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• The innovation breakthroughs for pioneering new communications networks include RetinaMIMO, new materials, and OSCAR solution among other root technologies. By tackling coverage, energy consumption, and capacity challenges, the breakthroughs drive ubiquitous experience, simplified and green networks, and superior spectral efficiency. The breakthroughs have unlocked a wealth of new capabilities, including the world’s first commercial U6 GHz device VitaAAU, GigaGreen Plus series, and UBBPi series.
• Huawei promotes A2A-T standards and drives commercial open-source OpenAN through extensive partnerships to build an open telecom agent ecosystem.

SHANGHAI, CHINA – Media OutReach Newswire – 29 October 2026 – At Huawei Decoding China 2026, Fang Xiang, Corporate Vice President and President of Wireless Network Solution of Huawei, unveiled a series of innovation breakthroughs to pioneer new communications networks. The innovation breakthroughs mark major leaps in root technologies focused on ubiquitous experience, simplified and green networks, and superior spectral efficiency. With the breakthroughs, Huawei has launched the world’s first commercial U6 GHz device VitaAAU, GigaGreen Plus series, and UBBPi series. Additionally featuring the new progress in open ecosystem for telecom agents, the breakthroughs will lay a solid foundation for new communications networks.

With booming intelligent devices and services, new devices, traffic, and applications are taking shape in the mobile industry. The new devices are expanding network connectivity from people to things and agents, increasing the number of connections by 100 times. Device-cloud synergy for intelligent services calls for stronger uplink capabilities to support training and inference, shifting network focus from downlink dominance to both uplink and downlink. With new applications, come a diversity of new interaction modes, calling for higher standards in experience and driving networks to support ubiquitous steady ultra-low latency with a high reliability.

As the world steps into an intelligent era, the value of connectivity is not only about quantity—it’s more about quality. This has been inspiring Huawei to convert cutting-edge breakthroughs into the commercial practices of new communications networks by focusing on root technologies for ubiquitous experience, simplified and green networks, and superior spectral efficiency.

Pioneering ubiquitous experience

RetinaMIMO is a new pioneering technology designed to solve the challenge of concurrent ultra-high bandwidth and ubiquitous coverage. It features the industry’s first Retina scanning system that allows RF link topologies to be reconstructed to eliminate coverage collapse in the vertical direction. It also adopts a reconstructed antenna array architecture to address the diminishing marginal gains as array elements (AEs) increase.

Based on RetinaMIMO, Huawei has launched the world’s first commercial U6 GHz device VitaAAU. Compared with similar products with 1024 AEs, VitaAAU widens coverage by about 30%, enabling U6 GHz to match C-band in both horizontal and vertical directions. This enables operators to deliver U6 GHz coverage for new communications networks on their C-band sites, minimizing overall TCO. To date, VitaAAU has seen commercial adoption in the UAE and other markets, with peak downlink speeds exceeding 10 Gbps, making ubiquitous premium experience a reality.

Pioneering simplified, green networks

Huawei’s pioneering EP power amplifier (PA) architecture capitalizes on new materials and technologies to solve the problem of energy efficiency decline on higher frequency bands, maximizing energy conversion efficiency. The industry’s first-ever multimode dielectric filters allow antennas to have small dimensions and low power consumption on multi-channel networks with high frequency bands. Powered by new materials, technologies, and architectures, VitaAAU antenna is reduced to 1.5 m in diameter while supporting “0 Bit 0 Watt 0 Loss”, delivering superior energy saving efficiency. These innovations enable Huawei’s GigaGreen Plus series products to achieve significant reductions in dimensions, weight, and power consumption, better positioned to power simplified and green networks.

Pioneering superior spectral efficiency

Multi-band, multi-cell, and multi-user interference is a major restrictive factor of capacity. The time scaling of the Tau (τ) law is introduced to base stations for the first time to realize optimal dynamic resource scheduling across all domains based on the OSCAR solution. With low-latency bus and high-speed interconnect technology, a high-speed architecture is built to enable the real-time exchange of massive data. Thanks to software and hardware synergy, new UBBPi series products improve average user experience by 1.3 times while reducing power consumption by approximately 40%, further improving spectral and energy efficiency.

