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How do you ensure that a population as large as 1.3 million, spread across an area of 650 000km2 receives the healthcare services they need?
For the state of New South Wales (NSW), the answer is an ICT infrastructure which is reliable, secure and available. Close to a quarter of NSW’s population reside outside the state’s major cities of Sydney, Newcastle and Wollongong. Residents in the regional, rural and remote communities require equal healthcare services their city counterparts enjoy.
One of the masterminds behind enabling world class and seamless healthcare services for this demographic is Dr Zoran Bolevich. The Chief Information Officer of NSW Health and Chief Executive of eHealth NSW has recently been ranked fourth in the third annual CIO50 list. The list recognises 50 leading technology and digital chiefs from across Australia’s private and public sectors who pioneer organisational innovation and transformation.
Under his leadership, the eHealth Strategy for NSW Health: 2016 – 2026 was delivered. The plan supports the digital transformation of New South Wales’ public health system. A project of mammoth undertaking, it includes a Rural eHealth Program. Catering to Australia’s largest public health system, it provides ‘anywhere, anytime’ access to patient records for rural and remote clinicians. It is truly testament that telemedicine can lead to better healthcare outcomes.
OpenGov Asia had the opportunity to chat with Dr Zoran at the Asia Pacific MedTech Forum 2018, where he was a speaker. He shared with us how his team used telemedicine to overcome the challenge of distance in delivering and receiving quality healthcare.
This article is the first of a two-part article. Click here to read the second.
Going the Distance
NSW is a geographically diverse and massive region. Although there is a good number of hospitals in the state, the 228 facilities are spaced out across six rural Local Health Districts (LHDs). Close to half of these facilities are in Australia’s outback.
“Typically, rural hospitals do not have the same number of clinical staffs compared to larger hospitals. Furthermore, they may not have the different types of specialists found in larger cities or tertiary hospitals. Some of the rural hospitals are even run by a local general practitioner who works under contract with the hospital and has admitting rights to the local hospital,” explained Dr Zoran.
“It is quite a different model from big city hospitals. We need to develop different sorts of mechanisms to support local efforts. The alternative is that patients have to travel very large distances. Not only is it costly, it is also very inconvenient for patients,” he added.
Some local health districts in the state are as large as some European countries, resulting in a day’s long travel for some patients to reach a hospital whether for an emergency or specialist visit. The inconvenience has a huge impact not only on the patient, but also the family who accompanies them.
Ideally, a rural hospital should be able to support patients residing in its LHD. However, the sheer distance from the city and its relative smaller size means that not as much funding is received. Dr Zoran noted that a disproportionately larger investment was needed to bring rural hospitals to the same level as larger hospitals in the city.
“It is a big disruption for these rural communities. That’s why we started thinking, if we want to have really good telehealth capabilities, or to be able to do video consultations so that the patient does not need to travel, or to have local clinical teams be supported by specialists from a larger hospital using a shared electronic medical health record, we need to have the infrastructure which was up to the task.”
“It was really important for us to ensure that we don’t have parts of our health system that are not able to technologically follow along with the developments in the rest of the state. We decided that we wanted to work as a system.”
Telehealth Projects for Large Geographies
Introducing the Rural eHealth Program. The Program brings together a suite of ICT infrastructure, clinical and corporate eHealth solutions to the six LHDs. Partnership and collaborations are formed, a governance model for all six LHDs are formed, and funding is consolidated. A project worth AUD 48 million, there are plans to increase spending by AUD 43 million in the next four years.
Using mobile technology solutions for remote facilities, clinicians can collaborate across the state. For now, a governance which leverages on partnership is unique in Australia. Based on mutually agreed priorities and principles, oversight and leadership are provided to deliver and adopt eHealth solutions.
A major milestone accomplished is the use of the Electronic Medical Record (EMR). 109 hospitals and 73 sites have ditched paper-paper processes to adopt EMR. At the click of a button, clinicians can now view patient information from across the state, which until recently relied on couriering paper-based patient records.
As an extension of this service, Dr Zoran shared that eHealth NSW has partnered with an organisation to implement point of care laboratory testing in rural places. Local clinicians can do basic tests on portable devices and feed it into the EMR. This allows the central and local team to have a teleconference on how the patient is doing.
