分类： technology

The Chinese-developed personal safety application that garnered international attention for its provocative name “Are You Dead?” has officially announced a comprehensive rebranding strategy. The app, which surged to the top of China’s paid App Store rankings following extensive media coverage, will now operate globally under the name “Demumu.”

Originally launched as “Sileme” (a Mandarin phrase translating to “are you dead?”), the application serves as a digital safety net for individuals living alone. Users register emergency contacts who receive automated alerts if the user fails to check in within a 48-hour period, potentially indicating an emergency situation.

The developer stated Tuesday evening that after considerable deliberation, the application would adopt its existing international brand name “Demumu” across all markets in upcoming releases. Company representatives attributed their explosive overseas growth to coverage by international media outlets including the BBC and Agence France-Presse.

While the application’s functionality remains unchanged, the name alteration has sparked mixed reactions among users. Some Chinese social media commentators expressed skepticism about the rebranding, with one Weibo user noting: “Don’t you think your virality is precisely due to your name? Without it, no one would have installed this app, except in cases of absolute emergency.” Another added: “With this new name, it loses its flavour.”

The original name constituted a linguistic play on “Eleme,” a popular food delivery platform in China. The app’s emergence coincides with significant demographic shifts, as official data reveals solo dwellers now constitute approximately one-fifth of Chinese households—a notable increase from 15% just a decade earlier in 2024.

The company affirmed its commitment to its founding mission: “Demumu will remain steadfast in its founding mission of safeguarding safety, bringing China-originated protection solutions to the world and serving more solitary individuals globally.”

The Trump administration has authorized Nvidia to export its H200 artificial intelligence chips to Chinese buyers under newly established security protocols, marking a significant shift in semiconductor trade policy. The Commerce Department’s Bureau of Industry and Security unveiled regulations that effectively lower export barriers while implementing specific safeguards.

Under the revised framework, Nvidia must guarantee adequate domestic supply within the United States prior to any international shipments. Additionally, all H200 chips destined for Chinese markets will require comprehensive third-party verification. The policy explicitly prohibits military applications and caps China’s import volume at 50% of chips sold to American customers.

Nvidia expressed approval of the decision, stating: “We applaud President Trump’s decision to allow America’s chip industry to compete to support high-paying jobs and manufacturing in America. Offering H200 to approved commercial customers, vetted by the Department of Commerce, strikes a thoughtful balance that is great for America.”

The approval excludes Nvidia’s most advanced Blackwell and upcoming Rubin architectures, which remain under export restrictions. This development follows August negotiations where Nvidia and AMD agreed to allocate 15% of their Chinese semiconductor revenues to the U.S. government as part of their export licensing arrangement.

Democratic legislators have raised national security concerns, arguing that these exports could potentially enhance China’s military capabilities, cyber warfare effectiveness, and manufacturing sector. The decision reflects Nvidia CEO Jensen Huang’s growing influence within administration circles, though experts caution about potential technology transfer risks that could advance China’s AI development programs.

China has successfully deployed a new cluster of internet satellites using its Long March 8A carrier rocket, marking another significant step in the nation’s ambitious space infrastructure development. The launch occurred on January 13, 2026, at 23:25 Beijing Time from the Wenchang Spacecraft Launch Site in Hainan province.

The mission successfully placed the 18th group of low-orbit internet satellites into their predetermined orbits, expanding China’s growing satellite network designed to provide global internet coverage. This launch represents the continuing advancement of China’s commercial space capabilities and its strategic positioning in the global space technology sector.

The Long March 8A rocket, developed by the China Academy of Launch Vehicle Technology, represents China’s newer generation of launch vehicles designed for medium-lift capabilities with cost-effective operational parameters. The successful deployment demonstrates China’s growing proficiency in frequent, reliable satellite launches necessary for maintaining and expanding constellation networks.

