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CGTN: How China helps build a world where women thrive and shine

CGTN: How China helps build a world where women thrive and shine

As the world marks International Women’s Day, CGTN published an article highlighting China’s progress in advancing women’s development at home and promoting gender equality globally. It examines how Chinese women are playing an increasingly prominent role in innovation and modernization, and how China’s initiatives and international cooperation are helping women around the world thrive and shine. Li Ying, a member of the 14th National Committee of the Chinese People’s Political Consultative Conference (CPPCC), Wednesday outlined her vision for China’s maritime future – “bigger, smarter, greener” – at the first group interview of the annual session of China’s top political advisory body. Li, a professor at Dalian Maritime University, highlighted China’s world-leading maritime fleet, its first domestically-built large cruise ship, and green port advances, including eight zero-carbon pilot ports and 70% of global new green ship orders. The maritime scientific researcher is a shining example of the growing force of female talent in China’s technology sector, where women now account for nearly half and are increasingly taking on leadership roles in driving innovation across industries. This momentum in women’s development is highlighted by wider recognition, especially ahead of International Women’s Day on March 8, when Chinese President Xi Jinping extended greetings and best wishes to the country’s women of all ethnic groups and walks of life. Xi’s greetings echo a long-standing commitment to women’s empowerment. Women play an important role in creating, promoting and carrying forward human civilization, he has said. “On the new journey of Chinese modernization, every woman is a star.” ‘Women hold up half the sky’ in China In China, the women’s development has always been an integral part of the country’s modernization efforts, with steady progress achieved across education, health and economic participation. Targeted poverty alleviation since 2013 has helped lift millions of women out of poverty, contributing to a moderately prosperous life for about 690 million women. Meanwhile, the maternal mortality rate fell by 76.9% from 61.9 per 100,000 in 1995 to 14.3 per 100,000 in 2024, far below the global average, according to a white paper. Women today account for over 45% of the country’s sci-tech workforce and more than half of internet entrepreneurs, milestones that testify to the Chinese saying that “women hold up half the sky.” These accomplishments are rooted in institutional guarantees and decisive actions. Gender equality is enshrined as a basic national policy, while policies such as targeted poverty reduction, vocational training, universal education access and improved healthcare provide systematic support for women’s development. “In the new era, Chinese women, more confident and vibrant than ever before, are taking part in the whole process of state and social governance,” Xi has once observed. “They are writing a splendid history of the cause of women in China.” China builds bridges for global women’s progress On the international stage, China has engaged in global governance on women’s issues, established platforms for exchange and cooperation between Chinese and foreign women, and contributed to fostering an international environment conducive to women’s development. By 2025, China had trained more than 200,000 women professionals from over 180 countries and regions, delivered more than 100 training programs for women and children in the Global South and carried out women’s empowerment projects in more than 20 countries, reflecting its commitment to advancing gender equality through concrete South-South cooperation. China has also co-established the UNESCO Prize for Girls’ and Women’s Education, and launched projects advancing digital education, healthcare and vocational skills for girls in Africa. A significant milestone came last year, when Beijing hosted the Global Leaders’ Meeting on Women to commemorate the 30th anniversary of the Fourth World Conference on Women, which was also held in the Chinese capital in 1995. Addressing the meeting back in October, Xi called for efforts to support the UN’s central role, address women’s needs in developing countries, create cooperation platforms and deepen exchanges so as to “help women across the world thrive and shine together.” The Chinese president also announced new measures, including a $10 million donation to UN Women and $100 million from China’s Global Development and South-South Cooperation Fund for projects benefiting women and girls over the next five years. The country, he added, will support 1,000 “small and beautiful” livelihood programs that prioritize women and girls as beneficiaries, invite 50,000 women worldwide to China for exchange and training and establish a Global Center for Women’s Capacity Building. Nahla Haidar, chair of the UN Committee on the Elimination of Discrimination against Women, noted that China’s practices not only advance domestic development but also provide valuable experience for the region and the world. https://news.cgtn.com/news/2026-03-08/How-China-helps-build-a-world-where-women-thrive-and-shine-1LkU1J9Y6Zi/p.html

From Times Square to Silicon Valley,Nuwa Agricultural Technology Unveils AI-Powered Livestock Robot

