Consumer data rules tighten as Vietnam signals tougher oversight of Big Tech platforms

Vietnam has imposed financial penalties on two of its most influential digital platforms, sending a clear signal to global tech companies operating in Southeast Asia: consumer data protection is no longer negotiable. Authorities have fined VNG Group, the parent company of Zalo, and TikTok for breaches of consumer protection regulations related to personal data collection and usage.

The National Competition Commission, under Vietnam’s Ministry of Industry and Trade, fined VNG 810 million VND (approximately USD 32,000) and TikTok 880 million VND (around USD 35,000). While the monetary amounts are modest by global standards, the regulatory implications are significant for international investors, platform operators, and digital advertisers watching Vietnam’s fast-growing tech market.

According to the regulator, Zalo committed multiple violations of the Law on Consumer Protection, including failing to provide users with meaningful choices over what personal data they consent to share. The platform did not allow users to opt in or out of specific categories of data collection, nor did it provide clear options to refuse the use of personal information for advertising or other commercial purposes. Authorities also found prohibited clauses embedded in Zalo’s standard terms of service, with no clear disclosure of their effective date.

The enforcement action follows public backlash in late December 2025, when Zalo updated its terms of service and required users to “agree to continue using the service.” The move triggered widespread concerns over privacy and data security, prompting regulators to demand clarification and corrective action. VNG has since stated that it cooperated proactively with authorities and has already revised several policies, with further changes underway.

TikTok faced similar findings. Regulators concluded that the platform lacked adequate mechanisms for users to consent to or reject the use of their personal data for advertising and product promotion. The commission also cited incomplete and potentially misleading disclosures to users, as well as contractual terms that violated Vietnam’s consumer protection framework. TikTok has been instructed to halt the violations and comprehensively review its policies and user-facing disclosures.

For global readers, the case underscores a broader shift in Vietnam’s digital governance. As one of Southeast Asia’s fastest-growing internet economies—with a young, mobile-first population and rising digital ad spending—Vietnam is tightening regulatory alignment with international data protection norms. For Big Tech firms, digital advertisers, and foreign investors, the message is clear: market access increasingly comes with higher compliance expectations.

The key question now is whether these fines mark isolated enforcement actions—or the beginning of a more assertive regulatory era that could reshape how global platforms collect, monetize, and govern user data across Vietnam and the wider ASEAN digital economy.

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U.S. chipmaker deepens Vietnam bet as AI talent and IP become strategic assets

As global technology firms race to secure artificial intelligence talent and sovereign innovation capacity, Qualcomm is placing a strategic marker in Vietnam. The U.S. chip giant will open a border AI research lab in Hanoi, signaling growing confidence in Vietnam’s role within the global AI supply chain—beyond manufacturing and into high-value research, intellectual property, and advanced training.

The lab is expected to be based at Hanoi University of Science and Technology, one of the country’s leading engineering institutions. The announcement was made in Hanoi on January 15 by Becky Fraser, Qualcomm’s Vice President for Government Relations in Asia-Pacific and India, during the signing of a cooperation agreement with Vietnam’s Ministry of Education and Training.

According to Qualcomm, the lab will deliver hands-on AI training programs, giving Vietnamese students and researchers access to advanced hardware and practical exposure to frontier technologies. This approach mirrors a broader shift among multinational tech companies: investing directly in local human capital to secure long-term innovation pipelines while reducing dependence on a limited number of global talent hubs.

Beyond the Hanoi lab, Qualcomm plans to back deeper AI research collaborations with top Vietnamese universities, including the Posts and Telecommunications Institute of Technology and Ho Chi Minh City University of Technology. The company is also expanding its digital intellectual property education, having launched an online IP training platform that has already attracted more than 1,200 registrants, with over 460 students completing courses within three months—an unusually high conversion rate for technical IP education in emerging markets.

This initiative builds on Qualcomm’s existing footprint in Vietnam, notably the Qualcomm Vietnam Innovation Challenge, which supports university-linked startups in R&D execution, IP protection, and commercialization. Together, these programs indicate a deliberate strategy to embed Qualcomm not just as a technology supplier, but as a long-term ecosystem partner in Vietnam’s innovation economy.