Pioneering open-source autonomous networks

Autonomous networks have emerged as an inevitable choice to deal with the growing AI services and increasing network complexity. RANSpirit is another industry first from Huawei, implementing single-domain network autonomy based on the telecom foundation model and digital twins. To date, RANSpirit is serving more than 1.2 million cells across 25 networks around the world, providing assistance to more than 2,000 engineers.

Extensive agent collaboration relies on an open, win-win ecosystem. This galvanizes Huawei to join industry partners to develop ecosystem standards, communities, and industry alliances. In terms of standards, Huawei adapts to the TM Forum, building a cross-agent foundation on the A2A-T standard and framework agreed upon by the industry. In terms of communities, Huawei jointly promotes neutral open-source communities and donates open-source agent components to the Linux Foundation, driving global collaboration and innovation. With regard to industry alliances, Huawei has taken the initiative to pool ecosystem strengths to accelerate business implementation based on the GSMA industry platform.

Fang concluded with the reiteration of Huawei’s unswerving pursuit of dual-drive innovation to promote new breakthroughs in mobile networks and work with partners from around the world to deepen the OpenAN ecosystem, advancing new communications networks through technological innovation and open collaboration.

FAQs

Q1: Why is it challenging to balance ultra-high bandwidth and ubiquitous coverage?

Ultra-high bandwidth depends on higher frequency bands. As we know, a higher frequency leads to a greater propagation loss of electromagnetic waves and a weaker ability for them to penetrate obstacles, because high-frequency signals attenuate fast and have short coverage distances, while ubiquitous coverage requires signals to travel a long distance in complex environments. Inherently, the two priorities pull in sharply opposite directions.

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As global commercial vehicle competition intensifies, international growth requires strong products and manufacturing as well as professional full-lifecycle service. BAIC FOTON’s growing African lineup creates diverse sales, maintenance and technical-support needs, making local talent development essential. Since early 2026, the company has delivered nearly 100 specialized training sessions in key markets, including heavy-duty truck engine disassembly in Argentina, all-electric bus fault diagnosis in Türkiye, and one-day intensive training for five rotating groups in Uruguay. The programs turn headquarters’ technical standards into practical frontline diagnostic and repair skills.

Lu Zhenghua said the center will support Africa’s regional operating system and deeper localization by connecting technical standards, service experience and local team capabilities, while improving coordination among product supply, after-sales support and talent development. Wang Zhuozhong, VP of BAIC FOTON INTERNATIONAL, introduced the center’s background and development plan. Local partners discussed service cooperation, support for service providers and future opportunities.

Centered in South Africa and serving the wider continent, the center will share technical standards and service experience and help dealers improve spare-parts stocking, maintenance processes and response efficiency, advancing standardized, professional services.

The 900-square-meter facility allocates 450 square meters each to theoretical and practical training. A 140-square-meter classroom seats 80, and a 35-square-meter classroom seats 24. Offices and rest areas support five practical zones: complete vehicles, engines, transmissions, electrical and electronic systems, and new-energy vehicles. The facility supports training across BAIC FOTON’s product range and job roles.

After touring the center, Lu Zhenghua and his delegation met local dealers and customers to discuss regional business. African dealers welcomed its contribution to local talent and service capability, and looked forward to deeper technical and business cooperation.

Building on local manufacturing in South Africa, BAIC FOTON is integrating manufacturing, spare-parts supply, after-sales support and professional training. It will continue working with African partners to deepen internationalization and localization and promote high-quality growth across the continent.

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The memorandums of understanding, signed in Tokyo on Wednesday during German Chancellor Friedrich Merz’s visit to Japan, cover superconducting materials and equipment for heating and fuelling plasma. Proxima will collaborate with Fujikura on high-temperature superconducting tape and with Kyoto Fusioneering on specialised reactor systems.

The agreements are preliminary arrangements rather than binding purchase orders or commitments to construct manufacturing facilities. Financial terms and delivery schedules have not been disclosed, leaving the scale of any eventual procurement dependent on further negotiations and technical work.

Under the Fujikura agreement, the companies will examine the feasibility of establishing a factory in the German state of Lower Saxony to manufacture high-temperature superconducting tape, known as HTS tape. The material is used to make powerful magnets that confine extremely hot plasma inside fusion machines.

