Technology
Universal Quick Disconnect (UQD) Coupling for Liquid Cooling Market Projected to Grow at 27.1% CAGR, Reaching USD 1931 Million by 2030 | Valuates Reports
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1 year agoon
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BANGALORE, India, March 13, 2025 /PRNewswire/ — Universal Quick Disconnect (UQD) Coupling for the Liquid Cooling Market is Segmented by Type (Nickel Plated Brass Material, Aluminum Alloy, Stainless Steel Material), by Application (Data Center Liquid Cooling, Supercomputer Liquid Cooling).
The Global Universal Quick Disconnect (UQD) Coupling for Liquid Cooling Market was valued at USD 372 Million in 2023 and is anticipated to reach USD 1931 Million by 2030, witnessing a CAGR of 27.1% during the forecast period 2024-2030.
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Major Factors Driving the Growth of Universal Quick Disconnect (UQD) Coupling for Liquid Cooling Market:
The market for Universal Quick Disconnect (UQD) couplings in liquid cooling is experiencing rapid expansion due to growing applications across multiple industries. From data centers and EVs to industrial cooling and electronics, the demand for efficient thermal management solutions continues to surge. Manufacturers are focusing on innovation, introducing high-performance couplings with enhanced durability, ease of use, and sustainability benefits. With global industries shifting towards liquid cooling solutions, UQD couplings remain a critical component in ensuring efficient and reliable thermal regulation.
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TRENDS INFLUENCING THE GROWTH OF THE UQD COUPLING FOR LIQUID COLLING MARKET:
Nickel-plated brass is a preferred material in Universal Quick Disconnect (UQD) couplings due to its superior corrosion resistance, durability, and thermal conductivity. This material ensures that liquid cooling systems remain efficient and long-lasting, especially in demanding environments such as data centers and industrial applications. Its resistance to oxidation and chemical reactions makes it ideal for handling various coolants without degradation. Additionally, nickel plating enhances the mechanical strength of brass, reducing wear and tear over prolonged use. The ability of nickel-plated brass to maintain structural integrity under extreme temperature conditions is a crucial factor driving its adoption. As industries prioritize sustainability and long-term performance, this material is witnessing a rise in demand for high-precision liquid cooling applications.
Aluminum alloy is increasingly utilized in UQD couplings due to its lightweight properties, high strength-to-weight ratio, and excellent thermal conductivity. These characteristics make it a cost-effective alternative to heavier metals while ensuring efficient heat dissipation in liquid cooling applications. The aerospace, automotive, and electronics industries favor aluminum alloy UQD couplings for their ability to withstand high pressures without compromising efficiency. Additionally, aluminum alloys are highly resistant to corrosion, further extending the lifespan of cooling systems. The recyclability of aluminum also aligns with global sustainability goals, promoting eco-friendly manufacturing practices. As industries shift towards energy-efficient and lightweight materials, the adoption of aluminum alloy in liquid cooling systems continues to grow, significantly boosting the market.
The rapid expansion of data centers and the increasing need for efficient cooling solutions are major drivers of the UQD coupling market. Liquid cooling has become essential for maintaining optimal performance and preventing overheating in high-density computing environments. UQD couplings enable seamless coolant flow, ensuring reliable and leak-free connections in sophisticated cooling infrastructure. The shift towards edge computing, artificial intelligence, and cloud storage has amplified the demand for high-performance cooling solutions. Traditional air cooling is becoming less effective as data centers scale up, making liquid cooling a preferred alternative. UQD couplings facilitate quick installation and maintenance, minimizing downtime while enhancing system efficiency. As data center investments surge globally, the demand for advanced liquid cooling components, including UQD couplings, is expected to rise.
With the growing need for high-performance computing and electronics, efficient cooling systems are more critical than ever. Components like CPUs and GPUs generate significant heat, requiring quick and effective thermal management. UQD couplings play a vital role in ensuring smooth coolant flow, reducing the risk of system failure due to overheating. Industries such as telecommunications, automotive, and manufacturing are actively integrating liquid cooling to enhance efficiency. The push toward reducing carbon footprints has also accelerated the demand for energy-efficient cooling solutions. As cooling needs become more complex, UQD couplings remain an indispensable component in ensuring effective heat dissipation.
