other fascinating scientific questions. We have micro-meteorites on earth from Mars. We have picked them up in Antarctica and other places. Do we have earth micro-meteorites on Mars? Could have Mars seeded life here? Or could earth have done so on Mars, at the very beginning?
Can you tell us about the role of private sector enterprises in this mission to Mars?
The government used to do all that, owning the rockets, providing the services. But it gets expensive. We say we want to get to Mars, but we cannot do everything on our own. The government provides the initial funding to these companies. We want to get them to a position where they can make money.
We want to make sure that we have a thriving space economy and the first step is in the Low Earth Orbit (LEO). It’s starting to happen. Then we look towards a future where we can maybe commercialise lunar orbit.
I just co-authored an op-ed with Pam Melroy from DARPA (Defense Advanced Research Projects Agency), about commercialisation of on-orbit servicing for satellites in LEO and Geosynchronous orbit. DARPA and NASA have interagency cooperation.
Over the years, research and development at NASA has had several applications in the outside world. Are there any such recent developments?
We call those spin-off technologies. Since we are investing taxpayer money we want to make sure that there’s a benefit not just for space science, but also for life here on earth. NASA publishes around 1600 spin-off technologies a year.
To meet the demands in space, we miniaturise the technology. We have to really think hard about the batteries and the power systems. The advances that we make, developing low weight, portable devices are great for earth.
One of my favourite ones is water filtration. For life support systems up on space stations, we need to have closed-loop systems. Water is precious. Everything that is liquid has to be recycled and used again. We have developed amazing water filtration technology and it is being used all over the world today. It is of great value in places and communities who don’t have access to clean water.
Then there are bio-medical applications. We use a hand-held ultrasound to assess our astronaut’s health in space. Here on earth, you have big scanners, CT scans, MRI in the clinics. They are advanced but too massive to fly to space. So, we had to come up with a very compact ultrasound. Because it is cheap and it’s small, it is very useful for diagnosis in rural areas.
The investments in technology are for the future for humanity. It is about STEM education, creating more jobs.
Can you tell us about any technologies that have moved in the opposite direction from research labs to space?
CubeSats are an interesting example, pushed from the research labs to space and then the space applications back to earth. At universities we used to assign CubeSat projects to our students. Instead of just designing a satellite on paper, we want them to actually build a satellite.
Ten years ago those were student projects. Today CubeSats have advanced scientific instruments in them used for high precision monitoring. We didn’t anticipate that so quickly.
The first flight of NASA’s new rocket, the Space Launch System (SLS), will carry 13 CubeSats as secondary payloads. 2 will go to the moon. Three slots are for payloads from international partners.
CubeSats are helping democratise space, allowing all nations and even universities and non-profits to participate in space.
There appears to be a resurgence of enthusiasm for space exploration in recent years? What do you think are the reasons for this?
I think because it’s time. We are really at a crossroads with the development in technologies and the access to space.
Earlier you had to spend a lot of money and effort to get things into space. Now that’s changing. With international cooperation and the participation of private companies, we have more access to space.
Take Gilmour Space Technologies for instance. It is a Singapore-Australian company developing rockets for launching big 200, 400 kg satellites. That means we can think about companies all over the world designing, building and launching satellites and even humans.
China, Russia and the United States have capacity to launch humans into space. If we get the private companies and the space agencies together, there will be so many more launch opportunities for satellites, space science and future human exploration.
Private companies will help bring down the cost and increase launch frequency so many more people can participate. Combine that with technological advancements, in areas such as 3D printing.
International co-operation seems to be a persistent theme in space exploration and for NASA’s strategy. What is the driver behind it?
We want the world to join us. We want them to propose experiments, come work with us. The International Space Station has 95 nations participating so far. Agreements have been signed between the 5 main partners, USA, Russia, Canada, Japan and eleven member states of the EU to participate in the International Space station through 2024.