Proxima estimates that its Alpha demonstration stellarator will require approximately 20,000 kilometres of tape. Each subsequent Stellaris commercial power plant would need around 40,000 kilometres, making dependable manufacturing capacity central to its development plans.

The collaboration follows Proxima’s September memorandum of understanding with Lower Saxony concerning a large-scale European production facility. The proposed project’s first two phases envisage investment of approximately €140 million through 2029, with public and private financing expected to contribute equally. The state has identified €21 million as its intended contribution.

The latest Fujikura arrangement concerns feasibility work and does not establish that the proposed factory has secured final financing, regulatory approvals or a construction timetable. Fujikura already manufactures superconducting tape and supplies other fusion developers, giving it industrial experience in a material whose production requires demanding quality controls.

Fujikura announced in September a separate long-term agreement to supply more than 10,000 kilometres of superconducting tape to US-based Commonwealth Fusion Systems for its planned ARC power plants. That contract also involves expansion of the Japanese manufacturer’s production capacity.

Proxima’s second agreement brings Kyoto Fusioneering into work on gyrotrons, devices that generate high-power microwaves to heat plasma, and fuel-cycle technology used to manage the hydrogen isotopes required for fusion reactions. Both systems are essential to operating a reactor beyond the magnetic confinement stage.

Kyoto Fusioneering is also expected to contribute technology to Germany’s national Fusion Hubs programme, which was launched with an initial €125 million in research funding. The collaboration connects a Japanese supplier specialising in fusion engineering with Proxima’s reactor development and Germany’s broader industrial research effort.

The company has experience developing plasma-heating equipment and integrated fuel-handling technologies. Its engineering activities include work on gyrotrons and experimental systems designed to test processes needed for future fusion plants. The agreement with Proxima does not itself constitute a confirmed equipment delivery.

Proxima develops stellarators, a type of fusion device that uses carefully shaped magnetic fields to hold plasma in place. Its approach differs from the tokamak configuration pursued by several other fusion developers, although both depend on advanced magnets and systems capable of sustaining demanding operating conditions.

The company’s Alpha demonstrator is intended to operate in the early 2030s and test whether its stellarator design can achieve net energy gain from fusion. Its Stellaris concept is intended as a subsequent electricity-producing plant at Gundremmingen, the site of a former nuclear power station in Bavaria.

Proxima raised €411 million in July to support its development programme. The company emerged from the Max Planck Institute for Plasma Physics in 2023 and has assembled partnerships with engineering and manufacturing businesses as it moves towards constructing its first major machine.

Neither the Alpha timetable nor the commercial ambitions establish that fusion electricity production has been demonstrated at an economically viable scale. Substantial engineering, testing and regulatory work remains before a commercial plant can supply electricity to the grid.

The company’s manufacturing strategy also reflects the substantial quantities of specialised materials required for stellarator construction. Superconducting tape must meet stringent performance specifications, including its ability to carry large electrical currents while exposed to strong magnetic fields and extremely low temperatures.

Fujikura and Kyoto Fusioneering were already listed among participants in Proxima’s Alpha Alliance, an industrial network bringing together companies with expertise in materials, components and reactor engineering. The new memorandums identify more specific areas for cooperation within that wider group.

According to data from Frost & Sullivan, GREE’s leading position in the global Premium residential air conditioning market is built upon comprehensive superiority in core product performance. Consumers in the Premium segment do not pay merely for a “higher price tag”, instead, they choose products that offer superior usage experiences, more durable and stable operation, and outstanding energy-saving performance. GREE’s widespread recognition in this market is fundamentally rooted in its years of deep cultivation in energy efficiency technology, noise reduction technology, and comfortable airflow technologies. These technologies have passed the most demanding user tests across diverse scenarios in different countries and regions.

Winning recognition in the global premium market ultimately relies on what the product itself says. GREE’s reputation for quality among global consumers stems from sustained investments in core technologies, superior user experiences, and user value over many years.