The proliferation of artificial intelligence, machine learning, and advanced computing systems has heightened the demand for liquid cooling solutions. High-performance servers, gaming consoles, and industrial automation tools require efficient thermal management for seamless operation. UQD couplings provide a reliable, quick-connect mechanism that ensures uninterrupted cooling in these advanced systems. The growing deployment of 5G infrastructure further fuels this trend, as base stations and network servers require superior cooling mechanisms. As the industry shifts toward more powerful computing applications, the demand for efficient UQD couplings continues to grow.
The rise of electric vehicles has increased the need for efficient battery cooling solutions. UQD couplings play a crucial role in thermal management systems within EVs, preventing overheating and ensuring battery longevity. High-performance EVs require precise temperature control to maintain optimal efficiency and safety. As automotive manufacturers accelerate EV production, demand for advanced liquid cooling technologies, including UQD couplings, is expanding. Governments and environmental policies promoting cleaner transportation further fuel this market growth.
Organizations are prioritizing cost-effective cooling solutions that reduce operational expenses without compromising performance. UQD couplings offer a streamlined approach to liquid cooling, eliminating complex and costly maintenance procedures. The ability to quickly connect and disconnect cooling lines without fluid loss enhances productivity. As industries look for budget-friendly and high-efficiency cooling alternatives, the demand for UQD couplings continues to rise.
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UQD COUPLING FOR LIQUID COLLING MARKET SHARE
North America leads in adoption due to its strong presence in data centers, telecommunications, and advanced computing industries.
Europe follows closely, with significant demand driven by energy-efficient initiatives and the growth of electric vehicles.
The Asia-Pacific region is witnessing the fastest growth, fueled by the rapid expansion of semiconductor manufacturing, automotive electrification, and rising investments in IT infrastructure. Countries like China, Japan, and South Korea are increasingly integrating liquid cooling solutions into high-performance applications.
Key Companies:
Parker HannifinDanfossCejnStaubliColder Product Company (CPC)HydraflexCHUAN CHU INDUSTRIESEnvicoolNorton (Suzhou) Fluid System TechnologyHIK Precision
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DISCOVER MORE INSIGHTS: EXPLORE SIMILAR REPORTS!
– Universal Quick Disconnect Couplings market was valued at USD 586 Million in 2023 and is anticipated to reach USD 838 Million by 2030, witnessing a CAGR of 5.2% during the forecast period 2024-2030.
– Universal Quick Disconnect Blind-Mate (UQDB) market was valued at USD 483 Million in 2023 and is anticipated to reach USD 700 Million by 2030, witnessing a CAGR of 5.2% during the forecast period 2024-2030.
– Liquid Cooling Universal Quick Disconnects (UQDs) market was valued at USD 576 Million in 2023 and is anticipated to reach USD 854 Million by 2030, witnessing a CAGR of 5.6% during the forecast period 2024-2030.
– Dry Breaks and Quick Disconnect Couplings Market
– Quick and Dry Disconnects Hose Couplings Market
– Quick Connectors for Automotive Cooling System Market was valued at USD 185 Million in the year 2024 and is projected to reach a revised size of USD 363 Million by 2031, growing at a CAGR of 10.0% during the forecast period.
– Data Center Liquid Cooling Market
– Liquid Cooling Solutions for Data Centers Market
– Active Liquid Cooling System for Data Center Market
– Direct Liquid Cooling Servers Market
– Liquid Cooling Module Market
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Technology
State Grid Suzhou Power Supply Company: Computing‑Power‑Electricity Coordination Empowers High‑Quality Development of the Computing Industry
Published
59 minutes agoon
September 11, 2026By
SUZHOU, China, Sept. 11, 2026 /PRNewswire/ — Driven by the rapid advancement of artificial intelligence, China has witnessed a surging power demand from the computing industry. In Changshu, Suzhou, the electricity load generated by computing infrastructure has grown remarkably. This summer, power consumption increments from the computing sector have overtaken seasonal air-conditioning loads to become the primary driver of regional electricity consumption growth. Concurrently, China’s ongoing market‑oriented power sector reform is deepening, with a series of policies governing electricity trading, green power and green certificate settlement being rolled out.
The Hongyun Technology (Changshu) Big Data Center, a key provincial digital infrastructure project, is now operating at full capacity, delivering robust computing‑power support for the Yangtze River Delta’s digital economy. State Grid Suzhou Power Supply Company has provided full-cycle, tailored power guarantee services for the project. During the construction phase, the company implemented the “Power-on Upon Arrival” service model and deployed a 110kV dual-power supply system to ensure on-schedule power delivery. After official operation, a 24/7 dedicated operation and maintenance system was established to sustain the stable and reliable performance of the center’s computing businesses.