What underpins this seamlessness is the Health Wide Area Network (HWAN), a high-speed secure broadband network connecting all NSW public hospitals.
“We’ve connected 140 odd facilities across the state to that network. That gives each rural facility high quality, reliable broadband connectivity to our central data centre. For all our EMR systems to now live in the data centre is crucially important,” said Dr Zoran.
The alternative of running the system out of the central government centre was undesirable. Accessing the system remotely, while hoping for the server’s good performance and reliability was unrealistic. Dr Zoran says since the infrastructure was put in place, it has been transformational.
Some projects which have transpired include the HealtheNet Clinical Portal and the Rural eMeds Project.
HealtheNet links hospital inpatient data and community care patient data through a web-based portal accessed through a patient’s EMR. Based on open standards for interoperability, it sends information to the Commonwealth’s My Health Record system, supporting more coordinated care across hospital, general practitioners and community settings. This provides clinicians with a summary view of a patient’s available health information, without the need to chase and manage paper-based records over large distances.
Additional functionalities such as the Discharge Dispense Record enables rural hospitals to share records of dispensed medications with HealtheNet and My Health Record, enhancing the continuity of patient care across rural and remote areas by increasing content available to NSW Health clinicians.
The Rural eMeds Project delivers medication management solutions to 112 facilities (the largest of its scale in NSW). The Project further improves the safe prescribing and administration of medicines, and a key benefit is a single design resulting in standardisation across this large geographical area. The first go-lives commenced in September 2018 and are on track for completion by the end of 2019.
For now, the team is now looking to increase HWAN’s performance and reliance. They are working with telecommunication providers to have more redundant links and increase coverage in areas where redundant links are not possible. Although physical networking is the solution here, they are exploring the use of mobile network alternatives.
Reliable wireless networks are becoming increasingly important as clinicians become more mobile. Moreover, the wireless networks support the use of other supporting mobile technologies. For example, in several rural health facilities a telehealth trolley which houses a camera and a fully functional clinical work station is used. The technology allows nurses to facilitate a remote consultation with base hospitals in the cities.
“Our health service is able to provide really good service no matter where you live – that’s what it’s about,” said the CIO.
Plans for the Future
At present, the organisation is working on a telemedicine trial called Telestroke in two districts and are looking to scale it across the state.
Telestroke allows a neurologist to provide remote treatment for patients with a suspected stroke. Designed to reduce the time between diagnosis and treatment, the program connects a rural hospital to a neurologist in the nearest tertiary referral centre.
Despite the distance, relevant clinical information and diagnostic images are transmitted efficaciously. Neurologists remotely determine if the patient should begin thrombolytic treatment, or other treatments should be explored, and if a transferral to the tertiary clinic is necessary.
The transfer process becomes seamless. Doctors have a good estimate of when the patient will arrive and can hit the ground running since they have the necessary information beforehand. Hence, as soon as the patient arrives, patients are wheeled to an operating theatre or a suitable treatment facility.
“We are seeing really good outcomes. Because the sooner you treat patients, the better the outcome. Time is absolutely of essence,” shared Dr Zoran. “With this kind of technology, we have no doubt that it can save lives.”
Community health nursing service is another big project they are working on. In the rural areas, community health nurses who conduct home visits require mobile technology to conduct their regular checks.
“This is where we have challenges still,” admits Dr Zoran. “Because not all parts of our state have good mobile coverage. It is getting better over time, but there are still blind spots around the state. A lot of time, our community nurses cannot establish the connection.”
For example, they might want to record a video of the patient but fail to establish a mobile connection given the blind spots. Hence, working with telcos becomes important.
Hence, there is good opportunity for the private sector partnerships. Many partnerships have already been formed in NSW, said Dr Zoran. One area they are looking at is bringing telemedicine into people’s homes.
“If you extrapolate what you are doing between the larger hospitals and the smaller hospitals, similarly, you can go into people’s homes and enable a remote monitoring of patients with chronic illness, so they don’t have to come to the hospital all the time,” shared Dr Zoran.
