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By Dr. Gyan Pathak In a most significant observation, the Supreme Court of India said on Monday, October 5, if any decision taken by the Election Commission is found not to be in accordance with law, the court can annul it. The Supreme Court issued notices to and sought reply in a week from CEC […]

The article CEC’s Unlawful Decisions Will Be Annulled Observed Supreme Court appeared first on Latest India news, analysis and reports on Newspack by India Press Agency).

The Hangzhou-based AI developer released Ascend versions of several key components on September 30, including its DeepGEMM matrix-multiplication library and DeepEP communications software. The projects are designed to work with Huawei’s Ascend processors while keeping public interfaces aligned with versions built around Nvidia hardware, reducing the amount of code developers may need to rewrite when moving workloads.

That portability targets a critical part of Nvidia’s competitive advantage. Nvidia’s CUDA software platform has become deeply embedded in AI development, giving programmers mature libraries, tools and optimisation techniques built over years. Competing chips therefore have to overcome not only differences in raw computing performance but also the cost and complexity of shifting software away from CUDA.

DeepSeek’s DeepJIT project takes a further step by providing a shared runtime interface for Nvidia CUDA graphics processors and Huawei Ascend neural-processing units. It handles compilation, caching, loading and launching of specialised AI kernels while retaining backend-specific code where necessary. The approach does not make the two architectures interchangeable, but it can reduce friction for developers maintaining software for both.

DeepGEMM-Ascend is fully API-compatible with DeepSeek’s original DeepGEMM package and supports BF16, FP8 and FP4 calculations used in demanding AI workloads. DeepSeek says the library uses Ascend-specific optimisation methods to approach the hardware’s performance limits while shielding programmers from lower-level complexities including memory layouts, alignment constraints and address calculations.

Its DeepEP-Ascend library similarly aligns its public buffer interfaces with the Nvidia version while using Huawei’s communications technologies underneath. DeepSeek has also added Ascend support to DeepSelect, a specialised component used for sparse-attention and sampling operations, and released Ascend sparse-attention kernels for its model infrastructure.

Huawei, meanwhile, has been opening more of the software surrounding Ascend. Its CANN platform — the company’s counterpart to the programming infrastructure required to exploit AI accelerators — supports frameworks including PyTorch and works with open-source projects such as Triton, vLLM and veRL.

Huawei said last month that CANN had moved to sustained community-driven open-source development, with external programmers accounting for 61 per cent of its CANN developers. The company said the community had more than 5,200 monthly active developers, while more than 40 models had been natively pre-trained using Ascend and CANN.

The combination matters because China’s challenge to Nvidia has increasingly shifted from producing an alternative accelerator to assembling a usable full computing stack. Hardware can win orders only if model developers can train and run workloads efficiently without sacrificing too much engineering time or performance.

DeepSeek’s software also gives Huawei an influential independent developer helping test and improve that stack. The AI laboratory became prominent for building capable models with an emphasis on computational efficiency, and its infrastructure code is closely watched by developers seeking lower-cost approaches to training and inference.

The effort comes as US export controls continue to restrict China’s access to Nvidia’s most advanced processors, creating stronger incentives for technology groups to adopt domestic alternatives. Those restrictions have helped expand the strategic importance of Huawei’s Ascend line, even though China still faces constraints in advanced semiconductor manufacturing.

Nvidia nevertheless retains formidable advantages. CUDA has a vast installed developer base and an extensive collection of mature libraries, while Nvidia’s leading accelerators remain central to major AI training systems outside China. Compatibility layers and open-source libraries also require sustained testing, documentation and optimisation before they can match the reliability of an established platform across diverse workloads.

Transforming QS Practice in a New Era: Integrating Digital Construction, Collaborative Contracting and Payment Security

HONG KONG, CHINA – Media OutReach Newswire – 3 October 2026 – The Hong Kong Institute of Surveyors (HKIS) Quantity Surveying Division hosted the HKIS Quantity Surveying Division Conference 2026 (the Conference) today at the CIC-Zero Carbon Park.

This year’s theme, “Transforming QS Practice in a New Era: Integrating Digital Construction, Collaborative Contracting and Payment Security”, reflects the evolving role of Quantity Surveyors during a time of economic restructuring.

The Conference brought together around 200 participants both in person and online, including government officials, industry leaders, professionals, academics, and young practitioners.

