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December 5, 2024, NVIDIA has announced the opening of its first Research and Development (R&D) Center in Vietnam, marking a significant milestone for the country’s growing artificial intelligence (AI) ecosystem. The new center will focus on developing AI software, leveraging Vietnam’s talented STEM workforce, and collaborating with industry leaders, startups, government agencies, and universities. The goal is to accelerate AI adoption across key sectors such as healthcare, education, transportation, and finance. “We are excited to open NVIDIA’s R&D center to support Vietnam’s AI journey,” said Jensen Huang, founder and CEO of NVIDIA. “By partnering with local researchers, startups, and organizations, we aim to build innovative AI solutions right here in Vietnam.”Vietnam has emerged as one of the fastest-growing economies globally, fueled by advancements in technology and manufacturing. AI has become a key focus for the country, with government initiatives promoting innovation and digital transformation. Since 2021, Vietnam has been working to establish itself as a regional leader in AI research and development.Prime Minister Pham Minh Chinh welcomed the collaboration, stating, “Innovation is a core element of Vietnam’s development strategy. This partnership with NVIDIA represents an important step in strengthening Vietnam’s position in AI and high-tech industries in Southeast Asia.”NVIDIA’s presence in Vietnam isn’t new. Over the past eight years, the company has supported over 100 Vietnamese AI startups through its Inception program and partnered with 65 local universities. NVIDIA has also worked with FPT Smart Cloud, its first Vietnamese cloud partner, to drive AI advancements in the region.This R&D center reinforces Vietnam’s potential to become a hub for AI innovation, fostering collaboration and creating opportunities for researchers, businesses, and students alike.Source: NVIDIA

In recent years, hospitals in Ho Chi Minh City have been actively applying artificial intelligence (AI) in patient treatment, opening up new opportunities to improve the quality of healthcare services. The application of AI not only helps reduce costs, save time, but also increases accuracy and effectiveness in diagnosis and treatment, thereby enhancing the quality of healthcare at medical facilities.Increasing accuracy in radiation therapy with AI One of the notable achievements in AI application in Ho Chi Minh City is the use of AI in radiation therapy planning at the Ho Chi Minh City Oncology Hospital. According to Dr. Lam Duc Hoang, Head of the head and neck radiation oncology department , the use of Raysearch software integrated with AI has optimized the radiation therapy planning process, increasing accuracy and minimizing risks in cancer treatment. Previously, doctors had to spend about 4 hours analyzing and planning radiation therapy for patients, but with AI, this process takes only 2-3 minutes. AI quickly analyzes CT scan results and identifies the patient's structures, helping doctors create more accurate treatment plans. Not only does AI save time for doctors, but it also shortens patients' waiting times. Typically, radiation therapy planning takes 5-10 days, but with AI support, this time is reduced to just 2-3 days. This not only helps patients save time but also improves their quality of life, reducing stress during the treatment process.Bringing AI to areas with limited healthcare resourcesAn important advancement is the application of AI in areas with limited healthcare resources to remote health monitoring. Health stations in remote areas, such as Can Gio district, have implemented AI in X-ray image diagnosis for lung diseases. Thanh An commune health station in Can Gio district was the first in the country to deploy AI for diagnosis and remote monitoring of patients via telemedicine technology. Through this system, doctors at health stations can consult with leading specialists in Ho Chi Minh City, enabling timely and accurate treatment plans. This not only helps reduce the burden on central hospitals but also improves healthcare quality for people in remote areas.Thanh An Commune Health Station, Can Gio applies AI in medical treatmentHealthcare kiosk deployment in Vinh Long provinceA prime example of applying technology in community healthcare is the Healthcare Kiosk project implemented by TMA in Vinh Long Province. On September 23, 2024, TMA and its hardware partner collaborated with the Department of Health of Vinh Long Province to carry out a community health project aimed at monitoring and screening stroke risks for residents of An Phuoc Commune, Mang Thit District.Healthcare Kiosk Deployment in Vinh Long provinceThis project leverages intelligent algorithms and real-time data analysis to collect and process health information through integrated kiosks. As a result, the system can detect abnormalities and promptly notify doctors at the local health center for timely intervention. Moreover, these kiosks not only support health screening but also help triage and transfer severe cases to higher-level hospitals, enhancing the efficiency of healthcare services. Serving over 3,000 residents, the project not only utilizes AI to improve diagnostic accuracy but also demonstrates the potential for large-scale application in remote communities. It marks a significant step forward in bringing smart healthcare closer to the general population, contributing to improved health care quality while opening new possibilities for community-wide health initiatives.The application of AI in healthcare offers significant opportunities for Vietnamese companies, particularly in improving healthcare quality and optimizing treatment processes. However, to fully leverage this potential, businesses must face challenges in developing technological resources, improving infrastructure, and training specialized human resources, while also building effective collaboration between the government, hospitals, and enterprises.Source: Trung tam bao chi TP.HCM