Ending off with a word of encouragement, Dr Zoran offers, “It is really important to prioritise rural health highly. Develop a good digital plan on how you want to uplift the rural sector. It is also really important to have the local health organisations driving [the initiative].”
“One of the key success factors in our Rural eHealth Program was that the six local health districts which are predominantly rural, are in the driver’s seat. The Chief Executives of those local health districts formed a local eHealth steering committee. They meet every month, work together and prioritise and make decisions together on how they can accelerate. They’ve developed a very good collaborative partnership. That’s been a very key success factor for us. So I recommend partnership collaboration and good governance – that’s the keys.”
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A leading U.S.-based global player in the realm of advanced technology and innovation is embarking on a significant expansion venture into Malaysia. The CEO of the enterprise unveiled an ambitious strategy during a meeting with Malaysia’s Minister of Investment, Trade, and Industry in New York City, aiming to invest a substantial sum exceeding RM2 billion over the span of seven years.
The construction of a cutting-edge manufacturing facility is already underway, which will serve a dual purpose as a global research and development hub, focusing on pioneering technology platforms. By the year 2024, this organisation foresees a pivotal role in augmenting production capacity and accommodating the ever-evolving demands of its expansive worldwide clientele.
The Minister offered a warm reception to the global expansion, accentuating the organisation’s initial investment commitment of RM500 million. This commitment dovetails seamlessly with Malaysia’s New Industrial Master Plan 2030, underlining the importance of nurturing an investment-friendly environment and swiftly assimilating technology into the manufacturing sector.

It solidifies Malaysia’s stature as a global epicentre for technology and innovation, fostering collaboration between the organization and local industry stakeholders, all while promising a surge in quality employment opportunities for Malaysians.
The CEO of the Malaysian Investment Development Authority conveyed his excitement regarding this significant commitment, recognizing its potential to catalyse mutually beneficial partnerships with domestic industry players, particularly in high-value, high-growth sectors. The organization’s long-term presence in Malaysia is poised to make a substantial contribution to the nation’s economic growth and development, with MIDA pledging unwavering support.
The President and CEO of the company expressed a sense of pride in expanding its global footprint and elevating its operations in Malaysia through the establishment of a cutting-edge manufacturing facility in Johor Bahru. This facility is slated to become the linchpin for catering to global customers across diverse sectors and holds the promise of swift market entry. The suite of incentives offered by various government entities, spanning federal, state, and local levels, coupled with robust infrastructure support, make this expansion a judicious and strategic investment.
OpenGov Asia recently reported that the substantial investments pouring into Malaysia during the first half of 2023, totalling RM132.6 billion (US$28.4 billion) and expected to generate over 51,853 job opportunities, are a clear testament to the nation’s attractiveness to global investors. These investments align perfectly with Malaysia’s vision of becoming a prominent hub for technology, innovation, and economic growth.
The Minister of Investment, Trade, and Industry (MITI) expressed his satisfaction with Malaysia’s performance, emphasising the nation’s consistent efforts to attract high-quality investments and drive economic growth. Importantly, Malaysia managed to secure an impressive 60.3% of its annual investment target within the first half of the year, reflecting its ability to execute on its investment plans effectively.
A significant portion of these investments, 52.2%, came from Domestic Direct Investment (DDI), totalling RM69.3 billion (US$14.8 billion). DDI’s remarkable growth, a 58.2% increase compared to the previous year, was driven by investments in services and the primary sector, notably real estate. This surge in domestic investment showcases the confidence of Malaysian businesses in the nation’s economic prospects.
Foreign Direct Investment (FDI) also played a pivotal role, contributing 47.8% of total approved investments, equivalent to RM63.3 billion (US$13.6 billion). Notably, Singapore emerged as the leading source of FDI with RM13.7 billion (US$2.9 billion), followed closely by countries such as Japan, the Netherlands, China, and the British Virgin Islands. This international investment inflow underscores Malaysia’s global appeal and its ability to attract funds from diverse sources.
Malaysia’s ability to attract significant investments, coupled with its supportive policies, strategic positioning, role as a supply chain hub, and growing innovation capabilities, reflects the nation’s commitment to becoming a global technology and innovation hub while fostering economic growth and job creation.
