New Digital Energy TestLab launched at RMIT

RMIT and the largest industrial manufacturing company in Europe announced a new Digital Energy TestLab that aims to enable students and researchers to simulate intelligent electrical systems for smart cities in a Victorian first.

Harnessing the power of data analytics, Internet of Things (IoT), simulation and the same hardware and software used by new generation national networks, the future energy workforce can evaluate and model real-world scenarios and optimise energy systems for smart cities, including national and local energy grids.

It builds on a Memorandum of Understanding (MoU) RMIT, the German industrial manufacturing company and another German multinational industrial control and automation company signed in 2021 to drive industry and workforce transformation.

The Deputy Vice-Chancellor of RMIT’s STEM College and Vice President of Digital Innovation welcomed the latest strategic initiative, saying it opened new education and research pathways to one of the nation’s most critical topics – the future of energy for smarter and more sustainable cities.

He noted that energy impacts every industry and every home in Australia. The region’s cities need smarter energy grids and systems that support our sustainable development agenda. He added that with a growing mix of energy types coming into the market, the focus is on developing new technological solutions and new workforces to help progress the region’s economy through Industry 4.0 towards a more sustainable future.

By working in interdisciplinary teams engaged with industry, RMIT’s students and researchers are gaining valuable soft skills in teamwork, systems thinking and problem-solving, while using the latest in digital technology that will set them up for life and work.

The Digital Energy TestLab features two modelling options for students: the national grid simulation that mimics complex energy scenarios using the Australian Energy Market Operator’s (AEMO’s) data and a microgrid system that mimics more complex energy flows from multiple traditional and renewable sources of diverse sizes.

It is the latest addition in a network of TestLabs with universities across Australia, designed to build capability across a range of critical areas from energy and agribusiness to advanced manufacturing.

The Chairman and CEO of the Australian branch of the partnering company stated that Australia’s progress towards net-zero carbon emissions by 2050 hinged on using innovative technologies and people who could harness them to deliver innovative solutions.

He said he was proud to continue to work with RMIT and other Australian key educators to help drive better outcomes for the nation on critical topics such as digitalisation and energy.

He added that through the contribution of the tech firm’s technology in the TestLab, students will now have firsthand experience working on data that can help maintain grid stability in the event of situations such as natural disasters and outages.

Students also can understand the dynamics and impact of various generation sources such as wind and solar power, storage, electric vehicle charging and other infrastructure.

The CEO of Engineers Australia stated that “engineering was at the heart of solving society’s greatest challenges, including the future of energy.” She added that now Australian engineers will have access to the best tools and, therefore, will be able to develop the real-world skills necessary to guide the region through the journey to a more dependable, cost-effective and environmentally sustainable energy future.

AI Could Contribute US$15.7 Trillion to Global Economy by 2030

The Comptroller and Auditor General of India (CAG), Girish Chandra Murmu, stated that by 2030, artificial intelligence (AI) could add US$ 15.7 trillion to the global economy. However, he has also expressed concerns about maintaining ethical standards in audits and safeguarding privacy in relation to the use of AI.

At a recent event, he explained that democratising AI technology is inevitable and has the potential to lead to socioeconomic growth, and it could be used to benefit citizens and the country through targeted and timely intervention. The CAG added that AI has the potential to solve issues in areas like healthcare, retail, finance, agriculture, food, water resources, environment and pollution, education, special needs, transportation, energy, public safety, disaster, management, and judiciary.

He also addressed concerns related to transparency and fairness. According to the official, these issues include the impact of AI on privacy, bias, and discrimination in AI systems, and an inadequate understanding of AI algorithms by the public. He highlighted the need for responsible AI.

While recognising the importance of sustainability, growth, and the role of emerging technologies, Murmu stated that responsible AI and the blue economy represent new-age opportunities and concerns. He explained the importance of prioritising the blue economy, which is an economic system that includes various policies and operational dimensions focused on conserving marine and freshwater environments while promoting their sustainable use. The blue economy aims to produce food and energy, support livelihoods, and act as a driver for economic advancement and welfare.

With the rapid growth of AI and machine learning (ML), experts predict that most businesses will shift to AI-powered systems, apps, security systems, data analysis, and other applications in the future. AI is expected to add US$ 967 billion to India’s economy by 2035 and US$ 450–500 billion to India’s GDP by 2025, accounting for 10% of the country’s US $5 trillion GDP target.

