Media OutReach
Fighting oyster reef decline in HK, 3D-Printed Reef Wins James Dyson Award 2025 Hong Kong
- Dean Chan, a graduate from the Chinese University of Hong Kong and current PhD candidate at the Hong Kong Polytechnic University has been named the Hong Kong winner of the James Dyson Award for Reef of Hope
- The invention will progress to the international stage of the James Dyson Award, for a chance to win £30,000
HONG KONG SAR – Media OutReach Newswire – 10 September 2025 – This year’s James Dyson Award Hong Kong Winner, Reef of Hope, tackles the decline of oyster reefs in the region with a sustainable and innovative solution. Developed by Dean Chan, the modular 3D-printed artificial reef features an innovative topological design and uses a printing substrate infused with oyster shell calcium carbonate, aiming to restore oyster reefs while enhancing marine biodiversity.
Oyster reefs are vital to healthy marine ecosystems—providing habitat for marine life, supporting fish populations, filtering water, and protecting shorelines. However, globally, more than 85% of oyster reefs have disappeared in recent decades[1], and locally, most remain outside of protected areas, facing threats from pollution, overharvesting, and urban development[2].
“Reef of Hope is well-developed and grounded in local ecological relevance,” said Professor Joseph Wong, James Dyson Award Hong Kong Judge. “Its focus on oysters—a species vital to Hong Kong’s marine biodiversity—makes it a meaningful innovation.”
Now in its 20th year globally, the James Dyson Award continues to celebrate and empower young designer and engineers worldwide who tackle real-world problems with innovative solutions. Since its debut in Hong Kong in 2015, the Award has spotlighted numerous local innovators, with several advancing to the global Top 20 and one named a global sustainability winner.
Reef of Hope – The new solution to reef restoration
Dean Chan, creator of Reef of Hope, is a designer, engineer, and ecologist. He discovered that conventional reef restoration methods—such as concrete blocks and oyster bags—often lack the ecological effectiveness and long-term sustainability needed for successful recovery, as they generally prioritize bulk and stability over ecological function.
To address these shortcomings for current solutions, Reef of Hope is designed and engineered to actively support and sustain marine life. Its innovative topological structure features a curved, porous geometry that enhances stability in water, improves material efficiency, and optimizes water flow. The interwoven voids increase surface area and circulation, improving nutrient delivery, waste removal, and biofilm formation—all essential for oyster larval settlement.
What sets the project apart is its material innovation: a biodegradable polyhydroxyalkanoates (PHA) material, infused with seashell calcium carbonate, marine-safe minerals, and bioactive coatings that actively promote oyster settlement. The deliberate choice of material can avoid microplastic pollution, ensuring both ecological effectiveness and long-term ocean health.
Additionally, the reef’s lightweight, modular design allows for easy deployment by divers, adaptability to various site conditions, and cost-effective scaling—whether for degraded shorelines, aquaculture zones, or conservation areas.
Dean conducted field trials along Hong Kong’s shoreline, demonstrating significant environmental benefits: Oyster settlement rates were three times higher than with traditional methods. Within one month, the reef attracted shrimp, small crabs, juvenile fish, and algae, indicating a positive impact on local biodiversity.
“Winning the James Dyson Award is thrilling!” said Dean Chan. “It’s not just about recognition — it’s a platform to raise awareness about oyster reef restoration and marine conservation, amplifying my mission to protect these vital ecosystems.”
As the Hong Kong winner, Reef of Hope receives £5,000 to support the next phase of development and will represent Hong Kong on the global stage, competing with other regions’ innovators. The international Top 20 shortlist will be announced on 15th October, selected by a global team of Dyson engineers, and the global winners will be chosen by James Dyson and announced on 5th November.
Hashtag: #JamesDysonAward2025
The issuer is solely responsible for the content of this announcement.
James Dyson Award
The
James Dyson Award forms part of a wider commitment by Sir James Dyson, to demonstrate the power of engineers to solve the world’s problems. The competition has supported more than 400 inventions with prize money and a chance to gain global media exposure, and is run by
the James Dyson Foundation. Founded in 2002, the Foundation is an international education charity whose mission is to inspire the next generation of engineers. The Foundation also invests in medical research and has donated more than £145m to charitable causes to date.
