Connect with us

Press Release

“Global Design Competition of Intelligent Life” Final Embraced a Successful Close

Published

6 years ago

on

A few days ago, the second round of “Global Design Competition of Intelligent Life” Final embraced a successful close.

Wu Hequan, academician of the Chinese Academy of Engineering, expert in optical fiber transmission network and broadband information network, as well as chairman of the review committee, attended the final and delivered a speech. Jin Huijiang, deputy Party secretary of Jinghai District Committee and chief of Jinghai District People’s Government of Tianjin, PRC, together with deputy chief Zhang Bingzhu attended the final on behalf of the sponsors. Nine senior academicians and experts composed the review committee, namely Tang Kai, Chen Xiangfu, Zhao Xiaofan, Peng Gongbing, Mao Qizhi, Ji Hengkuan, Zhang Hui, Li Xiaodong and Arnaud Dauvillier. Twelve teams at home and abroad, including Huawei, Jingdong Cloud, Tencent, Kingsoft Cloud, Haier and Gree, as well as Insigma, Nokia, Japan Pacific Consultants, RhineScheme GmbH and Archiland, jointly demonstrated a sparkling interaction between intelligent technology and community life on their roadshow at the second round of final.

Through integrating such advanced digital technologies as 5G, artificial intelligence and Internet of Things into their designs, the contestants at the final shared their thoughts and creative ideas about smart community and proposed solutions in turn via sand table, presentation board, video, etc. to convey the design concepts of “green, sharing, interconnection and innovation”. The experts listened carefully, inquired seriously, and expressed their opinions and suggestions on the shortlisted designs.

With the joint efforts of nearly a hundred institutions, twelve superior participating consortia and more than forty top enterprises concerned, “Global Design Competition of Intelligent Life”, dedicated to the profound interaction between 5G and smart life, concluded with winners after thirty-four top experts’ professional review of the collected designs in seven months three times. As the underlying assets of this competition, Jinghai Intelligent Industrial Park is regarded as a pacesetter for innovation in Tianjin and Xiong’an, intelligence center in North China and the core area for developing intelligent technology industry in Jinghai District. The first-rate projects found in this competition appear to be implemented in Jinghai Intelligent Industrial Park to contribute to the upcoming smart life in Jinghai.

About Author

Alex Jacob

Alex Jacob is a literature author. He was born in Chicago. Alex passion is writing news articles. He writes number of articles and published it.

See author's posts

Disclaimer: The views, suggestions, and opinions expressed here are the sole responsibility of the experts. No Digi Observer journalist was involved in the writing and production of this article.

Related Topics:
Continue Reading

Press Release

BingX Evolves into a Multi-Asset Trading Platform, Connecting Users to Global Opportunities

Published

33 minutes ago

on

September 15, 2026

By

PANAMA CITY, Panama, September 15th, 2026, Chainwire

BingX today announced its strategic evolution into a multi-asset trading platform and will further its strategy through “Connect Markets. Unlock Opportunities.”, bringing crypto and traditional markets together through an integrated trading experience. The move reflects BingX’s ambition to help traders identify emerging market opportunities, understand the forces shaping them and act across asset classes through a united platform.

Guided by its mission to empower traders to navigate and act on global markets, BingX envisions a world where every market is within reach. The company’s expanded offering reflects this vision, bringing together crypto and traditional markets in one place as the boundaries between asset classes continue to narrow.

As economic developments, market narratives and investment opportunities become increasingly interconnected, monetary policy, macroeconomic conditions and market sentiment can influence both digital and traditional assets. BingX is expanding beyond its crypto-native foundations, combining broader market access with deep liquidity, AI-powered trading tools and market expertise.

The BingX multi-asset platform is built around four strategic pillars:

Trading: Trade Confidently with Multi-Asset Market Access

BingX combines its crypto-native offering, including crypto futures, spot and copy trading, with an expanding range of TradFi products across stocks, forex, indices and commodities. The platform offers one of the industry’s broadest perpetual futures selections across traditional assets, alongside deep order-book liquidity across selected major TradFi futures assets.

Experience: Connecting Market Intelligence with Execution

AI-powered insights, signals and trading tools help traders navigate market developments and identify potential opportunities. TradingView integration provides advanced charting and analysis, while deep liquidity supports execution across key markets. Together, these capabilities give traders a more direct path from market analysis to execution.

Opportunities: Capture What’s Moving Across Markets

BingX brings together market research, industry expertise, educational resources and community engagement to give traders a broader view of developments across crypto and traditional finance. By covering the narratives and forces shaping different markets, BingX aims to make it easier for users to identify areas of interest and explore opportunities beyond a single asset class.

Reliability: Built on Trust

As BingX broadens its market coverage, reliability remains a core foundation of the platform. BingX supports its trading environment with 100% Proof of Reserves and its Shield Fund. These measures reflect the company’s continued focus on security, transparency and operational resilience as it evolves into a multi-asset trading platform.

“Our evolution into multi-asset is a natural progression for BingX as markets become increasingly interconnected,” said Kevin Lee, Chief Strategy Officer at BingX. “Traders today are not necessarily thinking in terms of one asset class. They are looking at the broader market and considering where conditions, narratives and opportunities are developing. Our role is to give them access, infrastructure and perspective to navigate that landscape from one platform.”