The Mars mission will be a global effort. It’s not going to be one nation, one space agency. It’s going to be the world.
The Indian Space Research Organisation (ISRO) launched a Mars orbiter successfully (Mars Orbiter Mission or MOM) on their first attempt. They worked with NASA closely, and NASA provides communications and navigation support. That is a great example of international cooperation. Now ISRO is working towards MOM 2.
For me, ultimately, it is about raising humanity’s potential. If we do this together, we do it for peaceful exploration. That’s the vision I am interested in.
My favourite quote from Star Trek is about excellence and diversity and inclusion. We need the best people in the world, and the only way we get that for space is to take a lesson from Star Trek: ‘Infinite Diversity in Infinite Combinations’.
 February 15 The suit employs semi-rigid ribs traced across the body to provide mechanical counter-pressure, while letting the wearer retain a full range of movement.NASA scientists have proposed putting a giant magnetic shield around Mars to allow the planet to slowly restore its atmosphere.Click here on updates on NASA’s CubeSat Launch Initiative.Read an interview on CNN here about using 3D printing for construction on Mars.
The Ministry of Information and Communications (MIC) unveiled a draft decree earlier this year concerning the management, provision, and use of internet services, slated to replace the existing Decree 72. Under the proposed regulations, social networks will be required to remove content that violates the rules, with corresponding measures taken against offending accounts, community pages, and content channels. According to MIC, these heavy sanctions are expected to help clean up cyberspace.
The new draft decree includes more stringent requirements and more severe penalties for offenders. Organisations and individuals offering services, whether within Vietnam or internationally, are mandated to prevent and delete content that breaches the law immediately, once this is required by MIC. In cases where unreasonable content is not removed as instructed, MIC will employ technical measures to block websites, applications, and platforms that offer these services.
A notable addition in the draft decree compels social networks to temporarily or permanently suspend the accounts, community pages, community groups, and content channels that frequently breach regulations or engage in severe violations that impact national security. The regulations designed by MIC aim to address the sources of violations and reduce the time and resources expended by agencies in blocking and removing content in violation.
An industry expert has noted that that information is spreading rapidly across both domestic and international social networks. Failure to promptly address harmful information could lead to significant consequences for individuals and businesses. Moreover, inaccurate information concerning government policies circulating on social networks could severely undermine the reputation and functioning of state agencies.
The call for the immediate removal of violating content and the decision to suspend offending accounts can effectively resolve multiple issues simultaneously. In such a scenario, platforms will bear the responsibility of monitoring user posts, while users will need to be accountable for the content they generate.
It is essential to establish clear guidelines regarding the types of violations that need to be addressed and how much time platforms are allowed to do this. If the violations have relations with national security, they must be handled immediately. In this case, platforms must remove information in violation as soon as the watchdog agency sends links containing the violating information, with no need to send written requests. For other types of violations, it may be more practical to provide platforms with a reasonable amount of time to conduct thorough investigations into the cases before taking action.
With the ongoing digital transformation, the volume of sensitive data stored on digital platforms has surged, underscoring the importance of securing data as a critical priority. The National Cyber Security Centre (NCSC) has issued a warning regarding an increasingly serious scam involving the utilisation of deepfake technology to capture the movements and voices of unsuspecting victims for fraudulent purposes. This manipulation has resulted in financial losses for numerous individuals. It is anticipated that this artificial intelligence (AI)-based deception will evolve further in the future, becoming even more sophisticated and deceptive.
Personal data serves as the foundational building blocks for government and business databases. As a result, these data are regarded as invaluable resources for organisations and individuals to gather and use. The legitimate and lawful use of this data yields significant value. However, illegal activities that compromise personal data, leading to infringements on national security, social order, and security, can have severe consequences.
Visiting China has just become more convenient for Singapore residents, thanks to an innovative feature added to the Changi Pay digital wallet. Launched in 2021 by Changi Airport Group (CAG), a wholly-owned subsidiary under the purview of Singapore’s Ministry of Finance. This digital wallet has introduced a game-changing collaboration with a fintech company and an innovative technology provider.