In December, OpenGov Asia reported that India ranked 32^nd among 181 nations in the AI Readiness Index 2022. The government claimed that the world is beginning to see the impact of India’s National AI Strategy, published in 2018. The quality of India’s IT talent pool is a contributing factor.

The country has developed several initiatives aimed at embedding AI use throughout all levels of government and society, as well as ensuring that technological developments reinforce India’s place in the international realm. For example, its draft National Data Governance Framework aims to transform and modernise the government’s data collection and management processes and systems. The government has also set a target to train three million government officials in AI and other emerging technologies.

Recently, the National Institute of Transforming India’s (NITI Aayog) Atal Innovation Mission decided to upskill the education sector by adding IT skills to the formal curriculum. The larger aim is to align the National Education Policy 2020’s (NEP 2020) guidance to increase the pace of tech integration for youth, bridge the future skills gap in the country, and optimise the current infrastructure (including Atal Tinkering Labs) towards making India AI-ready.

The new methodology will enable the shift in teaching pedagogies from traditional to digital with several additional benefits and increased efficiency. Integrating AI with lesson plans and making them part of everyday teaching-learning activities can help enable the students to imbibe the digital-first mindset.

Swinburne and French Industry Partners to Secure Engineering Futures

Through a partnership between the Swinburne University of Technology, École Spéciale des Travaux Publics (ESTP) in France, and a construction engineering company, engineering students will have the opportunity to gain valuable experience in significant infrastructure projects in Australia.

Qualified students from École Spéciale des Travaux Publics (ESTP) will have the chance to enrol in Swinburne’s Master of Engineering Practice programme and subsequently participate in a paid two-year internship with the construction engineering company to contribute to one of their major infrastructure projects in Australia.

Since 1995, the construction engineering firm has been at the forefront of major infrastructure projects, including the Sydney Airport Link. They have also completed the construction of eight solar farms in Australia and are presently involved in projects such as the Melbourne Metro Tunnel and Sydney’s Westconnex 3A: M4/M5 Link.

The Pro Vice-Chancellor for Global Engagement at Swinburne, expressed his delight in establishing the trilateral partnership, noting that it is aimed at fostering educational and industrial links between France and Australia.

He added that the mission of Swinburne University is to unite individuals and technology in order to construct a more prosperous world. This objective will serve to benefit their students, respond to the evolving requirements of their collaborators, and promote research in areas of mutual concern.

Collaborations with established industry leaders present students with a distinctive chance to acquire valuable educational and work-related experiences. As a result of their shared values and dedication to providing students with authentic industry experience, future partnerships may entail engineering students becoming increasingly involved in these projects.

The partnership will have a significant impact by attracting top-tier students from ESTP to Swinburne, resulting in a more diverse and enriched student community. Additionally, it will contribute to the training of the company’s future workforce. Over the long term, this partnership could further improve course curriculums and potentially lead to the development of joint research initiatives.

The Chief Executive Officer of the construction engineering firm has expressed his belief that the programme will enable students to cultivate both technical and critical skills in Australia’s thriving construction industry. He further stated that joining the firm presents a tremendous opportunity for individuals to work in a world-class company that is dedicated to fostering a modern and diverse culture.

The firm is committed to achieving its decarbonisation objectives by 2030 and providing its employees with dynamic career growth opportunities. He looks forward to a shared future with Swinburne and ESTP.

According to market analysis, the global construction market is predicted to increase from US$13.57 trillion in 2021 to US$15.17 trillion in 2022, growing at a CAGR of 11.8%.

The rise in the construction industry is primarily attributed to companies restructuring their operations and recuperating from the impact of COVID-19, which resulted in operational difficulties due to social distancing, remote working, and business closures. It is anticipated that the construction market will expand to US$22.87 trillion by 2026 at a CAGR of 10.8%.

The trilateral partnership comes at a time when the global construction market is experiencing significant growth. The collaboration between these institutions will provide engineering students with practical work experience on major infrastructure projects, enabling them to develop their skills and knowledge in real-world scenarios.

The partnership also has the potential to foster joint research projects and contribute to the development of course curriculums. This initiative not only benefits the students but also the construction industry by nurturing a skilled and diverse workforce, leading to greater productivity and innovation in the field.