This launch forms part of China’s broader strategy to establish a comprehensive space-based internet infrastructure, potentially offering worldwide connectivity services while enhancing the country’s technological competitiveness in the global space economy. The expansion of satellite internet constellations has significant implications for global communications, rural connectivity, and emergency response capabilities worldwide.

In a strategic expansion of its Middle Eastern operations, Zoho Corporation has officially inaugurated its first United Arab Emirates data centers in Dubai and Abu Dhabi. This infrastructure deployment represents a significant portion of the company’s previously announced Dh100 million ($27 million) investment commitment to the UAE market made in 2023.

The twin facilities will host over 100 cloud-based solutions from both Zoho’s core business platform and its enterprise IT management division, ManageEngine. The launch strengthens Zoho’s physical presence in what company leadership identifies as one of their largest regional markets.

Shailesh Davey, Co-founder and CEO of Zoho Corporation, emphasized the strategic importance of this development: ‘Our new data centers enable local businesses to maintain data sovereignty while supporting the National Cybersecurity Agenda. This infrastructure will empower organizations of all scales—from small enterprises to government entities—to accelerate their digital transformation initiatives, directly contributing to Dubai’s Vision 2030 economic diversification goals.’

The facilities have obtained critical security certifications, including the CSP Security Standard Certificate from Dubai Electronic Security Center (DESC). This accreditation qualifies Zoho to provide services to government and semi-government entities. The centers maintain compliance with multiple international standards: ISO 27001, ISO 22301, ISO 27017, and CSA STAR Level 2 certification.

Zoho’s growth metrics in the UAE demonstrate remarkable momentum, with a 38.7% revenue increase in 2025 and a 29% expansion of its partner network. The company has simultaneously increased its local workforce by 35% to support growing client demands. Key drivers of this growth include Zoho’s Customer Experience platform (featuring CRM and Desk solutions), VAT-compliant accounting software Zoho Books, low-code development platform Creator, and the comprehensive Zoho One suite.

Concurrently, ManageEngine has achieved 20% growth in the UAE enterprise sector, with particular strength in unified endpoint management and cloud observability solutions. The banking, financial services, insurance (BFSI), government, and manufacturing sectors have demonstrated especially strong adoption rates, with cloud solutions growing at approximately 35% annually.

Hyther Nizam, President of Zoho MEA, confirmed upcoming workforce expansion: ‘Following our 30% staff increase last year, we will now ramp up our data center operations team, including Network Operations Center personnel, to meet both operational needs and compliance requirements.’

Over the past five years, Zoho has invested Dh80 million in digital transformation partnerships with entities including Dubai Economy and Tourism (DET) and Dubai Culture, supporting over 7,000 businesses in their technological evolution.

In a significant policy shift, the United States Department of Commerce has authorized semiconductor leader Nvidia to resume sales of its advanced artificial intelligence processors to China, according to a Tuesday announcement. This authorization specifically applies to the H200 model, Nvidia’s second-most sophisticated semiconductor, which had previously been restricted due to national security concerns regarding potential technological advantages for China’s military and tech sectors.

The Commerce Department’s Bureau of Industry and Security clarified that exports are permitted under the condition that adequate supplies of these processors are maintained within the United States. This decision follows President Donald Trump’s declaration last month permitting chip sales to “approved customers” in China, accompanied by a mandatory 25% fee on such transactions.

Notably, the authorization excludes Nvidia’s cutting-edge Blackwell processor, which remains prohibited from Chinese markets as the world’s most advanced AI semiconductor. The revised export policy encompasses both the H200 and several less advanced processors in Nvidia’s product lineup.

This development represents the latest chapter in the ongoing geopolitical tensions between Washington and Beijing, where Nvidia has found itself at the center of a technological tug-of-war. The situation intensified when President Trump initially reversed the chip-selling restrictions in July, while simultaneously demanding Nvidia share a portion of its Chinese earnings with the US government.

In response to these measures, Beijing reportedly instructed its technology firms to boycott Nvidia’s China-bound chips in favor of domestically produced semiconductors—a strategic move to strengthen China’s technological independence, despite expert consensus that Chinese chips still trail behind American technology.