One of the most significant benefits of this collaboration is the ability for Changi Pay users to make secure payments at a wide range of merchants in China. The focus is on leveraging a third-party mobile and online payment platform in China, where mobile payments through QR codes have become vastly more popular than traditional methods involving cash or conventional bank cards.
Lim Peck Hoon, CAG’s Executive Vice President for Commercial, expressed her enthusiasm about the collaboration and its positive outcomes, stating, “We have been turbocharging our digitalisation efforts to enhance the travelling experience for our passengers, and we are proud to see this collaboration bear fruit.”
One of the immediate advantages that users will appreciate is the ability to transact in China without incurring the typical transaction fees associated with overseas credit card payments. This is a significant boon for travellers who often find themselves burdened by extra charges when making purchases abroad. Changi Pay has effectively eliminated this hassle, allowing users to enjoy their shopping and dining experiences without worrying about hidden fees.
Besides, Changi Pay has gone the extra mile by providing users with attractive exchange rates. This means that when making payments in China, users will benefit from favourable rates, ensuring that their money goes further. This is a practical advantage that can significantly enhance the overall travel experience, making it more affordable and enjoyable.
Further, Changi Pay has introduced an enticing incentive for its users. Those who opt to make payments in China using the digital wallet will receive e-vouchers. These vouchers can be redeemed for purchases at Changi Airport upon their return, effectively offering users extra value for their spending. It’s a win-win situation that adds another layer of appeal to using Changi Pay for international transactions.
This collaboration has not only streamlined international payments but has also aligned perfectly with CAG’s overarching mission to elevate the traveller’s journey through digital innovation. By addressing the pain points associated with overseas transactions, Changi Pay has demonstrated its commitment to making travel more convenient, cost-effective, and rewarding for its users.
Digital wallets streamline the entire travel payment process, eliminating the need to carry bulky wallets filled with cash and numerous payment cards. This convenience not only simplifies transactions but also enhances the overall travel experience by reducing stress and hassle.
Likewise, digital wallets often offer favourable exchange rates and eliminate or reduce transaction fees typically associated with foreign currency payments. This translates to savings for travellers, allowing them to allocate their budgets more efficiently.
Hence, digital wallets have evolved into tools that modern travellers simply cannot do without since they provide a streamlined, risk-free, and time-saving solution for them to manage the financial aspects of their trips.
Also, digital wallets increase the excitement and accessibility of exploration by making travel more comfortable, cost-effective, and rewarding. Because of this, digital wallets are quickly becoming an essential companion for travellers all over the world.
In a groundbreaking move that promises to usher in a new era of innovation and sustainability, the Infocomm Media Development Authority (IMDA) has joined forces with the Mandai Wildlife Group in a visionary two-year partnership.
This collaboration seeks to drive digital transformation in Singapore’s wildlife parks, with a focus on three pivotal areas: Autonomous Mobile Robots (AMRs), sustainability, and immersive experiences. This bold initiative was formally launched with the signing of a Memorandum of Intent (MoI) at the iconic Singapore Zoo, setting the stage for Mandai Wildlife Group’s parks to become a veritable “living lab for innovation.”
“Our partnership with Mandai Wildlife Group expands on our existing digital transformation and innovation efforts, with the parks serving as a ‘living lab for innovation’ to support this endeavour,” said Leong Der Yao, Assistant Chief Executive, Sector Transformation, IMDA.
The IMDA-Mandai Wildlife Group partnership is not merely a symbolic gesture but a commitment to co-develop innovative solutions that will have real-world applications. At its core, this collaboration aims to tackle pressing challenges and identify untapped opportunities within the realm of wildlife conservation and entertainment. It’s a partnership that envisions a future where technology and nature converge to create a harmonious and sustainable coexistence.