Singapore, Indonesia Team Up on Green-Tech, Digitalisation

Singapore and Indonesia reaffirmed their strong and long-standing economic ties; and to explore opportunities in the development of Indonesia’s new capital city, Nusantara, both nations welcomed the Letters of Intent submitted by Singapore-based businesses from a variety of sectors, including construction, telecommunication and finance. This collaboration in renewable energy and the digital economy was expanded.

Singapore’s Senior Minister and Coordinating Minister for National Security Teo Chee Hean and Indonesia’s Coordinating Minister for Maritime Affairs and Investments Luhut Binsar Pandjaitan signed a Memorandum of Understanding (MOU) on Renewable Energy Cooperation.

Both countries will facilitate investments in the development of renewable energy manufacturing industries, such as solar photovoltaics (PV) and battery energy storage systems (BESS) in Indonesia, as well as cross-border electricity trading projects between Indonesia and Singapore, under the terms of the MOU.

Recognising the synergies shared by Singapore’s and Indonesia’s tech ecosystems, Singapore’s Minister for Trade and Industry Gan Kim Yong and Indonesia’s Coordinating Minister for Economic Affairs Airlangga Hartarto also signed the MOU on the Singapore-Indonesia Tech:X Programme.

The MOU will establish the Tech:X Programme, which enables young tech professionals from Singapore and Indonesia to work in each other’s countries, strengthens ties between the two nations’ tech ecosystems, and enables young tech professionals to pursue expanding opportunities in the digital economy.

“Through the Tech:X Program, we hope that young tech talent from both countries will be able to learn from one another, gain exposure, and expand the capabilities of both countries’ tech workforces,” Minister Gan says.

Ministers Gan and Airlangga also witnessed the signing of nine partnership documents between Singapore and Indonesia companies on 15 March 2023, in conjunction with the Leaders’ Retreat. In addition to health tech and ed-tech, the partnerships are in the digital economy.

The annual G2G platform, as well as the Singapore-Indonesia Six Bilateral Economic Working Groups (6WG), facilitate close economic collaboration between Singapore and Indonesia.

The 6WG platform addresses economic collaboration in the following areas: Batam, Bintan, Karimun, and other Special Economic Zones: Investments, Manpower, Agribusiness, Transportation, and Tourism.

Singapore and Indonesia have close commercial and investment ties. With bilateral trade totalling S$76.4 billion in 2022, Indonesia is Singapore’s sixth-largest trading partner. Since 2014, Singapore has been Indonesia’s top source of Foreign Direct Investment (FDI), with Singapore’s investments in Indonesia totalling US$17.5 billion by 2022.

OpenGov Asia earlier reported that Prime Minister Lee Hsien Loong and Indonesian President Joko Widodo recently met at the Singapore-Indonesia Leaders’ Retreat. This was the sixth Leaders’ Retreat for Prime Minister Lee and President Joko Widodo and the first to be held in Singapore since the COVID-19 pandemic.

During President Joko Widodo’s two terms in office, the relationship between the two countries had significantly improved, according to both leaders. This laid the groundwork for them to collaborate in new ways that are profound, multifaceted, forward-looking, and beneficial to both countries.

The ratification of all three agreements under the Expanded Framework was celebrated by the Leaders. These included the Agreement on the Realignment of the Boundary between the Jakarta Flight Information Region (FIR) and the Singapore FIR, the Extradition Treaty, and the Defense Cooperation Agreement.

The Leaders anticipated the next step of obtaining International Civil Aviation Organisation approval for the new arrangements under the FIR Agreement so that both countries could implement all three agreements at a mutually agreed upon date. The resolution of these enduring issues demonstrates the maturity and resilience of bilateral relations.

Goa, India Unveils AI-Based Traffic Management System

An artificial intelligence (AI)-powered traffic management system has been launched in Goa at Merces junction. The system will assist state authorities with security, signal management, and issuing fines and tickets (challan). The technology automatically detects violations and dispatches an e-challan to the violator’s address, as per a government report.

According to the state’s Chief Minister Pramod Sawant, this is the first signal in Goa that incorporates AI technology. He said that the system will benefit traffic police by enabling them to monitor traffic and enhance security more efficiently.

There will be 16 smart signals aimed at managing traffic in Goa. The technology aims to bring down major accidents in the city. The system can “keep track of the movement of anti-social elements,” the report said. The Chief Minister stated that AI might also be used to make any arrests in the future.