ABOUT THE COMPETITION
The brief. Design something that solves a problem. This problem may be a frustration that we all face in daily life, or a global issue. The important thing is that the solution is effective and demonstrates considered design thinking. Unlike other competitions, participants are given full autonomy over their intellectual property.
The process. Entries are judged first at the national level by a panel of external judges and a Dyson engineer. Each operating market awards a national winner and two national runners-up. From these winners, a panel of Dyson engineers then select an international shortlist of 20 entries. The top 20 projects are then reviewed by Sir James Dyson who selects his global winners.
The 2025 prizes
- Global winners, chosen by Sir James Dyson, each receive a prize of £30,000.
- Each national winner receives £5,000.
Previous global winners
A portable and affordable hair-loss prevention device for chemotherapy patients.
A reusable, nature-inspired sensor to improve weather forecasting and tackle e-waste.
A hands-free IV device for disaster zones.
A sustainable exterior wall coating with a high cooling effect, reducing environmental costs of air conditioning.
An off-road trailer ambulance for universal towing.
A smart sensor for dressings which indicates how well a wound is healing by measuring its pH level.
A machine that recycles plastic bottles into affordable 3D printer filament for developing nations.
James Dyson Award on social media
- Website:
https://www.jamesdysonaward.org/ - Instagram:
@jamesdysonaward - X:
@jamesdysonaward - TikTok:
@jamesdysonaward - LinkedIn:
James Dyson Award - YouTube:
youtube.com/jamesdysonfoundation
Media OutReach
Tanoto Foundation Convened Global and National Leaders to Strengthen the Early Childhood Education and Development (ECED) Ecosystem at the 2025 International Symposium on ECED
The symposium comes at a critical moment, as shared challenges across health, nutrition, education, and caregiving continue to shape early childhood development outcomes in Indonesia and globally, where many young children continue to face barriers to healthy development, from gaps in nutrition and care to limited access to quality early learning.
These challenges highlight the need for closer coordination across health, education, parenting, and social protection to ensure children receive holistic and equitable support from the earliest years.
Without strong cross-sector collaboration, Indonesia risks losing momentum in building its human capital and realising its demographic dividend towards Indonesia Emas 2045.
In partnership with key government ministries and cross-sector organisations, Tanoto Foundation convened the symposium as a platform to align policy, practice, and evidence across sectors, bringing together representatives from central and local government, international organisations, academia, civil society, and philanthropy.
The symposium featured two main discussion tracks focused on health and education, and parenting in early childhood.
The morning segment, “Synergising Health and Education for ECED”, focused on integrating health, nutrition, and early learning services, highlighting innovations in growth and development monitoring, nutrition interventions, and early stimulation within primary service systems.
The afternoon session, “Parenting and Early Learning”, placed families and caregivers at the centre of the ECED ecosystem, exploring responsive caregiving, interaction-based learning, and policy support to strengthen parents’ capacity to nurture children’s development.
Indonesian Minister of Health Budi Gunadi Sadikin officially opened the symposium, emphasising the decisive importance of early childhood for national development.
“The age of 0 to 5 years is a highly decisive phase in determining whether a person will grow into a healthy, intelligent adult who can contribute to the nation, including to increase per capita income,” the Minister said.
“If we do not act quickly, we risk missing Indonesia’s demographic dividend. This is our responsibility to our children.”
The Government of Indonesia has reaffirmed early childhood development as a national priority through the Long-Term National Development Plan 2025 to 2045 and the Medium-Term National Development Plan 2025 to 2029, with Holistic and Integrated Early Childhood Development (PAUD-HI) designated as a key performance indicator.
Opening the afternoon session, Indonesian Minister of Women Empowerment and Child Protection, Arifatul Choiri Fauzi, highlighted the symposium’s contribution to policy strengthening.
“This forum brings together strategic cross sector perspectives. We encourage the resulting recommendations to be used to strengthen policies, regulations, and service innovations for early childhood development,” she said.