One of the primary focal points of this collaboration is the development and deployment of Autonomous Mobile Robots (AMRs). These robots are poised to revolutionise the way wildlife parks operate, enhancing both efficiency and visitor experience. Unlike traditional AMRs designed for flat surfaces, the challenge here lies in adapting these robots to navigate the intricate and often uneven terrains of outdoor environments.
The IMDA and Mandai Wildlife Group are initiating a Call for Proposal that specifically targets outdoor AMRs equipped with tele-operation capabilities. This ambitious endeavour seeks to address existing industry challenges and technology gaps, with the ultimate goal of making these AMRs an integral part of daily park operations.
The identified use cases for these outdoor AMRs are diverse and compelling. A central operations platform, powered by tele-ops, will facilitate the management and coordination of multiple AMRs throughout the park premises. This not only streamlines operations but also ensures that these robots can work seamlessly together, enhancing overall efficiency.
Additionally, the introduction of AMRs for F&B delivery both to staff and visitors within the parks promises to revolutionise the dining experience. Visitors can now enjoy the convenience of ordering meals through a dedicated app, further enhancing their overall enjoyment of the park.
The collaboration also aims to automate and streamline visitor management services, such as location and ticketing services. This will significantly enhance the guest experience by reducing wait times and providing more personalised assistance. Moreover, the implementation of AMRs for surveillance purposes promises to improve security within the parks. These robots can navigate dimly lit and challenging terrains with ease, enhancing staff’s ability to respond swiftly to any guest needs or emergency incidents.
While these innovations are exciting on their own, they are part of a broader initiative by IMDA to enable the large-scale deployment of AMRs for commercial use. This partnership with Mandai Wildlife Group represents a critical step in achieving this vision.
By fostering collaboration between enterprises, technology partners, and the AMR community, IMDA aims to drive the adoption and interoperability of AMR systems across both indoor and outdoor environments. This initiative is poised to bring about tangible benefits for businesses in Singapore, ranging from increased productivity to the creation of new, high-value jobs.
The Hong Kong Science and Technology Parks Corporation (HKSTP) announced a partnership with the Hong Kong Insurance Authority (IA) to spearhead the Open Insurance movement. This initiative is being realised through the launch of the OpenAPI Platform for the Insurance Sector, often referred to as the Central Register.
Open insurance revolves around the concept of facilitating the exchange of insurance-related information among insurance companies and third parties using Application Programming Interfaces (APIs), thus fostering innovation in insurance products and services.
The OpenAPI Platform for the Insurance Sector serves as a trusted repository that houses open insurance APIs. Its primary function is to connect authorised insurers, licensed insurance intermediaries, and their third-party service providers, allowing them to seamlessly display and manage their product and service information. By granting public access to this valuable data, this central hub serves as a catalyst for enhanced connectivity, further fuelling the development of groundbreaking insurance products and services.
The Head of the STP Platform at HKSTP expressed her enthusiasm for this initiative, stating that it is a significant step toward the realisation of Open Finance. By harnessing the potential of open APIs, businesses can unlock new avenues for growth through enhanced connectivity, collaboration, and innovation. The OpenAPI Platform for the Insurance Sector empowers both insurance companies and tech ventures to leverage open APIs, thereby delivering transformative financial experiences to the industry.
The Associate Director of the Policy and Development Division at the IA urged the insurance industry to embrace the OpenAPI Platform as a driver of innovation and collaboration. He emphasised that the establishment of this platform underscores IA’s unwavering commitment to fostering greater cooperation among market players, while also promoting the application of Insurtech both within and beyond the insurance sector. IA remains dedicated to working in tandem with HKSTP and other stakeholders to nurture a dynamic Insurtech and Open API ecosystem.
HKSTP has been at the forefront of catalysing Hong Kong’s thriving API ecosystem by enabling businesses to undergo transformative changes through data and technology. The recent introduction of the API Hub further solidifies its role as a dependable source of data and functional APIs for a wide range of industries.