Silicon Valley, California - Nuwa Agricultural Technology, an emerging AgTech company focused on livestock automation and AI-driven farm intelligence, unveiled its flagship “Cleaning + AI Monitoring” livestock robot at a technology launch event in Silicon Valley.   The event gathered industry professionals, investors, and media from across the global technology and agriculture sectors, marking the company’s first major product introduction in the U.S. innovation ecosystem.     Just weeks earlier, Nuwa appeared on the Nasdaq Tower screen in Times Square, signaling its ambition to bring next-generation agricultural technology to the global market.     Turning Farm Operations into Data Infrastructure Livestock farming remains one of the least digitized sectors in global agriculture. Basic operational tasks such as barn cleaning are still largely manual, labor-intensive, and rarely integrated into digital management systems.   Nuwa’s approach begins with this overlooked yet critical task. The company’s robot performs autonomous cleaning operations while simultaneously collecting behavioral and environmental data through multimodal sensors and AI vision algorithms.   The system continuously analyzes: livestock movement and posture feeding behavior and activity levels environmental conditions inside barns Rather than treating cleaning as a purely mechanical task, Nuwa positions it as a continuous data collection gateway for livestock farms.   As the robot moves through the farm, it generates real-time insights about animal health, behavior, and environmental risks.   This allows farms to transition from experience-based management to data-driven livestock operations.   From Automation to Operational Intelligence Automation reduces labor costs, but Nuwa’s platform aims to go further. By integrating cleaning, monitoring, and analytics into a single system, farms can achieve: improved environmental hygiene earlier disease detection reduced operational risks optimized feeding efficiency   According to Nuwa founder Andy Luo, the company focuses on system-level efficiency rather than isolated improvements. “Our goal is not just to automate tasks, but to build an intelligent operating system for livestock farms.”   The system creates a feedback loop where operational data continuously improves farm decision-making.   Hardware + Software + Data During the launch event, Nuwa introduced its three-layer technology architecture: Hardware Layer Autonomous robots deployed directly in livestock facilities. Software Platform Subscription-based analytics delivering health alerts and farm performance insights. Data Layer A continuously growing dataset collected from real-world farming environments. This model transforms traditional equipment sales into a long-term data service relationship with farms. While robots serve as the physical entry point, the long-term value lies in the data ecosystem built around them.   Building the “Data Flywheel” of Agriculture In agriculture, high-quality real-world data is difficult to obtain due to variations in climate, farm scale, and production systems.   Nuwa’s deployment strategy focuses on gradually expanding across multiple farming environments, allowing its AI models to continuously improve through real-world datasets.   As more robots are deployed, more data is collected, which improves algorithm performance and further enhances product capability.     This creates a self-reinforcing loop often described as a “data flywheel.” Over time, this mechanism could become a key competitive advantage in the emerging field of AI-driven livestock farming.   From Equipment Export to System Export Many agricultural technology companies focus on exporting hardware products. Nuwa’s strategy, however, aims to deliver complete digital infrastructure for livestock farms. The company plans to provide a full-stack solution combining: autonomous robotics farm data platforms AI-powered operational insights   Founder Andy Luo described the company’s long-term vision: “We want to build the foundational data infrastructure for the future of animal protein production.”   By addressing universal challenges such as farm hygiene and livestock health monitoring, Nuwa aims to establish a scalable digital foundation for livestock farming worldwide.   AI is Reshaping Agriculture As artificial intelligence continues to transform industries, agriculture is increasingly becoming a critical frontier.   Food security, resource efficiency, and sustainable farming practices are driving the need for smarter agricultural systems.   Nuwa’s Silicon Valley launch reflects a broader trend: the integration of AI, robotics, and real-world agricultural data into a new generation of intelligent farming infrastructure.   What begins with a robot cleaning a barn floor may ultimately reshape how livestock farming operates across the world.  