For Vietnam, the partnership reinforces a national ambition to move up the value chain—from electronics manufacturing to AI research, digital transformation, and original IP creation. For global investors and policymakers, Qualcomm’s move is a clear signal: Vietnam is no longer just a cost-competitive manufacturing base in Southeast Asia, but an emerging node in the global AI and semiconductor talent network. The question now is whether more Big Tech players will follow—and how fast Vietnam can convert this momentum into globally competitive innovation output.

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Hanoi pushes for a Russia deal by January as energy security risks grow amid surging industrial demand.

Vietnam has warned of mounting delays in its long-revived nuclear power program and is now racing to finalize negotiations with Russia after Japan officially withdrew from one of two planned nuclear projects. The development highlights the growing strain on Vietnam’s energy system—and the geopolitical and execution risks behind its long-term power strategy.

According to the government’s official news portal, Prime Minister Pham Minh Chinh has instructed relevant ministries to complete talks with Russia within January, while urgently seeking a new partner to replace Japan for the second nuclear plant. The goal is to bring both facilities online after 2031, later than originally planned.

Vietnam restarted its nuclear power ambitions in 2024 after shelving the program in 2016, citing cost and safety concerns. The renewed plan envisioned two plants with a combined capacity of 4–6.4 gigawatts, negotiated separately with Russia and Japan. Hanoi had aimed to sign agreements with Russia by September 2025 and with Japan by year-end—but progress has fallen short.

“Negotiations have been slower than expected and remain heavily dependent on foreign partners,” the Prime Minister told officials, underscoring structural challenges in Vietnam’s energy diplomacy and project execution.

Japan’s withdrawal crystallized those risks. In December, Tokyo’s ambassador confirmed to Reuters that Japan had exited the project, citing Vietnam’s ambitious timeline to have the plant operational by 2035 as unrealistic. The exit forces Hanoi to reassess not only partners, but also timelines and financing models.

The urgency is driven by fundamentals. Vietnam—now a major manufacturing base for global giants such as Samsungand Apple—has suffered repeated power shortages and blackouts as electricity demand from factories and a growing middle class outpaces supply. Climate stress, including droughts and typhoons, has further strained hydropower and grid reliability.

While Vietnam is expanding renewables and gas-fired generation, many projects face regulatory bottlenecks, pricing uncertainty, and construction delays. Nuclear power—once abandoned—has returned to the agenda as a baseload solution to support long-term industrial growth and energy security.

For global investors and policymakers, Vietnam’s nuclear pivot raises a broader question: can the country balance speed, safety, and geopolitics to secure reliable power—without repeating the delays that have plagued its broader energy transition?

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Strategic deal introduces Siemens’ Velaro Novo trains and accelerates technology transfer for Vietnam’s first modern high-speed rail lines.

Vietnam has taken a decisive step toward joining the global high-speed rail map as VinSpeed, the rail infrastructure arm of Vingroup, signed a comprehensive strategic partnership and technology transfer agreement with Siemens Mobility, one of the world’s leading rail innovators. The agreement, signed on December 17, positions Vietnam to adopt cutting-edge European rail technology while building domestic capabilities to develop, operate, and maintain high-speed rail systems to international standards.

Under the partnership, Siemens Mobility will design, supply, and integrate complete high-speed rail solutions for VinSpeed, including rolling stock, signaling, communications, and power systems. The collaboration goes beyond procurement: it establishes a framework for long-term technology transfer, joint maintenance planning, and progressive localization, enabling Vietnamese engineers and suppliers to participate deeply in future projects.

A parallel framework agreement covers train and system supply for two priority corridors: the Hanoi–Quang Ninh high-speed rail line and the Ben Thanh–Can Gio urban-coastal route. These projects are intended to serve as flagship pilots, demonstrating how modern rail can reshape regional connectivity, ease congestion, and unlock new economic zones.

At the center of the agreement is Siemens’ Velaro Novo, the company’s most advanced high-speed train platform. Designed for operating speeds of up to 350 km/h, the distributed-power EMU features a wider carbody and an optimized “empty tube” structure that increases passenger capacity by at least 10% compared with earlier generations. The design prioritizes both passenger comfort and operator economics.