Indonesian Deputy Minister of Higher Education, Science, and Technology, Prof. Stella Christie, underscored the importance of science-based parenting and high-quality interaction.
“Caregiving with optimal interaction between children and caregivers has the greatest potential to maximise child development,” she said. “No technology, including artificial intelligence, can replace the power of human interaction.”
She added that children learn through curiosity, imitation, and everyday experiences, making responsive and evidence-based parenting critical for brain development and lifelong learning.
CEO of Tanoto Foundation Benny Lee reaffirmed the Foundation’s long-term commitment to early childhood development as a cornerstone of human potential.
“The early years are when the foundations of brain development, health, and character are formed,” Benny said.
“This is not the work of one institution. It requires a truly supportive ecosystem built through collaboration among government, civil society, academia, and philanthropy.”
He emphasised that Tanoto Foundation, founded by Sukanto Tanoto, Founder and Chairman of Royal Golden Eagle (RGE), views early childhood development as a primary investment, where collective action can deliver lasting and sustainable impact. “This symposium is about ensuring that every child receives the strongest possible start in life, every parent receives the support they need, and every sector moves forward together,” he said.
The symposium brought together up to 200 participants, with speakers from government, development organisations, academia, research institutions, and philanthropy.
Hashtag: #RGE #TanotoFoundation #Philanthropy #Indonesia #ECED #EarlyChildhood #Healthcare
https://www.tanotofoundation.org/en/
The issuer is solely responsible for the content of this announcement.
About Tanoto Foundation
At Tanoto Foundation, we unlock human potential, help communities thrive, and create lasting impact. Founded in 1981 by Sukanto Tanoto and Tinah Bingei Tanoto, we are an independent family foundation that believes in providing every person with the opportunity to realise his or her full potential. To do so, we catalyse systems change in education and healthcare. Our approach is impact-first, collaborative, and evidence-based. We invest for the long term and strive to develop leaders who can drive sustained, positive outcomes.
Media OutReach
Can Gio Awakens as Ho Chi Minh City’s Next Growth Frontier
After decades of quiet, Can Gio is awakening on Vietnam’s southern coast, as fresh investment and grand designs breathe new life into the once-remote district of Saigon.
HO CHI MINH CITY, VIETNAM – Media OutReach Newswire – 27 December 2024 – Six months after the groundbreaking of a 2,870-hectare coastal urban project backed by Vingroup, Vietnam’s largest private conglomerate, Can Gio, once seen as a forgotten corner of Ho Chi Minh City, is now emerging as a new growth engine for Vietnam’s southern metropolis.
Breaking Isolation
For years, Can Gio was often left out of the city’s rapid development. Surrounded by dense forests and accessible mainly by ferry, it remained a world apart. Now, that is beginning to change.
Six months ago, the large-scale land reclamation project officially started construction. Locals call it a “game changer” that awakened a land long left behind. Along the coast that once lay quiet, a vast construction site has emerged, with heavy machinery working day and night. “I was very surprised by the speed,” said Prof. Pham Van Song, president of the Mien Dong University of Technology, noting that hundreds of hectares have already been filled and stabilized within months.
The project, developed by Vingroup through its real estate arm Vinhomes, represents one of the group’s most ambitious coastal developments, part of a long-term vision to extend Ho Chi Minh City’s urban footprint toward the sea. With billions of U.S. dollars in investment, it combines housing, tourism, and modern infrastructure within a single master plan that anchors Can Gio’s transformation.
Complementing this project, a series of major infrastructure works are also reshaping the district. By the end of 2025, the Phu My Hung–Can Gio high-speed railway, designed to reach 350 kilometers per hour, is expected to begin construction, linking the area to the city’s southern urban core. In 2026, the long-awaited Can Gio Bridge will break ground, cutting the journey to the city center to around 45 to 60 minutes.
At the same time, the Rung Sac interchange, with an investment of 3,000 billion VND (about 120 million U.S. dollars), will connect Can Gio directly with the Ben Luc–Long Thanh Expressway. Expected to be completed in 2028, it will link Can Gio with both the Southwest and Southeast regions, including Long Thanh International Airport.