As climate change intensifies and food security becomes increasingly critical, applying artificial intelligence (AI) in Vietnam’s agriculture sector is opening up new ways to boost productivity and improve quality. AI is more than just a technological trend; it’s becoming a cornerstone for sustainable agriculture, bringing Vietnam closer to global competitiveness.AI technology is sparking innovation across farming practices. With AI-driven soil analysis, farmers can measure key factors like pH, moisture, and nutrient levels, allowing them to optimize crop care, improve yields, and boost quality. Additionally, AI supports more accurate weather forecasting, helping farmers better time their irrigation and harvests to reduce losses from natural disasters and environmental shifts.While the benefits of AI are clear, integrating it still poses challenges. Many rural and mountainous areas lack the technology infrastructure to fully access AI. To tap into AI’s potential in agriculture, there’s a need for specialized training for farmers and updated policies that support tech integration in line with industry trends.AI is quickly proving essential to modernizing agriculture. For this technology to create lasting, sustainable change, AI solutions need to be affordable and user-friendly, so farmers of all scales can benefit. By making AI accessible, we’re building a sustainable, fair agricultural future for everyone.Source: ictvietnam.vn

According to the Global Semiconductor Association (SEMI), Vietnam’s semiconductor market is projected to reach $7.01 billion by 2028, with an average annual growth rate of about 6.69% from 2023 to 2028. Vietnam is emerging as a promising destination in the semiconductor industry, driven by strong development and bright prospects.Mr. Huy Vu, Director of the National Innovation Center, highlighted that Vietnam has a tremendous opportunity to deepen its involvement in the semiconductor sector, especially as many global companies are shifting investments to Asian countries, including Vietnam, to diversify supply chains post-COVID-19.Mr. Huy Vu, Director of the National Innovation Center.At a press conference for the SemiExpo Vietnam 2024 Semiconductor Industry Exhibition, Mr. Huy noted that the Vietnamese government has been actively collaborating with leading tech corporations to develop a robust semiconductor ecosystem and a skilled workforce. The exhibition is part of Vietnam’s strategy to grow its semiconductor industry by fostering investment connections between domestic and international businesses.Linda Tan, President of SEMI Southeast Asia, emphasized that SemiExpo Vietnam 2024 is a milestone event, underscoring Vietnam’s growing role in the global semiconductor supply chain. With government support and rapid ecosystem development, Vietnam is well-positioned to make significant contributions to the global market.Source: VietnamFinance.vn

LG Electronics is significantly enhancing its research and development (R&D) capabilities in Vietnam by broadening its focus from software development to include innovative home appliance solutions. This expansion encompasses key areas such as lifestyle, kitchen, and air solutions.Since establishing the Hanoi R&D Centre in 2016, LG has further extended its presence by opening R&D subsidiaries in Hai Phong and Da Nang in 2023. The Hanoi center, officially incorporated in 2023, has expanded its research scope to include the webOS smart platform and plans to increase its R&D workforce from 1,100 to over 1,200 employees this year.In just eight years, the Hanoi center has emerged as a vital R&D hub for Southeast Asia, supported by talent development programs in partnership with local institutions like the Hanoi University of Industry.Source: vietnamnews.vn

Artificial Intelligence (AI) is becoming a major trend in the global healthcare sector, leading to significant advancements such as early diagnosis, personalized treatment, and reducing the strain on hospital systems. At the seminar "Application of Artificial Intelligence in Healthcare: Potential and Opportunities," experts emphasized the potential of AI for automating processes, managing medical records, detecting cancer early, and assisting with diagnostic imaging.Ms. Yen Ho, Director of the HealthTech Division at TMA Innovation, noted that AI applications are being implemented in hospitals to streamline operations, manage patient records, conduct cancer screenings, and support diagnoses.AI is especially advantageous for cancer diagnosis because of its ability to analyze data quickly and accurately, enabling doctors to spot early signs of disease and determine the best treatment options based on each patient's unique characteristics.In Vietnam, several hospitals have been using AI for cancer diagnosis, employing automated imaging analysis systems to help doctors make more precise treatment decisions. Additionally, universities and research institutes are actively developing AI solutions for medical diagnostics, particularly in rural areas with limited resources.Ms. Yen Ho (TMA Innovation) presents on the trend of AI technology in the global smart healthcare landscape.Despite its significant potential, the adoption of AI in healthcare in Vietnam still faces several challenges, such as a lack of digitized data and an incomplete IT infrastructure. Experts recommend that AI be integrated into the national digital transformation strategy, data standardization be prioritized, and the deployment of existing AI applications be accelerated. This will not only enhance the quality of healthcare but also expand access to medical services in remote and underserved areas where healthcare conditions are limited.As AI gradually becomes an essential part of the healthcare sector, it promises to bring many long-term benefits, not just for hospitals and doctors, but also for the patient community, improving the healthcare experience and enhancing treatment effectiveness.Source: Information and Communication Magazine