Sustainability is a defining feature. Velaro Novo reduces energy consumption by roughly 30% versus older models, lowering emissions and lifecycle costs. Its superior gradient-climbing capability makes it particularly suited to Vietnam’s varied terrain—from mountainous regions to dense urban and coastal environments. The trains will be equipped with ETCS Level 2 signaling and automated train operation (ATO), enhancing safety, energy efficiency, and service frequency.

Vingroup executives framed the partnership as a cornerstone of Vietnam’s infrastructure transformation. VinSpeed’s leadership emphasized that combining Siemens’ global rail expertise with VinSpeed’s project execution capabilities and local market knowledge creates a credible pathway to deliver high-speed rail that meets international benchmarks while fostering domestic industrial development.

From Siemens’ perspective, Vietnam represents a rare opportunity to deploy a next-generation, end-to-end high-speed rail solution in a fast-growing market. Siemens Mobility’s global CEO highlighted the potential for the project to change how millions of people travel, improve quality of life, and catalyze long-term growth across tourism, industry, and advanced manufacturing.

Founded as part of Vingroup’s infrastructure pillar, VinSpeed aims to become a national champion in high-speed rail and modern transport systems. The Siemens partnership signals that ambition clearly: Vietnam is not only buying advanced trains, but laying the groundwork to master high-speed rail technology—and to do so sustainably—at a scale that could redefine mobility for decades to come.

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A second major failure in 20 days reignites concerns over the world’s dependence on a single internet infrastructure giant

A sweeping Cloudflare outage on December 5 triggered access failures across thousands of websites and online services worldwide, from AWS and Shopify to Fortnite and League of Legends — with Vietnam among the hardest-hit regions. The disruption began around 4 p.m. Hanoi time, when users suddenly encountered 500 Internal Server Error messages and widespread connection failures. IT communities quickly traced the problem to Cloudflare, one of the world’s most central internet infrastructure providers.

By 16:12, DownDetector logged nearly 2,000 Cloudflare-related complaints as major services reliant on its content-delivery and security network began to falter. Even DownDetector itself, which uses Cloudflare, experienced intermittent outages. Cloudflare has yet to formally confirm the incident, but its service-status page acknowledged an investigation into “increased error rates for customers running Worker scripts,” coinciding with scheduled maintenance at several U.S. data centers.

This marks the company’s second global failure in under three weeks. In November, Cloudflare admitted a faulty configuration update in its Bot Management system had mistakenly blocked legitimate traffic, briefly crippling access to xAI, Grok, X, Discord, OpenAI’s ChatGPT, and thousands of smaller sites. The recurrence has prompted major partners — including OpenAI — to reconsider diversifying away from Cloudflare to reduce systemic risk.

Cloudflare occupies an outsized role in the global internet: its network powers roughly 20% of global web traffic and shields millions of sites from DDoS attacks while accelerating load speeds. That scale means even minor disruptions have sweeping, immediate consequences across the digital economy.

As the investigation continues, the episode underscores a growing structural challenge: the modern internet’s heavy reliance on a small number of infrastructure providers. Each outage serves as a stress test for global resilience — and a warning that a more distributed, less fragile web may no longer be a theoretical ideal, but a practical necessity.

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Starlink nears final regulatory approval in Vietnam, exposing domestic telcos to low-earth orbit competition and changing the economics of disaster recovery.

Vietnam is poised to become the next major front in the global satellite internet war, as both Elon Musk’s Starlink and Amazon’s Project Kuiper accelerate their licensing processes to enter the market. The imminent arrival of these LEO (Low-Earth Orbit) giants signals a profound market disruption for incumbent Vietnamese telecommunication providers and forces international investors to recalculate the sovereign risk associated with critical digital infrastructure. The speed of regulatory review, with Starlink “close to the final step” and Kuiper actively submitting clarifying documents, underscores the government’s strategic recognition of satellite internet as a vital national security and economic tool, especially for resilient connectivity.

The primary pitch by these LEO operators is focused not on competing with high-density urban 5G networks, but on solving the fundamental challenge of geographical exclusion and climate resilience. Project Kuiper, for instance, emphasizes its mission to provide high-speed (up to 1 Gbps for enterprise) and low-latency internet to underserved and remote areas, islands, and border regions—areas where traditional fiber and BTS (Base Transceiver Station) networks are cost-prohibitive or physically vulnerable. This strategic focus is critical for Vietnam, which is highly susceptible to natural disasters like typhoons and flooding.