Author : Brand News 24 Published at : March 8, 2026

From Times Square to Silicon Valley,Vaboo Introduces a Data-Driven Future for Pet Health

Silicon Valley, California – On March 5, Vaboo hosted the Frontier Innovation Summit in Silicon Valley, unveiling its next-generation AI pet smart collar and time-based precision nutrition system, while also presenting its broader vision: a data-driven pet health ecosystem. More than a product launch, the event signals a shift in how pet health could be managed in the future. During the 2026 Lunar New Year, Vaboo, a pet health technology company, appeared on the Nasdaq Tower screen in New York’s Times Square for the first time. With the message “Defining Global Pet Health Through Data,” the company marked its international debut to a global audience.   A Smart Collar as the Entry Point At the center of Vaboo’s system is its AI-powered smart collar. The device continuously collects key physiological signals, including: Activity levels Sleep patterns Heart rate Respiratory rate Through algorithmic analysis, the system detects anomalies and generates periodic health reports every 7–14 days, helping pet owners better understand their pets’ health trends. According to Vaboo : “The goal is not to replace veterinarians, but to create a daily early-warning and monitoring system.” The true value lies not in single data points, but in long-term data accumulation. As behavioral patterns, feeding habits, and physiological signals connect over time, a dynamic health model begins to emerge. Pet health management can then shift from subjective perception to quantified trajectories. Precision Nutrition as a Dynamic System While the smart collar serves as the data gateway, nutrition acts as the intervention layer. Vaboo introduced a time-based nutrition framework: Daytime Formula Designed to support energy metabolism and activity. Night Formula Focused on recovery and physiological balance. The concept is built on biological rhythm theory—the idea that pets, like humans, follow circadian cycles. Matching nutrition to these cycles could lead to more precise health management. More importantly, formulas are designed to evolve. As data accumulates, nutritional strategies can be continuously optimized, allowing pet food to become a data-responsive system rather than a fixed product. From Products to a Data Flywheel During the summit, Vaboo outlined the architecture of its ecosystem: Smart Collar (Data Input) AI Health Analytics (Algorithm Engine) Precision Nutrition & Veterinary Referral (Intervention Layer) Health Outcomes (Feedback Loop) Together, these components form a data flywheel. As device adoption increases, datasets grow, algorithms improve, health outcomes become clearer, and user engagement strengthens. In technology sectors, such a model is often referred to as a flywheel system—one where growth becomes self-reinforcing rather than marketing-driven. The company’s long-term roadmap includes: Expansion of AI-enabled pet hardware Global pet health data networks Integration with veterinary and insurance ecosystems International manufacturing and distribution In this model, competitive advantage shifts from product pricing or distribution channels to data scale and algorithm capability.   The Quantified Era of Pet Health The Silicon Valley summit may represent only an early milestone, but it signals a broader transformation. As wearable devices continuously record biological signals, as nutrition adapts to data trends, and as health outcomes refine algorithmic models, pet health management could move from intuition to systematic, data-driven care. Vaboo is attempting to turn that vision into reality.

Author : Brand News 24 Published at March 7, 2026

TuringEra Unveils Next-Gen Edge AI SoC Solution, Accelerating Global Edge Intelligence Deployment

Silicon Valley – TuringEra, a global  leading provider in edge AI solutions, officially launched its next-generation Edge AI SoC Solution in Silicon Valley today,designed to streamline the development and deployment of intelligent robotics, smart home appliances, and industrial automation systems. TuringEra’s  Co-founder Jason Qu   Full-Stack AI Chip Strategy: Empowering the Next-Generation Intelligent Computing Ecosystem TuringEra has positioned itself as a provider of full-stack AI infrastructure, offering customized solutions from foundational chips, hardware manufacturing to system software development. Its mission is to become a trusted global partner in AI computing infrastructure and drive scalable AI adoption across industries. Revolutionary Product Portfolio: Meeting Diverse AI Computing Needs The company introduced a comprehensive product lineup, including: 1. TuringEraRuixin U100 GPU Inference Chip 24 TOPS single-precision floating-point, 96 TOPS half-precision, and 192 TOPS integer computing power; 32GB HBM2e memory, 150W (TDP) power consumption, and support for 128 concurrent 1080P video decoding streams; Fully compatible with mainstream AI frameworks like TensorFlow and PyTorch, with support for ECC and virtualization. 2. TuringEraAI Appliance Fully self-developed from chips to servers, ensuring end-to-end autonomy; Hardware-software co-optimization for maximum system efficiency; Designed for complex AI model training and inference scenarios, delivering high-performance computing platforms. 3. Full Series of Storage and Power Management Products eMMC Storage Chip TLEV-M-E6001: Wide temperature range (-25°C to +85°C), 400MB/s high-speed transfer; SATA SSD TLEV-M-SSD6000XA: 1.92TB capacity, 560MB/s sequential read speed, and 100μs ultra-low latency; LDO Power Chip TLEV-P-1010: 1.8μVRMS ultra-low noise, 120dB(@100Hz) high PSRR; DC-DC Power Module TLEV-P-2010: 3MHz high switching frequency, 22ns minimum on-time. Seizing the Golden Window, Empowering Diverse Vertical Scenarios TuringEra’s next-gen SoC solution is precisely tailored to key application scenarios including Robotic vacuum、Robotic mower、Drone 、Quadruped robot、Industrial robot 、Humanoid robot、Integrated unit、Edge LLM (Large Language Model)、Cloud-based training and intelligent sensing devices. TuringEra’s Co-founder Jason Qu said : “We are not merely following market trends, but actively shaping the market together with our clients. What we deliver are phased, scenario-specific, and customer-centric solutions. AI infrastructure is already in place, and the market is at a critical juncture for an explosion in application-layer innovation. Our goal is to become a trusted global partner in AI computing infrastructure, driving large-scale adoption of AI across industries.” About TuringEra TuringEra is a semiconductor company specializing in Edge AI solutions. The company provides hardware-software co-designed platforms that enable efficient, scalable, and secure AI deployment for robotics and smart terminals globally.