To support the full roll‑out of market‑based power policies, State Grid Suzhou has proactively partnered with Hongyun Technology to take part in power market seminars. It clarifies key operational points for retail power transactions and green power settlement, and encourages enterprises to optimize energy consumption based on market price signals. During the critical summer peak power consumption period, the two parties further deepened government-enterprise collaboration to tap load regulation potential and build a standardized demand response mechanism. By optimizing refrigeration systems, deploying self-contained power supplies, and scheduling non-urgent computing tasks off-peak, the project has achieved an adjustable load capacity of 13,000 kilowatts without compromising core business operations, enabling rapid load reduction within 30 minutes.
Following the implementation of the new transmission and distribution tariff policy, State Grid Suzhou conducted on-site policy briefings and precise electricity cost calculations for Hongyun Technology, helping the enterprise save over ten million yuan in annual electricity expenses. Both parties continue to conduct in-depth research on green power consumption and digital twin applications for data centers. The collaboration is transforming the traditional one-way power supply relationship into a two-way symbiotic digital energy partnership, setting a replicable practical example for the coordinated development of the new power system and the digital economy.
View original content:https://www.prnewswire.com/apac/news-releases/state-grid-suzhou-power-supply-company-computingpowerelectricity-coordination-empowers-highquality-development-of-the-computing-industry-302876336.html
SOURCE State Grid Suzhou Power Supply Company
Technology
2026 World Laureates Foundation Prize Unveiled in Shanghai
Published
59 minutes agoon
September 11, 2026By
11 WLF Prize laureates; the first time scientists of Chinese descent have been awarded; inaugural WLF Prize for Young Scientists launched.
SHANGHAI, Sept. 11, 2026 /PRNewswire/ — A news report from Yicai Global:
On the morning of September 10, the winners of the 2026 World Laureates Foundation Prize (WLF Prize) were officially announced at the Lingang Center in Shanghai. It is the fifth year of the prize since its establishment in 2021, with 11 scientists honored this year. Notably, the WLF Prize for Young Scientists was awarded for the first time, further highlighting outstanding young scientists from around the world. The award ceremony will be held during the World Laureates Forum from October 30 to November 1.
The 2026 WLF Prize is initiated and organized by the World Laureates Foundation (WLF), with prize funding donated exclusively by HongShan and support from the Shanghai Lingang Science and Technology Innovation and Development Foundation.
WU Xiaohua, Chairman of WLF, said in his opening remarks at the press conference that both the number and the quality of nominations for the 2026 WLF Prize reached a multi-year high. Nominees came from leading universities and research institutions in many different countries and regions, including China, the United States, the United Kingdom, France, and Germany, a testament to the global representation and academic rigor of this year’s nominations. The WLF Prize, he added, has grown into an international science award with broad influence among the world’s top scientists.
I. Honors Unveiled: Three Prizes Recognize Landmark Scientific Breakthroughs
At the press conference, the winners of three categories of the 2026 WLF Prize were announced: one laureate of the WLF Prize in Computer Science or Mathematics (CSM), four laureates of the WLF Prize in Life Science or Medicine (LSM), and six laureates of the inaugural WLF Prize for Young Scientists. Another 10 young researchers were named the WLF Prize for Young Scientist Finalists.
2026 WLF Prize Laureate in Computer Science or Mathematics: Ingrid DAUBECHIES, Duke University. HUA Xiansheng, Executive Director of the Institute of AI for Engineering at Tongji University, announced the laureate and the citation, recognizing her “major contributions in applied harmonic analysis, wavelet theory, and image compression, and her leadership in the international mathematics community.” Michael I. JORDAN, Chair of the WLF Prize Selection Committee in Computer Science or Mathematics, offered an interpretation authoritative assessment of the winner’s work prize-winning work via video. Prof. DAUBECHIES has been responsible for some of the most profound developments in Wavelet theory, most notably the compactly supported continuous wavelet, which gave rigorous mathematical meaning to the notion of locality. Prof. DAUBECHIES will receive a prize of RMB 10 million.
2026 WLF Prize Laureates in Life Science or Medicine: YUAN Junying, Interdisciplinary Research Center on Biology and Chemistry, Shanghai Institute of Organic Chemistry, Chinese Academy of Sciences (CAS), Shanghai, China; WANG Xiaodong, National Institute of Biological Sciences (NIBS), Beijing, China; SHAO Feng, National Institute of Biological Sciences (NIBS), Beijing, China; and Vishva DIXIT, Genentech Inc., USA.