The system has been developed and implemented by a private AI company and deployed at the Merces junction. Goa will expand the scope of implementation on a PPP basis by collaborating with private investment. The signals have been installed at no cost to the state government.

The government does not want people to break rules or take the law into their own hands. The Transport Minister, Mauvin Godingo, noted that although the implementation of the system has begun, the process of issue challenge will be completed by 15 April.

The AI system will reduce human errors and corruption. There will be real-time photographs if someone violates the traffic rules. An official claimed that within the next 15 years, the government will install AI at more locations to monitor roads under the PPP model.

In 2021, the Karnataka State Road Transport Corporation (KSRTC) implemented AI-based technologies to limit road accidents and improve passenger safety in buses. The corporation floated a tender for the implementation of an AI-powered Collision Warning System (CWS) and Driver Drowsiness System (DDS) for 1,044 buses.

In April 2022, under the second phase of the Ministry of Electronics and Information Technology (MeitY)’s Intelligent Transportation System Endeavor for Indian Cities initiative, an indigenous onboard driver assistance and warning system (ODAWS), a bus signal priority system, and a Common Smart IoT Connectiv (CoSMiC) software were launched.

A few months later, the Bengaluru traffic police rolled out an Intelligent Traffic Management System (ITMS). Similar to the recently-launched system in Goa, AI-enabled cameras detect traffic violations. The ITMS issues fines through text messages on offenders’ phones.

AI and machine learning (ML) technology are used in the ITMS to identify traffic violations automatically, as OpenGov Asia reported. The ITMS has been installed at 30 traffic junctions across the city. The cameras can detect speed limit violations and red light and stop lane breaches, and offences like helmet-less travel, driving without a seatbelt, triple-riding, and the use of mobile phones while driving.

The system has an AI-enabled solution with 250 automatic number plate recognition cameras and 80 red light violation detection cameras installed at 50 junctions. These cameras, which are active round-the-clock, have saved a lot of manpower, which is redeployed for traffic management and regulation. The data collected is stored on a server owned by traffic police. In the future, the police force plans to track vehicles without number plates and stolen vehicles.

RMIT-Led Team Develops Spray-On Nanomaterial for Bendable Electronics

A group of scientists from around the world is working on creating an inkable nanomaterial with the potential to be used as a spray-on electronic component. This technology could be used in the future for creating ultra-thin, lightweight, and flexible displays and devices.

Due to recent advancements in nanotechnology, zinc oxide has become a highly versatile material that could potentially be integrated into various components of upcoming technologies such as mobile phones and computers.

RMIT University’s Associate Professor Enrico Della Gaspera and Dr Joel van Embden led a team of international experts who reviewed the manufacturing methods, capabilities, and potential uses of zinc oxide nanocrystals, which has been published in the influential international journal, Chemical Reviews.

The co-authors of the study are Professor Silvia Gross from the University of Padova in Italy and Associate Professor Kevin Kittilstved from the University of Massachusetts Amherst in the United States.

According to Associate Professor Enrico Della Gaspera from the School of Science, progress in nanotechnology has allowed for significant improvements and adaptations to the properties and performances of zinc oxide. This has resulted in the ability to produce tiny and versatile zinc oxide particles with exceptional control over their size, shape, and chemical composition at the nanoscale.

Associate Professor Joel van Embden, also from the School of Science, stated that this level of control can lead to precise properties for a variety of applications, including optics, electronics, energy, sensing technologies, and microbial decontamination.

The zinc oxide nanocrystals have the capability to be converted into ink and applied as an ultra-thin coating, with a thickness hundreds to thousands of times thinner than a typical paint layer. This process resembles ink-jet printing or airbrush painting.

Associate Professor Enrico Della Gaspera noted that these thin coatings have the necessary characteristics of high transparency to visible light and electrical conductivity, both of which are fundamental for developing touchscreen displays. Moreover, the nanocrystals can be deposited at low temperatures, enabling the creation of coatings on flexible substrates like plastic that are durable enough to withstand flexing and bending.

Zinc is an abundant and cheap element that is widely used by various industries. Zinc oxide has been extensively studied and gained interest in the 1970s and 1980s due to advancements in the semiconductor industry. With the advent of nanotechnology and advancements in syntheses and analysis techniques, zinc oxide has rapidly risen as one of the most important materials of this century. Zinc oxide is safe and biocompatible and is already found in products such as sunscreens and cosmetics.