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The National University of Singapore (NUS), Temasek, and Nanyang Technological University, Singapore (NTU Singapore) have inked a Memorandum of Understanding (MoU) to begin a collaborative S$75 million pilot programme that intends to hasten the development of profitable deep tech start-ups from NUS and NTU research pipelines.
Additionally, a shared Intellectual Property (IP) licencing framework between NTU Singapore and NUS would speed up the licencing and translation of university innovations for spin-off businesses. In contrast to the typical process, which can take up to five months, the outcome will be a shorter one-month process.
“The collaboration sees us synergising our expertise and resources to create opportunities for applications of emerging technologies and empower start-ups and companies to create positive societal impact and economic growth through innovation,” said Professor Tan Eng Chye, President of NUS.
He added that NUS is excited to leverage its rich expertise and experience in entrepreneurship and innovation to help mature its deep tech ecosystem and facilitate and accelerate IP commercialisation through the framework.
NTU and NUS will each contribute S$5 million to the deep tech start-ups, with Temasek contributing S$65 million. In order to start and develop globally competitive businesses with tremendous potential to address significant global market opportunities in areas including the energy transition, biotechnology, and the future of computation and cognition, Temasek and a deep-tech company will work with NTU and NUS.
To build and refine their go-to-market plans, the deep tech founders will work with the university technical and intellectual property teams. The start-ups will also have access to the networks of firms and mentors offered by Temasek, NTU, and NUS. Every year, at least two start-ups will be introduced, and to help them position themselves for long-term success on a global scale, they will get investment, support, and entrepreneurial mentoring.
Temasek makes investments in cutting-edge innovation to pinpoint and develop skills that are future-focused. By investing in and developing future deep tech champions, its Emerging Technologies division helps to scale Singapore’s deep tech ecosystem and finds disruptive technology investment possibilities that address market nuances.
To give prospective licensors a one-stop shop where they may find and choose IPs from both universities that meet their business needs, NTU and NUS will also create a single online portal.
Advanced materials, biotechnology, quantum computing, and artificial intelligence (AI) are among the cutting-edge topics that deep tech businesses frequently concentrate on. By helping these entrepreneurs, Singapore can encourage ground-breaking inventions that could revolutionise whole sectors of the economy and enhance human welfare.
The nation acknowledges that deep tech companies can boost economic growth, add to the GDP of a nation, and generate high-value jobs. These firms frequently draw talent and call for certain talents, which helps to create new sectors and grow ones that already exist.
Numerous deep tech startups are tackling urgent global issues like cybersecurity, healthcare, and climate change. By helping these firms, technology that tackles these important problems may be developed.
Investing in the development of deep tech startups can provide nations and regions with a competitive edge in the global technology market. Through the promotion of creativity and enterprise, they can establish themselves as pioneers in developing technological domains.
The benefits of nurturing deep tech businesses are not limited to the technological and commercial spheres; they also include wider societal advantages. These businesses frequently tread new ground in ways that improve people’s quality of life and promote environmental sustainability.
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In September 2023, the China Academy of Information and Communications Technology (CAICT) China Telecom Laboratory reached a significant milestone when its industrial internet platform testing capabilities received certification from both the National Accreditation Administration (CMA) and the China National Accreditation Service for Conformity Assessment (CNAS).
The qualification recognition process garnered praise from experts who commended the laboratory’s proficiency in areas such as the industrial internet platform’s edge, general PaaS, industrial big data, data management, modelling, application development, human-computer interaction, industrial APP market, and inter-platform communication. They also applauded the scientific rigour applied throughout the testing process.
This achievement marks a noteworthy advancement in the domain of industrial Internet platform testing, solidifying CAICT’s role as a pivotal contributor to the growth of China’s industrial Internet sector. CAICT, a key driver of China’s industrial Internet development, has played a vital role in shaping the industry’s testing and verification standards.
The institute is responsible for critical national projects, including the “Industrial Internet Platform Testing and Verification Standards” and “Internet Platform Construction and Evaluation Standards.” It has also issued influential documents such as the “Industrial Internet Platform White Paper” and “Industrial Internet Platform Testing and Verification” standards.