To address the harsh challenges posed by diverse global climates, GREE independently developed a matrix of core compressor technologies covering all climatic zones. The Timo series, equipped with G-Boost single-stage enthalpy-adding compressors, was specifically developed for extremely hot regions like the Middle East. It remains reliable operation even at ambient temperature of 68℃, achieving non-declining cooling performance at 54℃. The Airy series pioneered the commercialization of ultra-wide frequency rotary compressors, capable of continuous heating for 10 hours without defrosting, improving the seasonal energy efficiency ratio (SEER) by 9.5% to 16.7%. The S-cool series, equipped with G-Hyper dual-cylinder two-stage compressors, was crafted for extremely cold regions such as Northern Europe and North America. It operates stably within an ultra-wide temperature range of -40℃ to 54℃, achieving industry breakthroughs of “non-declining heating at -25℃ and non-declining cooling at 46℃”. These three compressor technologies provide “all-climate comfort” solutions for users in different climate belts through their respective differentiated technical paths.

In key dimensions of user experience, GREE also addresses consumer pain points with hardcore technology. The newly launched 2026 “Ai Silent King” features GREE’s self-developed AI energy-saving chip. Paired with artificial intelligence algorithms, it saves energy from the moment it is turned on, improving annual energy efficiency by 23%. Meanwhile, GREE’s SilenzX series air conditioners achieve ultra-low sound pressure levels of just 29 dB(A) for the outdoor unit and 15 dB(A) for the indoor unit—far below the industry average. This achievement earned the Gold Medal at the 51st International Exhibition of Inventions of Geneva, marking GREE’s leadership in the field of noise reduction technology globally.

From compressors to whole unit systems, from AI energy saving to quiet technology, GREE has built the core competitiveness of Premium products through solid technological accumulation and continuous innovation breakthroughs, creating truly high-quality air experiences for global users.

As of July, GREE holds 50 “world-leading” technologies. From residential air conditioners to central air conditioning systems, from single-refrigerant systems to solutions covering all climatic zones, GREE has constructed a complete, autonomous, and controllable technology matrix. It is this systemic innovative capability that allows GREE to maintain rapid response and technical adaptation capabilities in the face of differentiated needs across global markets.

Currently, GREE products serve more than 190 countries and regions worldwide. By adhering to serving users with core technologies and high-quality service, GREE continues to meet people’s pursuit of a better life. Honors are witnesses to the past, and innovation is the eternal coordinate. Standing at a new starting point, GREE Electric Appliances will continue to drive high-quality development through independent innovation, moving from “scale leadership” to “value guidance,” and from “Chinese Manufacturing” to “Global Brand”, thus achieving “Made in China, Loved by the World”.

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The 30-share BSE Sensex fell 0.16 per cent to 73,497.28, while the NSE Nifty 50 slipped 0.06 per cent to 22,738.55 during Tuesday’s trading. Losses were concentrated in technology stocks, although gains in several consumer and industrial companies helped contain the decline.

The Nifty IT index dropped approximately 1.8 per cent, making technology one of the weakest sectors. Infosys shares declined 2.8 per cent after the company lowered its revenue growth guidance for the financial year ending March 2027, prompting investors to reassess earnings expectations.

Other major technology companies also faced selling pressure. Tata Consultancy Services and HCL Technologies traded lower as investors examined the implications of weaker growth expectations for outsourcing companies dependent on overseas corporate spending.

Crude oil prices remained another concern. Brent crude hovered near $115 a barrel, close to its highest level in six months, following attacks on Saudi Arabia that intensified concerns about energy supplies and geopolitical tensions across West Asia.

Elevated petroleum prices present significant challenges for India’s economy because the country depends heavily on imported crude. Sustained increases can raise transportation and manufacturing costs, complicate inflation management and weaken profit margins for companies unable to pass additional expenses to customers.

Oil-sensitive businesses, including airlines, paint manufacturers, tyre producers and petroleum marketing companies, face particular exposure to changes in energy prices. Investors are monitoring whether higher input costs will affect corporate earnings during the current reporting season.

Attention has also shifted towards the Federal Reserve’s two-day policy meeting, which begins on Tuesday and concludes on Wednesday. Financial markets broadly expect the central bank to maintain its benchmark interest rate at 3.75 to 4 per cent.

The accompanying policy statement and remarks from Federal Reserve Chairman Kevin Warsh will be examined for indications of future interest rate adjustments, particularly whether persistent inflation could require additional monetary tightening.

Higher US interest rates can influence investment flows towards dollar-denominated assets, potentially reducing foreign portfolio investment in emerging markets. Changes in American Treasury yields and the dollar’s exchange rate therefore remain important considerations for domestic equities.