The team is open to collaborating with industry partners to explore possible applications utilising their methods for producing these nanomaterial coatings. Zinc oxide nanocrystals have potential applications in various fields, including:

Self-cleaning coatings
Antibacterial and antifungal agents
Sensors to detect ultraviolet radiation
Electronic components in solar cells and LED
Transistors, which are the foundation of modern electronics
Sensors that could be used to detect harmful gases for residential, industrial, and environmental applications.

The team’s approach to using zinc oxide nanocrystals in industrial settings would require partnerships with the right organisations. However, scalability remains a challenge for all types of nanomaterials, including zinc oxide. The team would need to adapt the type of chemistry used and innovate the reaction setup to recreate the same conditions achieved in the laboratory but on a larger scale.

Additionally, the team needs to address the shortfall in electrical conductivity that nanocrystal coatings have compared to industry benchmarks. While the intrinsic structure of nanocrystal coatings provides more flexibility, it limits their ability to conduct electricity efficiently. The team and scientists worldwide are working to address these challenges and make progress. Collaboration with other organisations and industry partners is seen as an opportunity to solve these challenges. With the right partnership, the team is confident that these challenges can be overcome.

Vietnam’s Fixed Internet Speeds Improve

The quality of Internet service has improved following directives issued by the Ministry of Information and Communications (MIC). Globally, Vietnam ranks 39^th in terms of fixed Internet.

According to an industry report, the country ranks 52^nd globally in mobile Internet speed, a fall of nine places as compared to the month before. The broadband download in February was 42.67 Mbps, while the upload speed was 18.27 Mbps. As for fixed broadband Internet, Vietnam jumped six places to rank 39th, despite issues with submarine fibre optic cables.

It was reported that the average download speed of fixed broadband in Vietnam was 91.6 Mbps, while the upload speed was 93.38 Mbps. The system measuring the Internet access speed in Vietnam (i-SPEED) of the Vietnam Internet Centre (VIC) under MIC has also reported similar results, with average fixed download broadband speed up and mobile broadband down.

The average broadband download speed in Vietnam in February was 89,73 Mpps, up 4.6% over January. Among the centrally run cities, Ho Chi Minh City had the highest fixed broadband download speed (96.55Mbps). The average fixed broadband upload speed of the whole country was 88.71 Mbps (up 4.7%).

As per data from VIC, in terms of mobile Internet, the average download speed of the whole country in February was 36.45 Mbps (down 10.7% over January), while the average upload was 16.19 Mbps (down 6.7%).

The figures from both domestic and international sources indicated that there has been a significant improvement in Vietnam’s fixed Internet speed in February, a considerable achievement considering the several incidents surrounding the submarine fibre optic cables since late 2022. As a solution, MIC has directed telecom carriers to promptly apply measures to fix the problems to ensure smooth international Internet connection.

Under the instructions of the Authority of Telecommunications (AOT), mobile network operators have negotiated to buy more mainland optical fibre capacity and share capacity with each other to overcome the crisis.

MIC has also requested telcos to develop more submarine fibre optic cables to better satisfy users’ demands. Vietnam is using five international submarine fibre optic cables. The government expects the total number of cable routes used in Vietnam to double by 2025. Telcos have noted that the increase in the capacity of international connection on the mainland has helped improve the Internet service quality and the complaints about service quality have decreased.

As a result of better and more easily available Internet connectivity, Vietnam’s digital economy has grown rapidly. Data from MIC showed that the ICT economy’s revenue reached an estimated US$ 148 billion in 2022, representing a year-on-year increase of 8.7%. The contribution of the digital economy to the national GDP in 2022 accounted for about 14.26% of the total, with 7.18% contributed by the ICT digital economy.

As OpenGov Asia reported earlier, IT services have contributed the most to the digital economy, accounting for about 30% of the total value, followed by e-commerce (14.3%) and hardware production (12.83%). The digital content field recorded the strongest growth, up nearly 104% compared to the first quarter of 2022.

MIC developed a strategy for digital technology industry development to 2025 with a vision for 2030. Last year, the ministry announced 35 national digital platforms serving digital transformation and the development of digital government, economy, and society, including 21 developed by domestic digital technology enterprises. These have contributed to facilitating state management and public services.