Throughout 2025, Nvidia CEO Jensen Huang actively lobbied US officials to permit sales of high-performance chips to China, maintaining that global market access is crucial for maintaining America’s competitive edge in the technology sector. However, some US officials continue to express concerns that these advanced chips could potentially enhance Beijing’s military capabilities and impede American leadership in AI development.

China has embarked on an unprecedented space infrastructure initiative by submitting plans to the International Telecommunication Union (ITU) for deploying 203,000 satellites across 14 distinct constellations. This monumental filing represents the nation’s most substantial coordinated international effort to secure critical orbital resources and frequency spectrum.

The ambitious application, dominated by China Satellite Network Group (planning 12,992 satellites) and Yuanxin Satellite Technology (targeting over 15,000 satellites), signals a strategic shift in China’s space development approach. Rather than isolated commercial ventures, this nationwide coordination elevates satellite internet to government-backed infrastructure status, involving diverse stakeholders from commercial space companies to major telecommunications operators like China Mobile and China Telecom.

Industry experts emphasize that while the filing demonstrates long-term strategic planning, significant challenges remain in execution. Yang Feng, CEO of commercial satellite firm Spacety, notes that transforming these plans into operational constellations requires overcoming substantial hurdles in systems engineering, manufacturing capacity, and launch capabilities.

The timing coincides with growing competition in low-Earth orbit, where currently approximately 10,824 operational satellites exist with orbital resource utilization at 18%. The United States maintains dominance through SpaceX’s Starlink program, accounting for 75.94% of active spacecraft globally, while China represents just 9.43%.

According to Zhang Zhilong, associate professor at Beijing University of Posts and Telecommunications, China may require five to ten years to achieve parity with Starlink in launch volume. Success will depend not only on technical execution but also on developing a comprehensive ecosystem encompassing direct-to-handset standards, terminal affordability, service models, and enhanced industry chain coordination.

The market response has been volatile, with commercial space stocks initially surging before experiencing significant corrections, reflecting both optimism about the sector’s potential and awareness of the practical challenges ahead.

China has commenced operations of Qiming, the world’s largest automated vertical shaft boring machine, marking a significant technological milestone in underground construction engineering. The massive apparatus was deployed Tuesday in Taicang, Jiangsu province, for the critical No. 2 vertical shaft of the Chongming-Taicang Yangtze River tunnel project.

Standing 13 meters tall with an unprecedented cutting diameter of 24 meters, Qiming represents cutting-edge engineering innovation. The machine is designed to operate at depths reaching 75 meters while withstanding extreme water pressure of up to eight bar. Its deployment comes as the Linghang shield tunneling machine has already completed over 10,000 meters of tunneling progress from Chongming’s No. 3 shaft.

The Chongming-Taicang tunnel spans 14.25 kilometers and features three vertical shafts, connecting Shanghai’s Chongming district with Jiangsu’s Taicang city. The No. 2 shaft, positioned merely 200 meters from the Yangtze River’s south embankment, presents exceptional construction challenges due to high groundwater levels and complex geological conditions. With a diameter matching Qiming’s cutting capacity and a depth of 56.08 meters, this shaft serves as a crucial reception and relaunch point for the ongoing tunneling operations.

Fu Bowei, deputy project manager from China Railway Tunnel Group Co, emphasized the time-sensitive nature of the shaft construction, noting that any delays could potentially halt the entire tunneling process as the Linghang machine approaches completion.

Qiming incorporates advanced intelligent systems capable of autonomous sinking, precision directional control, and real-time environmental monitoring. The machine’s supervised unmanned operation capability represents a paradigm shift in vertical shaft construction methodology, transitioning from conventional techniques to a fully intelligent construction model that significantly reduces human presence both above and below ground.

This technological innovation addresses longstanding challenges in deep shaft construction, particularly in areas of visual inspection, physical access, and precise measurement. Upon project completion, the tunnel will enable high-speed trains to maintain optimal speeds while crossing the Yangtze River, providing Chongming Island—China’s third-largest island—with its first high-speed rail connectivity.