Mr LAU Chun Kit, Ricky, JP, Permanent Secretary for Development (Works) for Development Bureau of the HKSAR Government, attended as the Guest of Honour and delivered a keynote speech.

Quantity Surveyors are trained professionals with expert knowledge of construction costs and contracts who play a crucial role throughout the project development cycle, from investment feasibility studies and procurement strategy to commercial governance, contract administration, and dispute management. The seminar aims to explore how, amidst the ever-changing landscape of the digital revolution and the implementation of new legislation, quantity surveyors can evolve from their traditional roles in contract and cost management into enablers who drive successful value creation in construction projects.

Mr. LAU Chun Kit, Ricky, JP, Permanent Secretary for Development (Works), Development Bureau, said: “The theme of this year’s conference is both timely and visionary. The Conference serves as a strategic platform for surveying practitioners and professionals to exchange insights, explore best practices, and formulate a collective vision for the future of the surveying profession. The insights and best practices generated will not only contribute in advancing the role of surveying profession in the new era, but also reinforcing Hong Kong’s position as a leader in construction excellence.”

The conference featured 20 distinguished speakers from Hong Kong Government bureaux and departments, the private sector, academia, professional institutions, and law firms to share their insights and best practices in the quantity surveying field. Through thought-provoking discussions, the event not only enhanced participants’ technical knowledge but also catalyzed long-term cross-sector collaboration, empowering the industry to continuously deliver highly efficient and resilient built assets in the future.”

Sr WAN Wai Ming, Tony, President of the Hong Kong Institute of Surveyors, noted in his welcome speech, “As the construction landscape undergoes profound shifts, quantity surveyors are evolving from traditional cost guardians into strategic value architects. Under this year’s theme, we gather to explore emerging challenges, tackle critical issues, and seize new opportunities. Together, we redefine our professional identity, share actionable insights, and shape a forward-looking roadmap for the quantity surveying industry in Hong Kong.”

Sr TING Yuen Chun, Eric, Chairman of the HKIS Quantity Surveying Division, acknowledged that the built environment is facing increasingly complex social and economic pressures. He emphasised that these challenges serve as an important reminder that, while technology is a vital enabler of progress, built-environment professionals must continue to apply their expertise and professional judgement, while strengthening collaboration across disciplines, to navigate change and deliver sustainable value to society.

Sr WONG Kin Yan, Winnie, Organising Committee Chair of the Conference stated in her closing remarks, “Developments in Collaborative Contracting, Digital Construction, and Payment Security present an opportunity for our profession to evolve beyond traditional cost management.

Today’s quantity surveyors are increasingly called upon to serve as trusted advisers, driving collaboration, leading digital transformation, and championing transparency and fairness across the entire project lifecycle. By embracing these changes, we can continue to play a pivotal role in delivering sustainable, resilient and high-performing built assets for our community.”

List of Speakers (in order of presentation delivery)

Keynote Speech by Guest of Honour

1. Mr LAU Chun Kit, Ricky, JP, Permanent Secretary for Development (Works), Development Bureau, HKSARG

Session 1: Collaborative Contracting

1. Mr LEUNG Lap Ki, Francis, Team Leader (Trade & Procurement), Development Bureau, HKSARG
2. Sr CHOI Wing Chung, Hayman, Project Strategy and Delivery Leader (Asia), Mott MacDonald Hong Kong Limited
3. Ir LEUNG Cheuk Lun, NEC Strategic Advisor, Civil Engineering and Development Department, HKSARG
4. Ir WANG Yan Hua, Chairman and Managing Director, China Road and Bridge Corporation (Hong Kong)
5. Sr Yau Wan Fong, Deputy Director, WT Partnership (HK) Limited

Session 2: Digital Construction

1. Mr WU Jin Ying, Technical Officer, Glodon (Hong Kong) Software Limited
2. Mr Elvis LI, CEO, isBIM Limited
3. Ir NG Chun Keung, CEO, dRoW Limited
4. Mr Put HUI, Senior Digital Transformation Lead, Innovative Technology, Gammon Construction Limited
5. Mr Ronald CHAN, Head of Sustainability for APAC, Currie & Brown
6. Sr Sunny CHOI, Chairman of Digitalisation Sub-committee, Quantity Surveying Division, The Hong Kong Institute of Surveyors; Past Chairman of Quantity Surveying Division, The Hong Kong Institute of Surveyors (2021-2023)
7. Sr Dr Paul HO, Past Chairman of Quantity Surveying Division, The Hong Kong Institute of Surveyors (2005-2006)