Western Australia and Tamil Nadu Hubs Ink Innovation Agreement

A Memorandum of Understanding (MoU) aims to establish a bridge for startups between India’s most industrialised state and Western Australia’s flourishing innovation ecosystem. The MoU was signed by iTNT Hub, which is India’s first emerging and deeptech innovation network, and the WA Data Science Innovation Hub based at Curtin University, which is a cluster for data science, artificial intelligence, and information technology innovation in Western Australia.

The Memorandum of Understanding was signed on the first day of the Umagine conference in Nandambakkam, Tamil Nadu. The event was attended by the IT and Digital Services Minister of the state and the Minister for Innovation and the Digital Economy from Western Australia.

Western Australia’s Minister for Innovation and the Digital Economy stated that the goal of the Memorandum of Understanding between the WA Data Science Innovation Hub (WADSIH) and iTNT is to establish a defined collaboration that is mutually beneficial for the development of shared objectives between the ecosystems of Tamil Nadu and Western Australia.

Meanwhile, the Chief Executive Officer of iTNT Hub expressed his delight in receiving the support of senior ministers and heads of state from visiting delegations. The delegations were guided by the Department of Jobs, Tourism, Science and Innovation in Western Australia and the Department of Information Technology and Digital Services in Tamil Nadu.

The iTNT Hub CEO noted that the agreement aims to establish the groundwork for a start-up and innovation bridge between Tamil Nadu and Western Australia. This will facilitate increased collaboration and exchange between the two innovation ecosystems.

The primary goal is to work with entrepreneurs, innovators, and an academic network of over 570 engineering colleges and industries to promote innovation on a large scale. The iTNT Hub’s teams are excited about the potential outcomes of this collaboration with the start-up minds in Western Australia.

The Director of the Curtin-based WA Data Science Innovation Hub stated that through the Memorandum of Understanding, exchange and collaboration opportunities will be provided to innovators, entrepreneurs, and the most talented students in both India and Western Australia.

He noted that artificial intelligence is expected to contribute AU$ 22 trillion to the global economy in the next seven years. Therefore, it is crucial to collaborate with global leaders in data science, applied artificial intelligence, and information technology-based innovation.

He said that the state of Tamil Nadu produces more engineering graduates than any other state in the world. Therefore, the team is excited to collaborate with iTNT to take innovation to the next level.

According to the Program Manager of WA Data Science Innovation Hub, the collaboration between the two entities has the potential to create a significant impact on a global level. The Memorandum of Understanding will enable Western Australia’s flourishing startup community to collaborate with the bright minds from India’s most industrialised state, driving innovation across the Indian Ocean. Through cross-collaboration around innovation, novel solutions can be created to address some of the world’s most pressing issues.

The Government of Tamil Nadu is leading the establishment of India’s first emerging and deeptech innovation network, iTNT Hub. This initiative is supported by the Government of India and various industries to provide a platform for entrepreneurs, innovators, researchers, and industry to collaborate and innovate.

The WA Data Science Innovation Hub is an initiative of the Western Australian Government and is supported by Curtin University. Its objective is to maintain Western Australia’s position at the forefront of the digital revolution by promoting the adoption, education, training, and awareness of data science in the state.

March 26, 2023

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New Digital Energy TestLab launched at RMIT

AI Could Contribute US$15.7 Trillion to Global Economy by 2030

Swinburne and French Industry Partners to Secure Engineering Futures

Singapore, Indonesia Team Up on Green-Tech, Digitalisation

Goa, India Unveils AI-Based Traffic Management System

RMIT-Led Team Develops Spray-On Nanomaterial for Bendable Electronics

Vietnam’s Fixed Internet Speeds Improve

Western Australia and Tamil Nadu Hubs Ink Innovation Agreement

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AI Could Contribute US$15.7 Trillion to Global Economy by 2030

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RMIT-Led Team Develops Spray-On Nanomaterial for Bendable Electronics

Vietnam’s Fixed Internet Speeds Improve

Swinburne and French Industry Partners to Secure Engineering Futures

Vietnam Ramps up Mobile Communication Safety

Singapore, Indonesia Team Up on Green-Tech, Digitalisation

Goa, India Unveils AI-Based Traffic Management System

RMIT-Led Team Develops Spray-On Nanomaterial for Bendable Electronics

Vietnam’s Fixed Internet Speeds Improve

Western Australia and Tamil Nadu Hubs Ink Innovation Agreement

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