Author : Brand News 24 Published at : March 7, 2026
Nexstar Mining Global Debut in Silicon Valley Redefines Smart Ore Selection with a Full Technology Stack

Nexstar Mining Global Debut in Silicon Valley Redefines Smart Ore Selection with a Full Technology Stack

Palo Alto, California – A smart ore selection technology company from China made its global debut today in Silicon Valley. Nexstar Mining (Shanghai) Mining Technology Co., Ltd. showcased its independently developed “smart ore selection + embodied intelligence” full technology stack solution to the international mining and technology sectors, announcing that its core components have been fully localized. This newly established Chinese company has become a global leader in providing comprehensive smart ore selection services, being the only enterprise that simultaneously masters four core technologies: dual-energy XRT, XRF, AI visual large models, and embodied intelligence. By choosing Silicon Valley for its global launch, Nexstar Mining aims to declare that the global technological frontier of smart ore selection is being redefined by Chinese enterprises. Amid the wave of digital transformation in the mining industry, recovering medium-sized mineral particles (4-10 mm) has long been a significant challenge. Traditional solutions have proven ineffective, resulting in substantial losses of high-value minerals. Nexstar Mining’s approach includes adding a “refinement” stage after conventional screening to target this technical blind spot. Its XRF chemical identification technology overcomes the challenge of identifying “complex ores with similar densities but different compositions”; the AI visual large model maintains high-precision recognition even under extreme conditions such as dust and vibration. After completing the localization of the X-ray sources and detectors by 2025, core component costs will be reduced by 40%, effectively breaking free from overseas constraints. These three capabilities create a leading global technological barrier. Nexstar Mining positions itself as a “long-term partner for mine profitability,” introducing an innovative “equipment sales + revenue sharing” dual-engine model. In a tailings project in Southeast Asia, facing over 100 million tons of tailings and annual processing costs of 130 million yuan, Nexstar Mining’s solution is expected to save customers approximately 50 million yuan annually, with total economic benefits exceeding 100 million yuan. The company’s intended order volume has surpassed 30 million dollars, with clients including leading mining entities from Chile, Australia and China’s Sichuan and Inner Mongolia regions. The founding team of Nexstar Mining comes from renowned institutions such as Peking University, China International Capital Corporation Limited, and Zijin Mining, bringing together expertise in algorithm development and mining. This team itself represents the company’s widest moat. Looking ahead, the company has established a “three-step” strategy: scaling the XRT coarse throw solution, commercializing XRF high-precision sorting, and launching a fully automated platform by 2027. In light of the declining ore grades and increasing environmental pressures faced by global mining, Nexstar Mining is answering the global challenge of maximizing the value of every ton of ore with Chinese technology solutions. About Nexstar Mining Nexstar Mining (Shanghai) Mining Technology Co., Ltd. focuses on the full-stack R&D and application of X-ray sensing, XRF, AI vision, and embodied intelligence technologies, dedicated to providing smarter sorting solutions for higher profits to global mining customers.

Author : Brand News 24 Published at March 7, 2026
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