In addition, a sea-crossing expressway between Can Gio and Vung Tau, 50 meters wide and proposed by Vingroup, would stretch across the sea for more than 10 kilometers. The plan envisions a wide eight-lane road that could reduce travel between Can Gio and Vung Tau to under 15 minutes, creating a strategic connection between the two coastal economies.
These efforts fit within a broader regional plan that combines road, rail, water, and sea transport. Another key project is the Can Gio International Transshipment Port, covering 571 hectares with an investment of 50,000 billion VND. The port is designed to become a new symbol of Vietnam’s maritime economy, with its first phase scheduled to begin operations in 2027 and full completion before 2045.
“A Single Project Ignites the South”
According to Prof. Pham Van Song, the rise of Can Gio is a natural development, especially with the involvement of Vingroup through its Vinhomes Green Paradise project. He believes that Can Gio is moving from an ecological area on the fringe of development to a new center of growth. “All modes of transportation will be available in Can Gio,” he said. “The district’s GRDP will grow rapidly in line with ongoing construction and investment. Both the number of residents and visitors will surge. Local people will be the first to directly benefit from these projects, and their lives will become increasingly prosperous.”
The changes are already drawing attention from investors. Dinh Minh Tuan, southern regional director of Batdongsan.com.vn, said the number of searches related to Can Gio has tripled since the beginning of the year. After the Vinhomes Green Paradise project broke ground, property interest in the district doubled again. “Just one single project has heated up the entire southern market,” he said.
Experts say this follows a familiar pattern. In the 1990s, Nguyen Van Linh Boulevard helped turn southern Ho Chi Minh City into a thriving area and drew nearly two million residents. In the 2010s, the completion of the Thu Thiem Tunnel and Bridge attracted more than one million people to the city’s east. “Investors who followed the infrastructure development wave then saw huge gains,” Tuan noted. “Can Gio now stands at a similar starting point, but with a stronger push.”
With a population of about 80,000, Can Gio has long faced a single challenge: lack of connectivity. But, “with the series of large-scale investments now under way, Can Gio is expected to grow faster than many of the city’s earlier new urban areas,” said Tuan.
Hashtag: #Vinhomes
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Media OutReach
Z.ai Open-Sources GLM-4.7, a New Generation Large Language Model Built for Real Development Workflows
The new model is designed around practical engineering workflows, with a focus on long-running task execution, stable tool calling, and multi-step reasoning, capabilities that have become increasingly important as developers deploy large language models in complex, agent-based systems.
Compared with its predecessor, GLM-4.6, GLM-4.7 shows notable gains in code generation, complex reasoning, and agent execution. According to Z.ai, the model delivers more consistent and controllable performance over extended tasks, while producing cleaner and more concise language output, addressing a common weakness in many open-source models.
To evaluate performance in realistic settings, Z.ai tested GLM-4.7 on 100 practical programming tasks in production-like environments such as Claude Code, spanning front-end, back-end, and command-execution scenarios. The company said GLM-4.7 achieved higher task completion rates and greater stability than GLM-4.6, and has since been adopted as the default model for its GLM Coding Plan.
Benchmark results also place GLM-4.7 among the strongest open-source models currently available. It scored 67.5 on BrowseComp and 87.4 on τ²-Bench, the latter marking a new high for open-source systems. In coding-focused evaluations, including SWE-bench Verified and LiveCodeBench v6, its overall performance approaches that of Claude Sonnet 4.5. In Code Arena’s large-scale blind evaluation, which aggregates votes from more than one million comparisons, GLM-4.7 ranked first among open-source models.
The model is available through the BigModel.cn API and has been integrated into Z.ai’s full-stack development platform, according to the company. As open-source models take on a more prominent role in the global technology ecosystem, Z.ai’s progress offers a clear indication of how such systems may continue to evolve, and what they might enable next.
Default Model for Coding Plan: https://z.ai/subscribe
Try it now: https://chat.z.ai/
Weights: https://huggingface.co/zai-org/GLM-4.7
Technical blog: https://z.ai/blog/glm-4.7
Hashtag: #ZAI
The issuer is solely responsible for the content of this announcement.
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