SUN Yongkui, Director of Shanghai Innovative Drug R&D Center, announced the laureates and the citation, honoring them for “elucidating the molecular pathways of distinct forms of programmed cell death, and analyzing the mechanisms through which those pathways govern diverse physiological functions and disease pathogenesis.” Randy SCHEKMAN, Chair of the WLF Prize Selection Committee in Life Science or Medicine, offered an authoritative assessment of the winners’ work via video. The four pioneering scientists were recognized for discoveries that transformed programmed cell death from a set of observed biological phenomena into precisely defined molecular pathways. These four laureates will share a prize of RMB 10 million.
Inaugural WLF Prize for Young Scientists: awarded to six young scientists. PENG Huisheng, Member of the Chinese Academy of Sciences and Vice Chairman of the World Laureates Foundation, announced the winners with their citations. Raphaële Juliette CLÉMENT, Max Planck Institute for Solid State Research, is awarded “for being a leading young researcher in future energy materials, with significant discoveries in solid-state systems for electrochemical energy storage and conversion. She is a core driving force in the R&D of next-generation battery technologies.” CHEN Peining, Fudan University, is awarded “for breaking through the classical structural paradigm of electronic devices, making major contributions in the field of novel flexible electronic materials and devices, and expected to drive transformative development in human-computer interaction technology and industry.” DING Shiqian, Tsinghua University, is awarded “for being a precision explorer of fundamental physics, achieving pioneering experimental results in continuous‑wave vacuum ultraviolet lasers, the thorium‑229 nuclear clock, and nuclear quantum precision measurements.” WU Jiajun, Stanford University, is awarded “for pioneering foundational architectures for the era of embodied intelligence. He develops physically grounded world models that bridge artificial intelligence and the real physical world, with profound implications for the future of robotics, AI4S, and beyond.” XIE Weidi, Shanghai Jiao Tong University, is awarded “for establishing a highly impactful model of AI4S, achieving major breakthroughs in AI-enabled reasoning, diagnosis, and treatment of rare diseases, and translating these advances into tangible real-world impact on healthcare.” ZHUANG Ziquan, Johns Hopkins University, is awarded “for being a leading figure of the new generation of international mathematicians, and for his fundamental contributions to K-stability and high-dimensional birational geometry.” Each of the six laureates will receive RMB 1 million.
Additionally, 10 young researchers were honored as Finalists for the 2026 WLF Prize for Young Scientists: AI Qingyao, Tsinghua University; Cesar DE LA FUENTE, University of Pennsylvania; LI Tingxin, Shanghai Jiao Tong University; LINGHU Changyang, University of Michigan-Ann Arbor; LIN Song, Stanford University; PENG Bo, Fudan University; TIAN He, Tsinghua University; WANG Ye, University of Science and Technology of China; WU Qingqing, Shanghai Jiao Tong University; and ZHU Keren, Fudan University.
II. Five Years On: Four Milestones That Define the Prize
This year marks the fifth year of the prize. Four distinctive features set the 2026 edition apart: for the first time, scientists of Chinese descent have won in the prize’s history; the WLF Prize for Young Scientists is newly established and open to researchers worldwide; both the diversity of the nominees and the innovation of the award mechanism have reached unprecedented levels.
Through five years of efforts, the WLF Prize has become a new benchmark for international awards. The prize was established in Shanghai in 2021. It has recognized 12 scientists in the past four years. With five laureates in the two senior categories and six in the inaugural young scientist category this year, a total of 23 scientists have now received the WLF Prize—a mark of its rising international standing.
The inaugural WLF Prize for Young Scientists embodies the notion that “The future of science lies in the youth.” The new category underscores WLF Prize’s care and support for young researchers. It also aligns with Shanghai’s drive to build a youth-development-oriented city, which offers a more favorable environment for young people to unleash their potential, and echoes Lingang’s vibrant practice of developing a sci-tech innovation city and fostering “a young city, and a city for the young.”
Scientists of Chinese descent win for the first time, taking a historically high proportion. Three of the four laureates in Life Science or Medicine and five of the six laureates of the inaugural WLF Prize for Young Scientists are of Chinese descent. Meanwhile, among all the scientists nominated for the 2026 WLF Prize, those of Chinese descent accounted for more than half, demonstrating their growing engagement and influence in the world’s frontier research fields.