Ponmudi R, chief executive of Enrich Money, has identified elevated crude prices, geopolitical uncertainty and the Federal Reserve’s policy outlook as major influences on market sentiment. He has cautioned that tighter American monetary conditions could constrain foreign investment flows.

Tuesday’s weakness followed a recovery in the previous session, when the Sensex advanced 482.92 points to close at 73,606.75 and the Nifty gained 153.20 points to finish at 22,753.20.

Monday’s advance ended four consecutive sessions of losses, during which the Sensex had declined 2.15 per cent and the Nifty 2.36 per cent. The rebound reflected renewed buying in selected companies after the earlier market correction.

Despite Tuesday’s benchmark declines, broader market performance remained comparatively resilient. Small-cap shares gained approximately 1.7 per cent, while mid-cap stocks advanced around 0.5 per cent, indicating that selling pressure was not uniformly distributed.

Company-specific earnings developments also generated substantial movements. Tata Consumer Products rose approximately 5.9 per cent after reporting quarterly profits that exceeded market expectations, attracting buying interest despite the weakness in benchmark indices.

Automotive components manufacturer Sona BLW Precision Forgings advanced around 6.3 per cent following improvements in quarterly revenue and earnings. The gains demonstrated continued investor interest in companies delivering stronger operating results.

Astec Lifesciences, meanwhile, declined approximately 2.5 per cent after reporting lower quarterly profits, reflecting the market’s selective response to corporate financial disclosures.

Institutional investment patterns remained under scrutiny. Exchange data showed foreign portfolio investors sold shares worth approximately Rs 1,462.49 crore on Monday, while domestic institutional investors purchased equities valued at Rs 2,609.57 crore.

Domestic institutional buying helped support Monday’s recovery, although foreign investment decisions remain sensitive to international interest rates, currency movements and geopolitical developments.

Market participants are also awaiting September industrial production figures, scheduled for Wednesday, alongside further quarterly earnings announcements from major listed companies.

The October monthly expiry of Nifty derivatives contracts falls on Tuesday, adding another trading consideration as investors adjust outstanding positions before settlement.

By Ashok Nilakantan Ayers WASHINGTON: The final week of America’s 2026 midterm election campaign has become a high-stakes confrontation between President Donald Trump and a Democratic opposition seeking to turn voter dissatisfaction over the economy into control of Congress. Neither Trump nor former president Barack Obama is on the ballot. Yet both are criss-crossing the […]

The article Barack Obama Imparts Big Momentum To Democratic Campaign In Last Phase appeared first on Latest India news, analysis and reports on Newspack by India Press Agency).

300+ AI Applications Delivering Surges in Core Metrics and Annual Cost Reduction of Over CNY100 Million (Approx. US$15 Million)

NANJING, CHINA – Media OutReach Newswire – 26 October 2026 – Nanjing Iron & Steel Co., Ltd. (NISCO) has worked with Huawei and ecosystem partners to commercially deploy the world’s first steel model powered by swarm intelligence—the YuanYe Steel Large Model (YuanYe)—across multiple scenarios at scale. This helps NISCO transition its core operations from relying on experience to being powered by data and intelligence collaboration.

As a traditional manufacturer navigating the challenges of transformation and cost efficiency, NISCO has built a robust digital and intelligent foundation by adopting industry-leading products including Ascend, Kunpeng, Huawei Cloud Stack, and Pangu models. By embedding AI into every core stage of production—ironmaking, steelmaking, rolling, and quality inspection—NISCO is forging green and high-end AI-powered super steel plants.

Unlike general-purpose monolithic models, YuanYe innovatively fuses multiple AI models with the steel industry’s metallurgical mechanism models to create a dual-drive, multi-model cluster architecture. This architecture features a “right brain” for probabilistic computing and a “left brain” for precise and scientific decision-making. Powered by massive amounts of sensing data aggregated from millions of operational technology (OT) data points across 26 business domains, NISCO has achieved real-time digital twin mapping within its intelligent operations center, laying solid data and scenario foundations for YuanYe. This enables the entire steelmaking process to become not only visible, but also capable of precise control and intelligent assessment. Now 100% of NISCO’s key equipment is connected and digitally controlled and its new product R&D cycles have been shortened by 50%, reducing annual costs by over CNY100 million (approx. US$15 million).