The infrastructure project constitutes a vital component in enhancing the Yangtze River Delta region’s integrated transportation network, supporting both the Yangtze River Economic Belt development strategy and broader regional integration initiatives.

In a groundbreaking advancement for agricultural technology, China’s Nanjing Agricultural University has launched Sinong—the nation’s inaugural open-source, vertical large language model specifically engineered for the agricultural sector. This development represents a monumental stride in foundational AI research and its practical implementation within China’s agricultural landscape.

The newly introduced model derives its capabilities from an extensive, meticulously structured agricultural database encompassing specialized domains including animal science, agricultural economics, horticulture, smart agriculture, veterinary medicine, plant protection, and crop breeding. Named after ancient Chinese officials responsible for agriculture and finance, Sinong integrates knowledge from nearly 9,000 books, over 240,000 academic papers, approximately 20,000 policy documents and standards, alongside substantial web-based agricultural knowledge.

To address persistent challenges in specialized LLMs such as hallucination and knowledge obsolescence, the development team implemented comprehensive technical solutions. Moving beyond conventional instruction fine-tuning, the training process incorporated multi-dimensional data structures including chain-of-thought reasoning and contextual references, significantly enhancing the model’s comprehension and generative capabilities for professional agricultural applications.

In a move promoting collaborative innovation, Sinong has been made fully open-source on prominent platforms including ModelScope and GitHub. This strategic decision aims to democratize access to advanced AI tools in agriculture, enabling research institutions, enterprises, and developers worldwide to build upon the existing framework for secondary development and innovation. The initiative is poised to accelerate the creation of a synergistic ecosystem for smart agriculture solutions, potentially transforming global agricultural practices through accessible artificial intelligence.

DUBAI – The recent 1 Billion Followers Summit in Dubai became a showcase for mobile photography’s dramatic evolution from casual pastime to professional storytelling medium. Saudi visual storyteller Rashed Alsubaie and Kuwaiti photographer Abdulaziz Alsorayai demonstrated how the iPhone 17 Pro has fundamentally transformed creative workflows during a live Al Sadu weaving performance workshop.

Both creators represent a new generation of Middle Eastern digital artists who have built substantial careers around mobile technology. Alsorayai, previously focused on commercial projects including brand films and documentaries, discovered an unexpected demand for educational content about gear and techniques. ‘What made me take content creation seriously was realizing how in-demand it became and how many people genuinely want guidance,’ Alsorayai told Khaleej Times.

The transition to mobile dominance emerged organically through experimentation rather than strategic planning. ‘When people respond to what you share,’ Alsorayai noted, ‘you start to understand what you’re truly known for and what value you’re adding.’ Despite operating in a region known for rapidly shifting creative trends, both artists have consciously avoided chasing viral content, instead focusing on establishing distinctive creative identities.

The technological advantages of modern smartphones have made traditional camera equipment increasingly obsolete for many professional applications. Alsorayai emphasized the critical importance of immediacy: ‘It’s always with me. I can shoot and publish quickly without slowing the moment down.’ Alsubaie highlighted the technical maturation of mobile devices: ‘The iPhone has reached a level of potential that is professional enough for documenting daily life. It’s not heavy. There are no lenses to carry.’

Interestingly, both creators believe mobile technology actually elevates creative expectations. ‘It raises the bar,’ Alsorayai asserted. ‘If you truly understand the tool, you can get results that beat bigger gear by a long margin.’ They particularly praised the iPhone 17 Pro’s professional-grade features including ProRes video capabilities and the equivalent of eight lenses across three cameras, from 8x zoom to Ultra Wide capabilities.

The fourth edition of the 1 Billion Followers Summit, concluded January 9, 2026, featured over 500 speakers representing a combined audience of 3.5 billion followers, alongside 150 CEOs and global experts participating in various sessions dedicated to shaping the future of content creation.