With their eyes on the stars and feet firmly on the ground, global intellect and industrial forces join hands to stride toward the future. Alongside its focus on breakthroughs in frontier basic science, the WLF Prize actively engaged candidates representing emerging industries and future industries, with special attention to disruptive technological change and the commercialization of innovations. From the mechanisms of cell death to next-generation therapies, and from wavelet theory to modern imaging and data technologies, the recognized work continues to supply original innovation to fields including biomedicine and artificial intelligence.
III. Next Stop, Lingang — The 2026 World Laureates Forum to Kick Off in October
The laureates met with the press via video link during the press conference, reflecting on their research careers and looking ahead to what lies ahead.
The WLF Prize recognizes researchers and technology pioneers who have never received a top award such as the Nobel Prize, the Turing Award, the Wolf Prize, the Abel Prize, the Lasker Award, the Canada Gairdner International Award, or the Breakthrough Prize in Life Sciences. The WLF Prize for Young Scientists, launched this year, aims to identify and recognize outstanding and promising young scientists worldwide. It focuses on basic science and interdisciplinary frontier research, and closely follows emerging trends in the formation of new quality productive forces and future technological innovation. Each medal carries not merely honor, but also expectations for the continuous advancement of scientific exploration. The WLF Prize for Young Scientists recognizes the potential of today and looks forward to future growth. Today’s young laureates may well become world-leading scientists who drive major scientific breakthroughs and claim the WLF Prize tomorrow.
The WLF Prize’s forward-looking vision in identifying original achievements has won repeated recognition from the global scientific community. Dirk GÖRLICH, a 2022 WLF Prize laureate, received the 2025 Lasker Basic Medical Research Award, which is widely regarded as a bellwether for the Nobel Prize. Michael I. JORDAN, also a 2022 WLF Prize laureate, was honored with the BBVA Foundation Frontiers of Knowledge Award. Yurii NESTEROV, a 2023 WLF Prize laureate, was awarded the Gauss Prize by the International Congress of Mathematicians in 2026, which is the highest distinction in applied mathematics.
The 2026 WLF Prize award ceremony will be held alongside the opening of the World Laureates Forum, from October 30 to November 1, at the Lingang Center in Shanghai. The laureates will attend the ceremony and Forum sessions, joining discussions under the theme “New Science Paradigm: Break Through for the Next Decade.”
The event was attended by representatives of the Shanghai Association for Science and Technology, Lin-gang Special Area of the China (Shanghai) Pilot Free Trade Zone, HongShan, Fudan University, Shanghai Jiao Tong University, Tongji University, East China Normal University, Shanghai University, Shanghai Lingang Science and Technology Innovation and Development Foundation, and the World Laureates Foundation, along with reporters from more than 20 media outlets.
View original content:https://www.prnewswire.com/news-releases/2026-world-laureates-foundation-prize-unveiled-in-shanghai-302876335.html
SOURCE Yicai Global
Technology
ICICI Prudential Life Insurance unveils ‘ICICI Life Partner Stack 2.0’ to transform digital capabilities of advisors and distribution partners
Published
59 minutes agoon
September 11, 2026By
AI-enabled tools help advisors with product recommendations and personalised quotationsDeeper partner integration supports digital customer servicing and improves productivityDatabase integration helps pre-fill up to 70% of the application form, simplifying onboarding
MUMBAI, India, Sept. 11, 2026 /PRNewswire/ — ICICI Prudential Life Insurance has upgraded its Partner Stack with new capabilities in 2026, positioning it as ‘ICICI Life Partner Stack 2.0’. The stack brings together AI-enabled tools, deeper partner-system integrations and digital capabilities to support the Company’s advisor and distribution network across sales, onboarding and customer servicing.
The upgrade is designed to make the customer journey simpler by enabling advisors and distribution partners to identify relevant solutions, generate quotations, onboard customers and service them digitally. The eQuote App, uses an AI-based product recommender to suggest suitable products based on customer segment and life stage, while also enabling advisors to generate and share personalised quotations. LIVA, an AI-enabled chatbot, offers a conversational interface that helps advisors to access product features and quotations while interacting with customers.