Furthermore, CAICT has established the Ministry of Industry and Information Technology’s industrial Internet platform technology innovation and testing verification key laboratory, supporting the ministry’s selection of cross-industry and cross-field industrial Internet platforms.
With adherence to stringent China Taier Laboratory Management System requirements, CAICT has secured CNAS and CMA qualifications, further cementing its status as an authoritative testing body in the domestic industrial Internet landscape.
The vital force propelling the development of industrial Internet platform testing services is the unwavering support of industrial enterprises. CAICT’s industrial Internet platform testing services have consistently adhered to their mission of “advancing construction through testing and promoting application through testing.” This approach has allowed them to serve industrial enterprises effectively and bear witness to the remarkable success of China’s industrial Internet platform testing services.
From the initial stages of concept popularisation to rapid development and deep industry integration, CAICT’s industrial Internet platform testing services have garnered recognition from industrial Internet platform companies. As of now, they have conducted testing activities for companies in 18 Chinese provinces, assessing over 350 platforms and more than a thousand industrial applications.
The resulting testing certificates have been awarded to exceptional companies across various industries and regions, contributing to the enhancement of platform architecture, application development, model innovation, and product services. Additionally, these certificates have provided substantial policy support to regional governments in their efforts to advance industrial Internet product applications and expedite the development of the industrial Internet ecosystem.
The dedicated industrial Internet testing team at CAICT’s Taier Laboratory is committed to ongoing technological innovation, continually strengthening its testing capabilities. They are aligned with the evolving trends of the industrial Internet, expanding their evaluation services to encompass industrial digital twins, industrial large-scale models, industrial intelligence, industrial software, industrial applications, and more. These services aim to enrich the implementation pathways of industrial Internet platforms and drive their in-depth application across industries.
In the next phase of their journey, CAICT’s industrial Internet testing team will diligently adhere to the regulations of CNAS and CMA. They will utilize their professional technical prowess and proactive service approach to provide industrial Internet platform testing services to industrial enterprises.
Their goal is to actively promote CNAS and CMA qualification accreditations for various industrial testing capabilities, including industrial digital twins, industrial large-scale models, industrial software, industrial intelligence, and industrial applications. By doing so, they seek to accelerate the healthy development and widespread adoption of China’s industrial Internet.
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In today’s rapidly evolving world, collaborating in education is not just important; it is also essential for the advancement of any nation, including Thailand. To make strides in education, especially in a digital age, fostering collaboration and utilising digital technology are crucial components.
The Office of Academic Service at Khon Kaen University (KKU) in Thailand recognised the significance of collaboration and digital empowerment in education. They took a step by bringing together a group of over 35 members from the KKU Lifelong Education Programme Development Committee to visit two institutions and explore the digital dimensions of education collaboration.
Their first visit was to the Thailand Professional Qualification Institute, where they delved into programme and curriculum revisions aligned with professional standards.
What is noteworthy here is how these revisions are not just about traditional education; they also involve preparing students to receive professional qualifications, a process that can be significantly enhanced through digital technology. With digital tools and platforms, students can access and complete these programmes more effectively, bridging the gap between education and professional readiness.
The second visit took them to King Mongkut University of Technology Thonburi (KMUTT), where they explored the innovative concept of “Micro Credentials.” Micro-credentials are digital certificates that certify and enhance specific competencies.
This concept, deeply rooted in digital technology, is a game-changer for education. It enables individuals, especially working professionals, to select and acquire the exact skills they need to advance their careers. These digital certificates, accessible online, offer a flexible and convenient way to upskill or reskill, making continuous learning more achievable in the digital age.
Furthermore, Micro-Credentials encourage people to stay curious and open to new learning opportunities, fostering a culture of lifelong learning. Digital platforms play a pivotal role here, as they provide a vast array of educational resources and opportunities accessible at any time.
It is not just about what are the subject; it is about how digital technology enables you to prove your skills through your experiences and accomplishments. In the digital landscape, your credentials and competencies are not just words on paper; they are verifiable and shareable online, making them more valuable to employers.