Session 3: Payment Security

1. Sr Tommy CHAN, Executive Director, Arcadis Hong Kong Limited
2. Cr Sr Ir ZA Wai Gin, Tony, Executive Director, Hip Hing Construction Co., Ltd.
3. Sr Hinson CHEUNG, Partner, Pinsent Masons
4. Sr Terry CHAK, Director of North Asia Region, Rider Levett Bucknall Limited
5. Sr TT CHEUNG, BBS, JP, Past President, The Hong Kong Institute of Surveyors
6. Sr CHONG Lui Chuen, Executive Committee Member, CSHK Professional Committee
7. Mr Eric CHUNG, Barrister-at-Law, Pacific Chambers
8. Sr Prof LEUNG Hing Fung, Professor and Head, Department of Law and Business, Hong Kong Shue Yan University; Adjunct Professor, Department of Real Estate and Construction, University of Hong Kong; Barrister-at-law, Arbitrator and Mediator

List of speakers and topics are downloadable here

Conference booklet is downloadable here

High-resolution event photos are downloadable here

Photo Caption:

Hashtag: #surveyor #QS #quantitysurveying

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About the Hong Kong Institute of Surveyors

Established in 1984, The Hong Kong Institute of Surveyors (HKIS) is the only surveying professional body incorporated by ordinance in Hong Kong. As of 30 September 2026, the number of members reached 11248, of which 8301 (FHKIS: 579, MHKIS: 7722) were corporate members, 49 were associate members and 2898 were probationers and students.

HKIS work includes setting standards for professional services and performance, establishing codes of ethics, determining requirements for admission as professional surveyors, and encouraging members to upgrade skills through continuing professional development.

The Institute has an important consultative role in government policy making and on issues affecting the profession. We have advised the government on issues such as building safety and unauthorized building works, problems of property management, town planning and development strategies, construction quality, construction costs and housing problems. We have also issued guidance notes on floor area measurement, real estates valuation and land boundary survey, etc.

We have an established presence in the international arenas, have overseas connections, and have entered into reciprocal agreements with professional surveying and valuation institutes in Australia, Canada, Japan, New Zealand, Singapore, the United Kingdom, and Mainland China recognizing the counterpart’s member’s qualifications. In addition, HKIS is a member of various leading international surveying organisations.

Richard Yu joined Huawei in 1993, working on early developments like the first-generation program-controlled switch and participating in the establishment of Huawei’s wireless communications business, which started with GSM. Over the past decade, Yu has led Huawei’s consumer business with the vision to deliver a seamless AI life experience to all consumers across five key scenarios: HIMA-powered Smart Travel, HarmonyOS Office, Smart Home, Fitness & Health, and Entertainment, which he said is also the long-term strategy for Huawei’s consumer business over the next 10 years.

Between 2007 and 2025, Huawei invested more than CNY1.8 trillion into R&D shifting from roughly 10% of annual revenue in early years to over 20% recently. Huawei has continued to increase investment into the core technologies of the ICT domain and basic research, which has translated into robust core capabilities, extensive intellectual property, and a vast patent portfolio, and helped with achieving a series of breakthroughs in technological innovation.

The Mate 90 series smartphones Huawei just launched come with the latest Kirin 9050 Pro chip. The overall device performance is 31% higher than the previous generation. The Balong modem, image sensor processor (ISP), mobile security processor (MSP), Lingxi CPU, Maleoon GPU, and the NPU that adopts Huawei’s Da Vinci architecture for AI processing are all designed by Huawei. They offer higher energy efficiency and deliver much-improved overall system-level performance.

Even though Yu admitted that Huawei has limited access to advanced semiconductor processes, Huawei recently made a new breakthrough in the semiconductor domain – the LogicFolding technology under the Tau Scaling Law. Unveiled by He Tingbo, head of Huawei’s Semiconductor Business Department this May, this technology vertically stacks the logic layers of chips and restructures the circuit layout through inter-layer high-density interconnect to shorten critical paths and reduce latency. This technology was adopted on Kirin 9050 Pro chip, which shows very strong AI processing power. The Mate 90 series powered by this chip can run a 30B MoE on-device AI model.