Enterprises now have easy access to a vast array of market-ready data and digital solutions, while technology enablers can seamlessly connect with partners and customers. Additionally, HKSTP has established partnerships with 27 banks, providing access to over 1,200 Open Banking APIs, thereby enriching the API landscape and promoting further innovation in the financial sector.
The collaboration between HKSTP and the IA to launch the OpenAPI Platform for the Insurance Sector marks a significant milestone in the evolution of Open Insurance. This innovative platform is poised to reshape the insurance landscape by facilitating the seamless exchange of information and fostering collaboration among industry stakeholders.
As businesses and tech ventures embrace open APIs, the insurance sector is set to experience a wave of innovation and transformation, ultimately leading to more impactful financial experiences for all stakeholders involved. The dedication of both organisations to nurturing a vibrant Insurtech and Open API ecosystem further underscores their commitment to driving positive change within the industry. With the groundwork laid by this partnership, the future of insurance in Hong Kong looks brighter than ever.
The partnership between the Hong Kong Science and Technology Parks Corporation (HKSTP) and the Hong Kong Insurance Authority (IA) to launch the OpenAPI Platform for the Insurance Sector aligns with key goals of the HKSAR Government. It promotes innovation and technology development in the insurance industry, enhancing the efficiency and accessibility of financial services while fostering the growth of Insurtech.
The platform also contributes to financial connectivity and regulatory cooperation, supporting Hong Kong’s status as an international financial hub. Furthermore, it exemplifies the government’s commitment to digital transformation across industries, collectively positioning Hong Kong for sustained economic growth and global competitiveness.
OpenGov Asia earlier reported that Invest Hong Kong (InvestHK) soft-launched the FintechHK Community Platform, a centralised fintech platform to connect local and global fintech companies with Corporate, Investor, and Service Champions.
The platform is fully supported by the Financial Services and the Treasury Bureau (FSTB) and curated by InvestHK; the initiative comes as an extension of the Global Fast Track Programme, which garnered great industry participation in 2022.
In a bid to support startups struggling to train AI models in the country, the government plans to establish a major graphics processing unit (GPU) cluster. The move will also encourage investments in the field of chip design for AI applications, enhance domestic intellectual property, and improve the country’s global standing in the AI and semiconductor industries.
A GPU cluster is a network of computers with GPUs on each node to train neural networks for image and video processing. According to the Minister of State for Electronics and Information Technology, Rajeev Chandrasekar, the GPU will be set up under the India AI programme. The government will help startups and foreign enterprises interested in developing domestic intellectual property in chip design for AI applications through the IN₹ 11 billion (US$ 132 million) – IN₹ 12 billion (US$ 144 million) design-liked incentive systems.
Chandrasekar noted that presently, most conversations about AI revolve around applications such as ChatGPT. However, the project’s main aim is to develop practical AI applications for the real world. The emphasis will be on developing AI-specific integrated circuits for real-use cases in healthcare, governance, and education.
Alongside this announcement, the Minister mentioned that construction for a semiconductor packaging and assembly plant has been started by a leading American semiconductor manufacturing company in Sanand, Gujarat. The project has a total investment of US$ 2.75 billion. The project will receive significant support, including 50% fiscal backing from the central government, along with additional incentives representing 20% of the overall project cost from the state of Gujarat. The facility will encompass 500,000 square feet of cleanroom space and will commence operations in late 2024.
Following Prime Minister Narendra Modi’s unveiling of the semiconductor vision and the intended investment of IN₹ 760 billion to stimulate and develop India’s semiconductor ecosystem, significant advancements have been achieved in the past 18 months. The Sanand plant represents a significant milestone in India’s journey toward becoming a leading semiconductor industry.