The vulnerability of ground infrastructure was brutally exposed during recent historical floods, where up to 1,200 BTS stations across central provinces were knocked offline. While local operators used recovery tactics like mobile broadcasting vans and power adjustments to maintain basic command-and-control communications, the quality of service for the general public was severely compromised. According to the Telecommunications Authority, LEO services like Starlink are not merely competitors but “effective supplemental channels” for disaster response, capable of restoring connectivity instantly when terrestrial fiber is severed. This capability transforms satellite connectivity from a luxury gadget into a core component of national resilience planning.

For the dominant domestic carriers, the LEO entry is a dual-edged sword. While it forces them to share the lucrative enterprise and remote connectivity market, it also offers a vital, non-terrestrial backup solution that can reduce their own liability during catastrophes. The government’s stated intent to “consider granting licenses as soon as possible” reflects a national strategy prioritizing robust, ubiquitous connectivity over protecting existing market monopolies. This aggressive regulatory push highlights Vietnam’s commitment to leapfrogging traditional infrastructure limits to secure its digital economy.

The imminent approval of both Starlink and Kuiper—two of the world’s most powerful technological forces—means that Vietnam’s strategic importance in the LEO space race is rapidly ascending. International investors in Vietnam’s telecom and technology sectors must now analyze which domestic companies are prepared to partner with, rather than merely compete against, these global satellite behemoths. The long-term share price stability of local carriers will depend entirely on their ability to integrate satellite services, proving that in the new space-backed economy, collaboration may be the only path to survival.

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Millions of remote workers, investors, and students hit by critical disruption to Google Drive, Docs, and Search.

A sudden, widespread outage across core Google services—including the mission-critical cloud storage platform Google Drive, Docs, and Sheets—has sent a jolt through the global economy, grinding productivity to a halt for millions of businesses, remote professionals, and educational institutions relying on the tech giant’s infrastructure. This disruption, which saw nearly 3,000 reports flood monitoring site DownDetector for Drive alone, is far more than an inconvenience for individual users; it underscores the profound systemic risk inherent in our over-reliance on a handful of “hyperscale” cloud providers, posing a direct threat to global supply chains and the efficiency of the modern digital workforce. The incident serves as a stark warning to CEOs and CIOs worldwide about the fragility of the $4.5 trillion cloud-dependent ecosystem.

The technical failure, which Google has publicly acknowledged and apologized for, quickly escalated from a local issue—as first reported in Southeast Asia during a critical working window—to a documented global crisis affecting users attempting to access everything from client documents on Drive to fundamental information via Google Search. Reports confirmed users globally were met with frustratingly slow response times or complete platform unresponsiveness. For a corporate world increasingly built on collaboration tools like Google Workspace, this simultaneous failure of essential productivity apps like Docs and Sheets exposed a single point of failure that can instantaneously wipe out hours of potential work for vast distributed teams.

This outage, while seemingly short-lived, highlights a critical vulnerability in the digital infrastructure underpinning major market indices and enterprise operations. When the system that manages corporate data, client communication, and team workflow collapses, the ripple effect on corporate earnings, investor sentiment, and real-time execution across financial markets becomes a tangible concern. Market Insider analysis suggests that such widespread cloud disruptions can translate to millions in lost productivity per hour for Fortune 500 companies alone, raising difficult questions for leadership teams about robust multi-cloud strategies and data redundancy policies.

The takeaway for global investors and analysts is clear: While the world races toward total cloud adoption, the financial and operational risk tied up in major cloud providers like Alphabet (Google Cloud’s parent) is soaring. This incident is less about a single technical glitch and more about a systemic need for enterprise-level disaster recovery that extends beyond a single vendor’s assurance.

The debate now shifts: Are CIOs adequately prepared for a world where core infrastructure will fail, or are the cost savings of deep cloud integration blinding them to the urgent necessity of geographically diverse redundancy?

HP công bố mở rộng danh mục sản phẩm OmniBook với ba dòng máy tính xách tay AI mới gồm: OmniBook X Flip, OmniBook 7 và OmniBook 5 được phát triển nhằm đáp ứng xu hướng, nhu cầu ngày càng cao của sinh viên và freelancers tại Việt Nam. Các sản phẩm này không chỉ đáp ứng yêu cầu khắt khe về hiệu năng, tính di động và thiết kế, mà còn mang lại trải nghiệm thông minh vượt trội nhờ tích hợp trợ lý AI.