In the AI domain, Yu talked about the Ascend compute foundation that Huawei provides, by remarking Huawei’s large models called openPangu, AI capabilities for intelligent driving, and HarmonyOS Celia, which is similar to Gemini in the Google Android ecosystem. Huawei is also using AI to improve the O&M of communications network equipment. By combining AI computing power with domestic open-source large models, Huawei’s vision is to help enterprises and industries around the world to become more productive and bringing more convenience to everyone.

In the past years, Huawei has launched a broad series of products and solutions, including smartphones, PCs, tablets, wearables, TWS audio products, Smart TVs, home routers, smart home control solutions, as well as intelligent electric vehicles together with partners. Underlying these products and solutions are Huawei’s chip hardware platform and HarmonyOS – another OS ecosystem after iOS from Apple and Android from Google that Huawei developed to support all the smart devices and smart hardware across all scenarios.

Development of HarmonyOS began in 2019. Before that, Huawei was a major contributor to the Android community as well as the entire Android ecosystem. Now, more than 90 million devices, including smartphones, PCs, and tablets, currently run on HarmonyOS 6 and HarmonyOS 7. This figure is expected to hit the 100 million mark by the end of this year. The number of apps and services in the HarmonyOS ecosystem has already exceeded 450,000. Its global registered developer count has reached 11 million, and Huawei now has over 23,000 app innovation partners. Expressing his special thanks to all partners and developers for their trust and support, Yu also pointed out that Huawei is considering gradually bringing HarmonyOS to the global market in the future.

Globalization is another topic of the conversation. Yu mentioned that Huawei had very good collaboration with many companies from the US, Europe, Japan, South Korea, and Taiwan, delivering huge business value and benefits to those partners. When it comes to the difficulties that Huawei overcame since 2019, Yu said that relying on homegrown technologies and capabilities, Huawei gradually designed its own operating system and developed basic tools and software by themselves, putting a domestic supply chain in place. In 2023, Huawei started to manufacture the chips used by smartphones domestically again. With these chips and HarmonyOS, and by relying on China’s domestic supply chain, materials, and process nodes, Huawei has basically gotten rid of the dependence on US technologies.

While Huawei’s global market share was once No. 1, nowadays it only sells several million units of smartphones outside China every year. However, Yu revealed that Huawei is trying to return to the overseas market step by step.

Taking wearables as an example, Huawei is No. 1 in terms of the market share both in China and globally. Other innovative products such as TWS earphones, are also growing fast and have reached No. 1 in many countries. While Huawei’s tablet and PC business was greatly affected after it was denied access to Windows and Intel x86 chips, the HarmonyOS-based tablets are now performing strongly. Another example would be CPE, which is a mobile router that provides connectivity to the unconnected in remote and rural areas. These products are also very well received across many regions outside China, helping more people connect to the rest of the world and live better lives.

Question: Both the Huawei XT 2 and the two most advanced models of the Mate 90 series use a LogicFolding chip. Will LogicFolding chips be used for more phones in the future? We understand that Huawei’s chip production capacity is still limited. Huawei has launched SuperPoDs, and AI infrastructure is a huge business. They are both very important in China. How do you secure a larger share of the chip supply internally?

Richard Yu: We started introducing the chip that adopts the LogicFolding technology powered by the Tau Scaling Law to the Mate XT 2 tri-fold phone. To answer your question, yes, more of our phones will definitely use these LogicFolding chips in the future.

Currently, the production capacity for advanced semiconductors in China still cannot meet the rapidly growing demand. Huawei’s Ascend chips for the AI domain also use such capacity. But we have developed a requirement plan, which also covers the chip requirements of smartphones.

The sharp price increase for memory components over the past two years has somewhat limited the smartphone sales volume. Even though the production capacity remains tight right now, generally it is sufficient to meet our market shipment needs.

We hope that production capacity will ramp up in China’s semiconductor industry so that we can manufacture more advanced products for consumers in the Chinese market as well as the overseas market in the future.

To read the full Q&A session:
https://www.apmultimedianewsroom.com/multimedia-newsroom/continuous-innovation-securing-our-competitive-edge-through-technological-breakthroughs

Hashtag: #Huawei

The issuer is solely responsible for the content of this announcement.