Assoc Prof Chuchat Kamollert, PhD, DVM, Director of the Office of Academic Services, KKU, led the KKU delegation during their visit to the Thailand Professional Qualification Institute. Here, they saw how professional standards, meticulously crafted by experts from various domains, have evolved to reflect workplace requirements accurately. These standards serve as mechanisms to certify competency, making sure individuals are not just theoretically knowledgeable but capable of performing their jobs effectively. In a digital context, this competency verification can be facilitated through various e-learning platforms and assessment tools.
Additionally, there is a significant opportunity for collaboration between institutions like TPQI and Khon Kaen University to incorporate existing programmes as certified training courses. With digital technology, these courses can be made accessible to a broader audience, reaching more students and addressing the growing demand for skilled professionals in today’s job market.
The second part of their journey took them to KMUTT, where Assoc Prof Bandit Tipakorn, PhD, Advisor to the President for Learning Innovation, welcomed KKU delegates. They delved into the concept of “Management of Lifelong Education under the Concept of Micro Credentials.”
This concept is not just about learning; it’s about leveraging digital technology to empower working individuals to choose, develop, and prove their necessary skills. In a world where the skills needed for success are constantly evolving, this approach ensures that individuals can adapt, upskill, or reskill at any time to keep their careers on the right track.
Assoc Prof Chuchat acknowledged that digital technology plays a pivotal role in this approach, as it offers a vast array of resources, including online courses, webinars, and interactive platforms, that make learning more accessible and engaging.
“The ability to learn and prove skills through digital certificates enhances the employability of individuals, ultimately benefiting both the workforce and employers,” expressed Assoc Prof Chuchat.
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The University of Adelaide, in collaboration with several esteemed institutions globally, is poised to play a pivotal role in the establishment of the ground-breaking Global Hydrogen Production Technologies (HyPT) Centre. This venture is dedicated to the refinement and scaling-up of hydrogen production techniques, recognised as a cornerstone in the pursuit of net-zero emissions objectives.
Within its scope, the HyPT Centre delves into three innovative technologies: renewable energy-integrated water electrolysis, methane pyrolysis with the production of valuable solid carbon co-products, and solar-driven water splitting.
Australia’s participation in this international initiative is orchestrated through the joint efforts of the University of Adelaide, Flinders University, and Curtin University. Together with research partners from the United States, Canada, the United Kingdom, Egypt, and Germany, they aim to pave the way for large-scale net-zero hydrogen production methodologies.
Heading this mission is Professor Anton Middelberg, Deputy Vice-Chancellor (Research) at the University of Adelaide. Expressing his enthusiasm for the collaboration, he affirmed that the University of Adelaide expresses its enthusiasm for collaborating with CSIRO and other partners in driving forward the commercialisation of transformative hydrogen production technology. Their world-class researchers are dedicated to working together to discover solutions that can contribute to the development of a more sustainable future for society.
University of Adelaide distinguished faculty member in the School of Physics, Chemistry, and Earth Sciences at the University of Adelaide, has been entrusted with leading Australia’s research contributions to the HyPT Centre. He emphasised the vital role of large-scale hydrogen production with net-zero carbon dioxide emissions, underlining its significance in achieving the climate targets outlined in the Paris Agreement and mitigating global warming.
Professor Metha will spearhead the research on photocatalysis within the new centre, focusing on innovative methods that can drive the production of net-zero hydrogen. He notes that while net-zero hydrogen holds immense potential for decarbonizing numerous energy-intensive industries, its current cost is considerably higher than hydrogen derived from fossil fuels, a hurdle that necessitates overcoming.
The HyPT Centre aims to create an international consortium consisting of 34 experts from 19 institutions across six countries. Together, they will work towards devising a cost-effective blueprint for large-scale net-zero hydrogen production, leveraging an array of complementary technologies.
In addition to Professor Gus Nathan, Director of the Centre for Energy Technology at the University of Adelaide, other Australian experts will participate in refining methane pyrolysis technology, a key focus area of the HyPT Centre. Professor Nathan highlights the significance of methane pyrolysis in that it yields hydrogen without any carbon emissions, setting it apart from conventional hydrogen production methods. Collaborating with other leading experts, their shared objective is to pioneer cost-effective and large-scale net-zero hydrogen production.