Next Gen AI PCs là thế hệ máy tính cá nhân mới tích hợp sâu trí tuệ nhân tạo, vận hành mượt mà các công cụ AI, nâng cao hiệu suất và đơn giản hóa cách người dùng sáng tạo và làm việc. Nửa cuối năm 2025 này, bên cạnh các yếu tố quen thuộc như hiệu năng, độ bền và chính sách hậu mãi, nhiều học sinh, sinh viên và người dùng trẻ dần ưu tiên đến các mẫu laptop AI, bên cạnh yêu cầu về thiết kế hiện đại và tiết kiệm năng lượng. 

Điều đó xuất phá từ tiềm năng to lớn của AI trong việc nâng cao hiệu quả làm việc và học tập. Theo Oxford Insights, Việt Nam đã đạt 54,48 điểm trong Chỉ số Sẵn sàng AI, đứng thứ 9 tại khu vực Đông Á và vượt mức trung bình của khu vực (51,41). Song song, theo báo cáo của Decision Lab, có tới 78% người dùng trực tuyến tại Việt Nam đã từng sử dụng ít nhất một công cụ AI trong 3 tháng gần nhất.

Đón đầu xu hướng đó, HP tiếp tục bổ sung đầy đủ các dòng laptop mới trong danh mục OmniBook, mang tới sự đa dạng về sản phẩm, giúp người dùng dễ dàng chọn lựa một thiết bị phù hợp với nhu cầu sử dụng cá nhân. Việc ra mắt vào dịp cuối năm không chỉ là một bước tiến quan trọng trong chiến lược dài hạn tại Việt Nam, mà còn là dấu mốc ý nghĩa, ghi nhận hành trình 30 năm HP đồng hành cùng người dùng Việt, tiên phong định hình tương lai công việc với AI.

Bên cạnh dòng OmniBook Ultra Flip đã ra mắt người dùng vào đầu năm nay, HP OmniBook X, OmniBook 7 và OmniBook 5 chính thức có mặt tại Việt Nam với nhiều model dành cho người dùng trẻ, sáng tạo và làm việc.

Sức mạnh AI vượt trội, thiết kế linh hoạt và tính năng sáng tạo thông minh 

Trước hết, OmniBook X Flip là dòng laptop cao cấp, nổi bật với sự mỏng nhẹ, hiện đại, lý tưởng cho các nhà sáng tạo nội dung, người trẻ làm việc tự do. Thiết bị mang đến hiệu năng vượt trội của CPU, GPU và NPU, giúp vận hành êm ái và xử lý mượt mà các tác vụ chuyên nghiệp trên Adobe Photoshop, Premiere Pro… Trong khi đó, tính năng AI tích hợp sẵn của HP hỗ trợ tăng tốc tra cứu, hoàn thành ý tưởng và sản xuất đa phương tiện. Camera AI 5MP và âm thanh chất lượng cao giúp người dùng dễ dàng livestream, cộng tác trực tuyến và thuyết trình. Cùng thiết kế xoay gập 360 độ linh hoạt, pin bền bỉ và chất liệu cao cấp, OmniBook X Flip trở thành người bạn đồng hành đáng tin cậy, giúp nhà sáng tạo làm việc, kết nối và hiện thực hóa ý tưởng mọi lúc, mọi nơi.

Kế cạnh dòng OmniBook X Flip là dòng OmniBook 7 được thiết kế cho người dùng thường dịch chuyển và cần một thiết bị tối giản thiết kế và tối ưu hiệu năng để phục vụ công việc hàng ngày. Thiết kế mỏng nhẹ, với vỏ nhôm cao cấp, thời lượng pin lên đến 20 giờ, tính năng sáng tạo AI thông minh được hỗ trợ bởi tùy chọn vi xử lý tích hợp AI giúp freelancer, nhà sáng tạo nội dung, nhân viên văn phòng và sinh viên yên tâm làm việc suốt ngày dài mà không phải lo lắng về nguồn điện. OmniBook 7 Aero 13 với trọng lượng chưa tới 1kg đồng hành cùng bạn trong mọi cung đường sáng tạo, hay OmniBook 7 14 inch mang đến sự cân bằng giữa hiệu năng và sự linh hoạt, đều có thể là lựa chọn hoàn hảo cho người dùng trẻ.