The India Semiconductor Mission (ISM) is a distinct and autonomous Business Division operating within the Digital India Corporation. It aims to cultivate a dynamic semiconductor and display ecosystem, positioning India as a worldwide leader in electronics manufacturing and design. Spearheaded by international experts in the semiconductor and display sectors, ISM serves as a central hub for the effective and coordinated implementation of the Program for the Development of the Semiconductor and Display Ecosystem. This is achieved through close collaboration with government ministries, departments, agencies, industry partners, and academic institutions, ensuring a comprehensive and streamlined approach.
ISM is developing a comprehensive and long-term strategy to nurture sustainable semiconductor and display manufacturing facilities. It promotes the implementation of secure microelectronics and cultivates a reliable semiconductor supply chain, including raw materials, speciality chemicals, gases, and manufacturing equipment.
ISM will also provide essential support through Electronic Design Automation (EDA) tools, foundry services, and other suitable mechanisms for early-stage start-ups. It will enable cutting-edge research, including evolutionary and revolutionary technologies, through grants, global partnerships, and mechanisms involving academia, research institutions, and industry stakeholders. It actively promotes collaborative initiatives with national and international agencies, industries, and institutions. These efforts accelerate commercialisation and skill development, enabling the transfer of technologies (ToT) to foster innovation and growth.
New Zealand Defence Force (NZDF) personnel have participated in a multinational exercise led by the United States to advance and fortify the military’s cyber capabilities. This collaborative effort is driven by the necessity to shield the nation and its assets against the relentless and ever-evolving array of cyber threats in the contemporary digital landscape.
The exercise underscored the commitment of New Zealand to staying at the forefront of cybersecurity and serves as a testament to the strong international partnerships. By engaging in this exercise, the NZDF personnel have had the invaluable opportunity to exchange insights, strategies, and best practices with their counterparts worldwide. This cross-cultural collaboration enhances cyber readiness and fosters a spirit of cooperation and solidarity in confronting the common challenges posed by the modern cyber domain.
The bi-annual Exercise Cyber Flag, orchestrated under the auspices of the US Cyber Command, is designed to cultivate the capacity for executing Defensive Cyber Operations beyond the conventional IT network boundaries. Beyond this primary objective, it serves as a crucible for developing, assessing, and validating cyber skills within the milieu of multinational cooperation.
The NZDF actively engaged in this exercise in a collaborative spirit and commitment to cyber resilience. This involvement transcended geographical constraints, with contributions from NZDF personnel stationed within the United States, specifically the State of Virginia, and remotely from New Zealand. The endeavour was characterised by two highly proficient Cyber Protection Teams comprising a dynamic ensemble of Regular Force, Reserve Force, and civilian professionals.
The first of these teams constituted a fusion of talents from the Royal New Zealand Air Force, the Royal New Zealand Navy and NZDF civilians affiliated with the Defence Cyber Service Centre. The second team was a composite unit representing the NZ Army, bolstered by the inclusion of Special Forces personnel. Furthermore, the exercise ecosystem was enriched by dedicated individuals who assumed the role of opposing forces, simulating a spectrum of cyber attacks and exploitation scenarios.
The bi-annual Exercise Cyber Flag, orchestrated by the U.S. Cyber Command, is a pivotal and meticulously crafted undertaking. Its central aim is to cultivate the expertise required for the execution of Defensive Cyber Operations, a domain that extends far beyond the conventional confines of IT networks. However, this exercise serves a multifaceted purpose, functioning as an invaluable for developing, assessing, and validating cyber skills, all within the multinational cooperation.
The New Zealand Defence Force (NZDF) actively participated in this exercise as a collaboration and commitment to cyber resilience. What is particularly noteworthy is the NZDF’s ability to transcend geographical boundaries in its contribution. Personnel from the NZDF were positioned within the United States, specifically in the State of Virginia, and worked from remote locations in New Zealand. This dynamic engagement showcased the NZDF’s adaptability and dedication to the exercise’s objectives.