Arizona State University (ASU) spearheads the HyPT initiative, with funding support from prominent organizations including the US National Science Foundation (NSF), Australia’s Commonwealth Scientific and Industrial Research Organization (CSIRO), the Natural Sciences and Engineering Research Council of Canada (NSERC), and the UK’s Engineering and Physical Sciences Research Council (EPSRC).
The establishment of the Global Hydrogen Production Technologies (HyPT) Centre represents a significant leap forward in the pursuit of sustainable and environmentally responsible hydrogen production. This international collaborative effort, involving esteemed institutions from diverse corners of the globe, underscores the urgency and importance of transitioning to net-zero emissions technologies. As nations strive to meet their climate targets, the research conducted within the HyPT Centre holds the promise of unlocking innovative solutions for clean, cost-effective, and scalable hydrogen production.
The University of Adelaide, along with its Australian counterparts, is well-poised to make substantial contributions to this critical endeavour. With a commitment to advancing technology and research excellence, these institutions are dedicated to shaping a more sustainable future for society. Through their combined expertise and international collaboration, the HyPT Centre endeavours to accelerate the transition to net-zero hydrogen production, providing a vital tool in the global efforts to combat climate change.
Similarly, the Australian government, through the Australian Renewable Energy Agency (ARENA), pledged AU$20.9 million to support a Wollongong-based startup in scaling their hydrogen electrolyser technology for commercial use, OpenGov Asia previously reported. This initiative aligns with Australia’s commitment to hydrogen innovation. The parallel efforts of the University of Adelaide and ARENA underscore Australia’s dedication to fostering a sustainable energy future through hydrogen technology.
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Two countries with long histories and similar ideals, Singapore and the UK, are starting a new phase of cooperation that will significantly alter the digital environment. Their recent announcement of a Strategic Partnership demonstrates their shared commitment to innovation, prosperity, and peace in the Asia-Pacific area.
Economic cooperation is the cornerstone of international relations; hence, Singapore and the UK are dedicated to strengthening their economic connections citing that digital trade and the digital economy are essential to this commitment.
The United Kingdom-Singapore Digital Economy Agreement (UKSDEA) and the United Kingdom-Singapore Free Trade Agreement (UKSFTA) are agreements that aim to foster an atmosphere that encourages digital innovation in addition to lowering tariffs.
A crucial component of the modern digital economy, cross-border data transfers are being explored by Singapore and the UK. To ensure that people and businesses can easily navigate the digital landscape, they also seek to encourage the adoption of interoperable digital technologies. Their goal is to expedite their digital transformation journeys by sharing best practices.
Nowadays, where cyber threats are just as serious as physical ones, the UK-Singapore cooperation understands the need to strengthen its defence and cybersecurity capacities. The strategies used by malevolent actors in the digital sphere also change as technology does.
To defend against new digital threats, the two countries plan to modernise the Five Power Defence Arrangements (FPDA) and increase their defence cooperation. In this endeavour, closer communication on threat assessments and deterrent tactics is essential.
Additionally, both nations’ Ministries of Defence are included in the cooperation, with an emphasis on addressing hybrid threats in the information, digital, and cyber domains. This partnership aims to make the globe a safer, more stable place in addition to defending national interests.
Singapore and the UK are dedicated to promoting sustainability and combating climate change. Their strategic alliance reaches into the field of innovation and technology to promote change in these domains.
Two countries are working to decarbonise economic activity through the United Kingdom-Singapore Green Economy Framework (UKSGEF). This project includes carbon markets, sustainable financing, green transport, and low-carbon energy technology. Further, the creation of a Green Skills Corridor highlights how crucial a skilled labour force is to sustainable sectors.
It is remarkable how well they work together on investments and sustainable infrastructure. Their objective is to improve the energy security and resilience of the area by providing funding for low-carbon energy and energy transition initiatives. This complex project includes upstream project development and creative finance options.
Singapore and the UK are at the forefront of creating solutions to global concerns because they are leaders in research, science, innovation, and technology. They demonstrate their dedication to innovation via their updated Science, Innovation, and Technology Partnership.