Trong khi đó, HP OmniBook 5 tới 2 tùy chọn 16 inch hoặc 14 inch Flip là dòng laptop lý tưởng cho học sinh, sinh viên và người dùng trẻ. Dòng sản phẩm trang bị bộ xử lý AI tối ưu nhất cho các tác vụ làm việc và sáng tạo cơ bản, màn hình độ phân giải cao, bộ nhớ lớn và dễ dàng nâng cấp, mang đến không gian và chức năng đa nhiệm cho học tập, sáng tạo nội dung hoặc thuyết trình. Hệ thống tản nhiệt thông minh giúp máy duy trì hiệu suất cao, trong khi loa chất lượng cao và micro chống ồn tối ưu cho học tập, thuyết trình hoặc làm việc nhóm trực tuyến.

HP AI Companion & Poly Camera Pro: Bộ đôi trợ lý AI thông minh, miễn phí dành cho người dùng OmniBook

Một điểm đặc biệt trên dòng OmniBook là việc tích hợp sẵn các ứng dụng AI miễn phí do HP phát triển, hỗ trợ toàn diện và đồng hành vạn năng với người dùng trong mọi hoàn cảnh làm việc khác nhau. 

HP AI Companion là trợ lý AI toàn năng, giúp người dùng tìm kiếm, truy vấn, phân tích dữ liệu cá nhân và thiết lập thiết bị thông minh thông qua câu lệnh AI. Được xây dựng trên 2 mô hình Phi-3.5 LLM và GPT-4o của OpenAI, AI Companion hoạt động trên thiết bị có NPU 40 TOPS trở lên và 32GB RAM, chạy song song chế độ cục bộ (local) trên thiết bị, giúp đảm bảo tính riêng tư, bảo mật dữ liệu người dùng và chế độ Cloud cho khả năng suy luận mạnh mẽ và tương tác tự nhiên. Ưu điểm của trợ lý AI này là hoàn toàn miễn phí trên dòng OmniBook, tăng trải nghiệm cho người dùng HP ngay từ khi mở máy.

Trong khi đó, Poly Camera Pro là tính năng cộng tác AI thông minh, tích hợp sâu vào camera từ HP OmniBook 7 trở lên. Tính năng này giúp người dùng kết nối rảnh tay, cộng tác không tiếng ồn, livestream chuyên nghiệm nhờ AI tích hợp và hoạt động tự động thông minh. 

Với danh mục sản phẩm AI PC mới nhất, HP mong muốn đơn giản hơn công nghệ tiên tiến, giúp người dùng dễ dàng tiếp cận và làm chủ công việc.  AI PC đang trở thành “trợ lý” đắc lực, giúp tăng tốc độ nghiên cứu, biên tập nội dung, chỉnh sửa hình ảnh và hỗ trợ dịch thuật theo thời gian thực. Đối với sinh viên, AI PC là công cụ học tập thông minh, hỗ trợ làm bài tập, ôn luyện và khai thác tri thức một cách hiệu quả. Nhờ đó, người dùng có thể rút ngắn thời gian xử lý công việc, đồng thời mở rộng không gian sáng tạo.

Hiện tại, dòng OmniBook đã được mở bán đầy đủ tại Việt Nam, thông qua các đại lý bán lẻ của HP Việt Nam trên toàn quốc. 

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Vietnam Insider – In a decisive move to reduce reliance on U.S. technology and accelerate the growth of its domestic semiconductor industry, China’s Cyberspace Administration (CAC) has ordered major technology companies, including Alibaba and ByteDance, to halt all purchases and testing of Nvidia’s AI chips.

According to the Financial Times, several Chinese firms had planned to order tens of thousands of Nvidia’s RTX Pro 6000D chips—designed specifically for mainland China—and had already begun testing and product validation with Nvidia’s server partners. However, following CAC’s directive this week, companies were instructed to suspend all related activities.

The scope of the ban goes far beyond earlier restrictions, which had only targeted Nvidia’s H20 chip, another model designed for China as a workaround to U.S. export controls.