Commenting on ICICI Life Partner Stack 2.0, Mr. Amish Banker, Chief Distribution Officer, ICICI Prudential Life Insurance, said, “Our advisors and distribution partners play an important role in helping customers understand and access life insurance solutions. ICICI Life Partner Stack 2.0 is aimed to give them digital and AI-enabled tools that make everyday operations simpler and customer friendly – from identifying suitable solutions and generating quotations to onboarding and servicing. By integrating these capabilities with partner systems, we are making processes faster and more seamless so our partners can focus on understanding and serving customer needs.”
Partner Stack 2.0 also enables deeper integration with partner systems. Its integration with partner CRM platforms supports better synchronisation and customer journey management. Through API integration, partners can raise customer service requests from their own platforms, these requests are by ICICI Prudential Life Insurance and status updates are shared digitally. Group partners can also use API services to send member details, register claims and share servicing requirements.
The revamped retail and group partner portals give partners access to client details, reports, remuneration details and other servicing capabilities. To simplify onboarding, Partner Stack is integrated with multiple national databases, including UIDAI for Aadhaar, CERSAI for CKYC, Vahan for IDV, GSTN, EPFO, CAS and Perfios. These integrations can pre-fill up to 70% of the application form, reducing the need to collect and upload KYC and income documents.
The platform also provides customers with multiple premium payment options, including ASBA and WhatsApp-based payments. In addition, AI-enabled pre-issuance video verification supports underwriting by strengthening risk and fraud checks.
The scale of the Company’s digital ecosystem is reflected in over 200 partner-system integrations, 99% of business applications being received digitally. Furthermore, in Q1 FY2027, there were 27 million digital service interactions and 54% of savings policy were issued on the same day.
The Company’s focus on technology-led customer servicing is also reflected in its claims experience. ICICI Prudential Life Insurance reported an industry-leading claim settlement ratio of 99.3% in Q1-FY2027, with an average turnaround time of 1 day for non-investigated individual death claims.
About the Company
The Board of Directors recently approved a proposal to rename the Company as ‘ICICI Life Insurance Limited’, subject to relevant approvals. The Company commenced its operations in FY2001 and has consistently been amongst the top life insurance companies in India on sum assured market share and new business premium market share basis.
The Company offers an array of products in the Protection and Savings category which match the different life stage requirements of customers, enabling them to provide a financial safety net to their families as well as achieve their long-term financial goals. The digital platform of the Company provides a paperless buying experience to customers, empowers them to conduct an assortment of self-service transactions, provides a convenient route to make digital payments and facilitates a hassle-free claims settlement process.
The Company operates on the core philosophy of customer-centricity and has developed and implemented various initiatives to provide cost-effective products, superior quality services, consistent fund performance and a hassle-free claim settlement experience to our customers.
At June 30, 2026, the Company had an AUM of Rs. 3.34 lakh crore and a total in-force sum assured of Rs. 48.06 lakh crore. It is also the first insurance Company in India to be listed on both the National Stock Exchange (NSE) Limited and Bombay Stock Exchange (BSE) Limited.
Disclaimer
Except for the historical information contained herein, statements in this release which contain words or phrases such as ‘will’, ‘expected to,’ etc., and similar expressions or variations of such expressions may constitute ‘forward-looking statements’. These forward-looking statements involve a number of risks, uncertainties and other factors that could cause actual results, opportunities and growth potential to differ materially from those suggested by the forward-looking statements. These risks and uncertainties include, but are not limited to, the actual growth in demand for insurance and other financial products and services in the countries that we operate or where a material number of our customers reside, our ability to successfully implement our strategy, including our use of the Internet and other technology, our exploration of merger and acquisition opportunities, our ability to integrate mergers or acquisitions into our operations and manage the risks associated with such acquisitions to achieve our strategic and financial objectives, our growth and expansion in domestic and overseas markets, technological changes, our ability to market new products, the outcome of any legal, tax or regulatory proceedings in India and in other jurisdictions we are or become a party to, the future impact of new accounting standards, our ability to implement our dividend policy, the impact of changes in insurance regulations and other regulatory changes in India and other jurisdictions on us. The Company undertakes no obligation to update forward-looking statements to reflect events or circumstances after the date thereof. This release does not constitute an offer of securities.
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State Grid Suzhou Power Supply Company: Computing‑Power‑Electricity Coordination Empowers High‑Quality Development of the Computing Industry
2026 World Laureates Foundation Prize Unveiled in Shanghai
ICICI Prudential Life Insurance unveils ‘ICICI Life Partner Stack 2.0’ to transform digital capabilities of advisors and distribution partners
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