As the model continues to iterate, NISCO had launched 25 business agents by October 2026. These agents cover a wide range of scenarios, from visual quality inspection and process optimization to production scheduling and operations management, setting a new benchmark for digital and intelligent steel transformation.

Breakthroughs in four core scenarios: YuanYe redefines traditional operations for significant safety, efficiency, and quality gains

• In the ironmaking stage, AI makes traditionally invisible blast furnaces transparent. YuanYe leverages blast furnaces’ internal sensor data and metallurgical mechanism analysis to perform real-time dynamic simulations of the ironmaking process. Assisted by furnace temperature prediction and health diagnosis models, furnace operators can predict temperatures and identify issues two hours in advance, with over 90% accuracy. This shifts furnace operations from reactive post-event remediation to proactive pre-control, increasing prime-grade molten iron yield by over 10% while significantly cutting unit energy consumption.
• In the rolling stage, AI drives precise predictions and codifies expert experience to enhance the operational stability of steel rolling and secure leadership in product quality. To tackle the highly dynamic and complex operating conditions during the rolling process, YuanYe’s rolling-force prediction model achieves millisecond-level response, narrowing the thickness tolerance to ±0.2 mm and reducing the steel thickness deviation to 1.9% to reach a world-leading standard. The rolling-force hit rate has jumped from 88% to 98%, supporting a steady annual output of over 2.5 million tons of steel plates and increasing the overall yield rate by 0.5%. Enhanced dimensional precision and physical-chemical stability allow NISCO’s products to meet demanding steel specifications across diverse applications, ranging from mega stadiums and oil pipelines to 10,000-ton cruise ships and LNG storage tanks.

• In quality inspection, the synergy between robots and AI models serves as a discerning “eagle eye”, doubling metallographic inspection efficiency. During metallographic inspection for finished steel, the integrated smart metallographic inspection system built on YuanYe has achieved full-process automation, covering sample grinding and polishing, image acquisition, and smart grading. Inspection accuracy has risen to over 95%, while per-sample inspection time has been shortened from 10 minutes down to 3–5 minutes. This 80% increase in overall inspection efficiency frees human operators to focus on anomaly analysis and high-level decision-making.
• In the energy and environmental control stage, NISCO leverages the YuanYe architecture to develop the S-Link Intelligent Agent for Gas and Flue Gas Sulfur Control. Integrating 602 process parameters alongside multi-modal image and knowledge capabilities, the agent achieves a smart closed loop across source prediction, process optimization, and end-of-pipe compliance. By combining mechanism inversion with time-series forecasting, it issues precise sulfur-risk warnings one hour in advance, achieving a sulfur prediction accuracy of over 95%. Operational optimization algorithms then calculate the optimal gas blending scheme within seconds. Finally, game-theoretic models dynamically allocate emission quotas, slashing natural gas co-firing consumption by nearly 50%. This has reduced downtime caused by emission exceedance by over 25%, and delivered more than CNY600,000 (approx. US$90,000) in annual economic benefits—securing both environmental compliance and drastic cost reduction.

From automating labor to empowering people: Defining a new paradigm of inclusive AI

Li Jinyan, General Manager of the Digital and Intelligent Integrated Development Department and Director of the AI Research Institute at NISCO, said: “Digital and intelligent transformation is inherently human-centric. Its purpose is not to replace people, but to unleash human potential. Our goal is to lift employees out of the endless sea of data, empowering them to direct their creative energy toward work of higher value.” To date, NISCO has deployed over 300 AI models across its plants, alongside more than 1,000 low-code agents and lightweight applications built independently by frontline employees.

As Cheng Yongfu, Senior Industrial Solution Expert at Huawei’s Steel & Non-ferrous BU, noted: “The real value of industrial AI can only be realized when it expands from single-point applications to comprehensive integration with production, operations, and management, which can unlock sustained, scalable empowerment.”

Looking ahead, as model deployment expands and computing demands continue to grow, NISCO will team up with Huawei and other partners to explore the construction of dedicated data centers for smart steel plants. Centered on the AI-native three-tier architecture (AI-native OS, AI-native factory, and AI-native enterprise) and powered by the YuanYe model, NISCO is accelerating high-quality steel development, aiming to provide a replicable and scalable benchmark for the digital and intelligent transformation of the global steel and manufacturing industries.

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