Beijing’s decision follows its assessment that domestic AI processors have now reached, or even surpassed, the performance levels of Nvidia chips still permitted for sale in China.

A senior executive at a leading Chinese tech group said:

“The message is now crystal clear. Previously, there was hope that if geopolitical tensions eased, Nvidia’s supply chain could resume. But that expectation is gone. All resources are now focused on building a self-sustained domestic chip ecosystem.”

The sweeping ban underscores Beijing’s escalating pressure on domestic firms to prioritize homegrown semiconductor products as part of its long-term strategy to compete with the U.S. in the global AI race.

Nvidia had already redesigned several product lines—including the H20 and RTX Pro 6000D—to comply with Washington’s export restrictions on advanced semiconductors introduced under President Joe Biden. The RTX Pro 6000D, unveiled during CEO Jensen Huang’s visit to Beijing in July, has now also been blocked from the Chinese market.

Chinese regulators recently convened domestic chipmakers such as Huawei and Cambricon, along with tech giants like Alibaba and Baidu, to evaluate the performance of locally developed AI processors against Nvidia’s China-specific chips. The conclusion: local chips are now at or above the performance threshold of Nvidia’s remaining exportable products. This milestone is viewed as strategically significant, giving Beijing more leverage to take tougher measures.

According to FT, Chinese semiconductor firms are aiming to triple AI chip production next year to meet surging domestic demand and hedge against Western technology restrictions.

“Senior leadership now believes domestic chip supply will be sufficient to meet demand without relying on Nvidia,” one industry source said.

Speaking in London, Nvidia CEO Jensen Huang expressed hope of discussing the company’s future operations in China during his upcoming meeting with U.S. President Donald Trump, who is on a state visit to the United Kingdom.

Before the ban, Nvidia’s RTX Pro 6000D chips were intended for use in areas such as industrial automation and large-scale AI model training. They were also the last major Nvidia product permitted for mass sales in China, one of the company’s most important markets.

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(Vietnam Insider) – In the early hours of September 16, Apple officially released iOS 26, calling it one of the most significant software upgrades in the iPhone’s history. The update introduces sweeping changes to both design and functionality, setting the stage for the next era of iOS.

Liquid Glass Design Language

For the first time, Apple has rolled out a unified design language across its platforms called Liquid Glass, inspired by the look and feel of visionOS. The system interface and app icons now feature a transparent, glass-like aesthetic with refreshed visuals for core apps such as Camera, Photos, Safari, Phone, and FaceTime. Both the Lock Screen and Home Screen gain new customization options.

“This is the biggest design update we’ve ever delivered,” said Alan Dye, Apple’s Vice President of Human Interface Design. “Liquid Glass brings glass-like elements across the entire iOS interface, from the dock to the lock screen, and will guide our design direction for years to come.”

AI Enhancements and Smarter Apps

Alongside the visual overhaul, iOS 26 upgrades many built-in apps. The Camera app sports a cleaner, more intuitive interface, while the Phone app adds call screening to help manage incoming calls when users are busy. Messages now supports custom chat backgrounds and in-app polls.

Apple has also expanded Apple Intelligence, its AI suite, across more areas. Users can translate conversations in real time through Live Translation, available in Messages, Phone calls, and FaceTime. The Genmoji feature lets users merge two emojis to create new ones, going beyond simple text prompts.

Other Apple services, including Music, Maps, and Wallet, also receive significant refinements designed to make everyday use smoother and smarter.

Gaming and Visual Intelligence

iOS 26 debuts a dedicated Games app, giving users centralized access to their App Store game library. A “Play Together” tab highlights what friends are playing and includes leaderboards for friendly challenges.

Another major feature, Visual Intelligence, leverages AI to understand what’s on the iPhone screen. For example, a screenshot of a jacket on social media can be used to search for shopping links, while a screenshot of an event can be converted directly into a Calendar entry.

Availability and Supported Devices

Apple confirmed iOS 26 will ship with the new iPhone 17 and iPhone Air models this fall, likely coinciding with the iPhone 17 launch in September. The update will also be available for older devices, including the iPhone 16, 15, 14, 13, 12, 11 series, and the iPhone SE (2nd generation and later).

To update, users can go to Settings → General → Software Update on their iPhone.

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