Cyber Protection Teams represent a blend of talent from the Regular Force, Reserve Force, and civilian professionals. The composition of these teams was diverse and inclusive, with the first team comprising individuals from the Royal New Zealand Air Force, the Royal New Zealand Navy, and NZDF civilians affiliated with the Defence Cyber Service Centre—the second team representation from the NZ Army was further augmented by the inclusion of Special Forces personnel.
Furthermore, the exercise ecosystem was enriched by the indispensable contributions of individuals who assumed the roles of opposing forces. Their expertise lies in simulating a spectrum of cyber attacks and exploitation scenarios, providing an invaluable testbed for the teams to hone their defensive capabilities.
SmartSat has approved Project P2.59 led by the University of Sydney’s AMME School, aiming to develop an advanced robotic satellite system with AI, sensing, and control capabilities. Collaborating with Sydney-based robotics startups, this project addresses challenges in close proximity satellite operations, driven by the harsh space environment and increased space debris.
The focus of Project P2.59 is on enhancing onboard autonomy, sensing, perception, and control systems. It will culminate in a ground-based ISAM mission demonstration showcasing satellite proximity operations, docking, and maintenance tasks. This project aligns with the growing ISAM industry, attracting government and private sector investments, and aims to establish Australia’s capabilities and unique advantages in this space.
Advanced Robotics and AI
The project aims to create autonomous robotic satellites empowered by cutting-edge robotics and AI. These satellites can make real-time decisions, adapt to dynamic conditions, and operate without constant human intervention, improving efficiency, especially in close-proximity scenarios.
Sensing and Perception
Project P2.59 emphasises advanced sensing and perception. It deploys state-of-the-art sensors to capture real-time data, enabling informed decisions based on the satellite’s surroundings. This capability is crucial for safety and mission success.
Robust control mechanisms are essential for reliability and safety in satellite operations, navigating challenges in the space environment. These mechanisms provide precision and agility for close proximity, docking, and maintenance tasks.
Demonstration of Capabilities:
A key milestone is the ground-based ISAM mission demonstration, showcasing various operations, including proximity manoeuvres, docking, and simulated maintenance tasks. It highlights the project’s expertise and commitment to advancing Australia’s ISAM capabilities.
Significance of ISAM:
ISAM is a burgeoning sector globally, attracting substantial investments. It extends satellite lifespan and opens new mission possibilities. Australia’s strategic position in this field is reinforced by Project P2.59.
Australia’s Strategic Position
The project positions Australia as a key player in the evolving space industry. It seeks to meet sovereign space needs and provide unique technological advantages as space technologies evolve.
Project P2.59, led by the University of Sydney’s AMME School, in collaboration with Sydney-based robotics startups, focuses on developing advanced robotic satellite capabilities through AI, sensing, and control technologies. It addresses challenges in close-proximity satellite operations and aligns with the growing ISAM industry, enhancing Australia’s position in the global space sector.
OpenGov Asia reported earlier that the Queensland Earth Observation Hub (QLD EO Hub) convened a workshop in Brisbane that served as a significant step in harnessing the potential of Earth Observation (EO) technologies, data, and workflows for the benefit of Australia.
The initial findings from a comprehensive market engagement study were presented. This study spanned a diverse range of EO and industry sectors and aimed to illuminate both the challenges and opportunities that Queensland, and by extension, the broader Australian landscape, faces in embracing EO technologies not only in the present but also in the foreseeable future.
This market study embarked on an extensive consultation process, engaging with stakeholders across urban and rural Queensland. It encompassed the entire spectrum of the EO ecosystem, from data and service providers to end-users, as well as those contemplating the utilisation of EO in the years ahead.
The core objective was to gain profound insights into the current capabilities, hurdles, and potential avenues for growth within Queensland’s EO community. Additionally, it sought to cultivate a vision of what the future could hold in terms of EO technology deployment.