This collaboration encompasses important and cutting-edge technologies including engineering biology and artificial intelligence (AI). To ensure the proper and moral application of these revolutionary technologies, both countries aim to work together to create international standards for them.
Their common dedication to cybersecurity is demonstrated by their cooperation on Internet of Things (IoT) security, app security, and cyber skills development. They apply their scientific and technological prowess to confront global issues like pandemics and climate change to improve civilisation.
An essential component of this alliance is also strengthening public-sector collaboration. Both nations hope to gain knowledge and strengthen their respective capacities by hosting yearly Public Service Roundtables at the level of Permanent Secretaries, which will benefit both parties as well as the larger international community.
Also, their dedication to global development and the enhancement of culture and education is demonstrated by their participation in capacity-building initiatives and cultural exchanges with underdeveloped nations.
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A groundbreaking partnership between Monash University and the Australian Federal Police (AFP) resulted in a cutting-edge research centre known as the AI for Law Enforcement and Community Safety Lab (AiLECS). The lab harnesses artificial intelligence (AI) to drive technology-based initiatives that support law enforcement efforts and enhance safety within local and global communities, particularly in the digital realm.
The official launch of AiLECS marked a significant milestone in the realm of AI and law enforcement. The event was graced by AiLECS Co-Directors Associate Professor Campbell Wilson from Monash University and AFP Leading Senior Constable Dr. Janis Dalins, alongside Monash University Interim Vice-Chancellor and the AFP’s Deputy Commissioner.
The AiLECS Co-Director highlighted the transformative impact of emerging technologies on information accessibility and content creation. He underscored that the same technologies that offer tremendous potential for social good can also be misused, leading to a surge in cyber-attacks, identity theft, exploitation, and the proliferation of misinformation.
The research undertaken at AiLECS is at the forefront of leveraging machine learning, natural language processing, network analysis, and other AI techniques to empower law enforcement. Its scope encompasses countering child abuse material, detecting and classifying illegal firearms, identifying misinformation, and analysing expansive online criminal networks. An essential aspect of their work is the ethical sourcing of datasets to ensure that the AI systems they develop are not only effective but also responsible.
AiLECS originally emerged as a research lab in 2019 and has since initiated several projects aimed at bolstering community safety and providing support to law enforcement agencies. Monash University’s Interim President and Vice-Chancellor hailed AiLECS as a beacon of technological expertise leading the way in creating resilient and responsible initiatives. She stressed that these initiatives are pivotal in fostering safer and thriving communities worldwide.
In addition to the Monash University AI and technology scientists, the research centre boasts a diverse team that includes representatives from the AFP and seasoned experts with experience in law enforcement. Notable among them is Professor Jon Rouse APM, renowned for his pioneering work in countering child exploitation and his former leadership of the globally acclaimed ‘Taskforce Argos’ within the Queensland Police Service.
The Deputy Commissioner of the AFP emphasised the critical importance of this collaboration in combating tech-savvy criminals. These individuals increasingly leverage technology to facilitate illegal activities, which pose significant challenges to national security, social harmony, and economic stability. She pointed out that the partnership also aims to address pressing concerns related to privacy, AI, and machine learning to ensure that these technologies are deployed responsibly for the benefit of society.
The other Co-Director of AiLECS and a Leading Senior Constable in the AFP underscored the necessity for law enforcement agencies to actively engage with emerging technologies. He emphasised that through this partnership, AiLECS aims to merge cutting-edge research in AI and machine learning with the principles and expertise of law enforcement, becoming a leading voice for ethics and accountability in AI.
An example of AiLECS’s collaborative efforts is Project Metior Telum. In this project, Monash researchers, in collaboration with the AFP and an industry partner, have harnessed photogrammetry and 3D scanning technology to construct a comprehensive digital library of firearms.
This digital resource enables the rapid development of next-generation tools to detect and combat firearms trafficking. With Metior Telum, every element of the firearm library, from ownership records to specific models, can be meticulously traced.
The AFP, through the Commonwealth Confiscated Assets Account, has extended support to AiLECS Lab activities through a generous four-year funding program. Monash University has also made substantial contributions to this initiative, emphasising the importance of this collaboration in advancing technology and AI for the greater good of law enforcement and community safety.