About BingX

Founded in 2018, BingX is the world’s leading multi-asset trading platform, serving more than 40 million users worldwide. From crypto to traditional markets, BingX connects users with a broad range of assets and opportunities across global markets through one unified platform.

With perpetual futures, TradFi offerings, spot trading and copy trading, alongside AI-powered innovations, BingX delivers a reliable, intelligent, and responsive trading experience designed to help traders navigate evolving markets and act on opportunities with greater confidence and efficiency.

BingX has been the Principal Partner of Chelsea FC since 2024 and became the Official Team Partner of Scuderia Ferrari HP in 2026.

For media inquiries, users can contact: media@bingx.com

For more information, users can visit: https://bingx.com/

Contact

BingX Media
BingX
media@bingx.com

About Author

Cloud PR Wire

See author's posts

Disclaimer: The views, suggestions, and opinions expressed here are the sole responsibility of the experts. No Digi Observer journalist was involved in the writing and production of this article.

Continue Reading

Press Release

Driverless Ride-Hailing Race Accelerates as Companies Expand Across U.S. Cities

Published

33 minutes ago

on

September 15, 2026

By

  • Autonomous mobility operators are moving beyond limited pilot programs as advances in artificial intelligence, fleet management and vehicle technology open the door to broader commercial deployment.

Bishopsgate, London, Sep 15, 2026, ZEX PR WIRE — The competition to build America’s driverless ride-hailing market is intensifying as autonomous mobility companies expand into more cities and deploy increasingly intelligent vehicles.

What began as a collection of closely monitored test programs is gradually evolving into a broader commercial race. Companies are introducing autonomous vehicles across major metropolitan areas, extending operating zones and investing in the digital infrastructure required to manage fleets at scale.

The opportunity is substantial. Ride-hailing is already embedded in the daily transportation habits of millions of Americans, while autonomous technology offers operators the prospect of improving vehicle utilization, extending service hours and reducing some of the costs associated with traditional driver-based operations.

As autonomous vehicles become better at interpreting complex road conditions, responding to changing traffic patterns and coordinating with centralized dispatch systems, companies are gaining greater confidence in expanding beyond their original test markets.

Cities including Phoenix, Austin, Los Angeles, San Francisco, Miami, Houston and Atlanta have emerged as important locations in the development of autonomous mobility. Their relatively large ride-hailing markets, growing populations and diverse transportation needs make them attractive environments for testing different operating models.

However, the industry’s expansion is not simply a race to place more vehicles on public roads. Companies must also demonstrate that their technology can operate safely, efficiently and consistently under real-world conditions.

Intelligence Becomes a Competitive Advantage

The next phase of autonomous ride-hailing will be shaped by more than the vehicle’s ability to drive without human intervention.

Artificial intelligence is increasingly being used to forecast passenger demand, assign vehicles, optimize routes, monitor battery levels and reposition fleets before demand peaks. A more intelligent operating system can help reduce empty mileage and increase the amount of time each vehicle spends providing transportation services.

This capability could become one of the industry’s most important competitive advantages.

Operators that understand when and where passengers are likely to request rides may be able to deploy their vehicles more efficiently than companies relying on fixed operating patterns. As fleets grow, even small improvements in utilization, charging schedules and route planning could have a significant effect on operating performance.

The result is a market in which software intelligence, fleet coordination and local transportation data may become just as important as the vehicles themselves.

Carziqo Positions for Broader Mobility Growth

Carziqo, an autonomous mobility technology company founded in 2024, is among the companies seeking to build an integrated model around autonomous ride-hailing, intelligent fleet operations and connected mobility services.

Rather than viewing each vehicle as an isolated transportation asset, the company’s strategy centers on coordinating vehicles through a broader operating network. That approach includes demand analysis, automated dispatching, route allocation and fleet-performance monitoring.

Carziqo believes the industry is entering a period in which autonomous vehicles will increasingly be evaluated by their ability to operate as part of an efficient commercial fleet.

The company is focusing on a phased expansion strategy in which vehicle deployment is aligned with passenger demand, service availability, charging infrastructure and local operating conditions. Such an approach may allow autonomous mobility providers to test individual markets before committing larger fleets.

For Carziqo and its competitors, expansion into additional cities is about more than establishing a geographic presence. Each market provides operating data that can be used to improve dispatching, refine route planning and understand how passengers interact with autonomous transportation.

A Large Market — and a Difficult One to Capture

The potential scale of driverless ride-hailing has attracted automakers, technology companies, fleet operators and mobility startups. Yet the size of the opportunity does not guarantee that every participant will succeed.

Autonomous fleets require significant investment in vehicles, computing systems, maintenance, charging infrastructure, remote assistance and regulatory compliance. Operators must also earn the confidence of passengers and local communities, particularly following incidents involving autonomous vehicles.

Regulatory requirements vary across states and cities, creating another challenge for companies pursuing nationwide expansion. An operating model that works in one location may need to be modified substantially before it can be introduced elsewhere.

Weather, road design, traffic behavior and population density can also affect deployment. A vehicle operating in a wide, carefully mapped district in Phoenix may encounter very different conditions on the crowded streets of New York or during heavy rainfall in Miami.

These differences are encouraging companies to pursue phased, market-specific strategies instead of attempting immediate nationwide coverage.

The Race Is Moving From Technology to Operations

For much of the past decade, the autonomous-vehicle industry was primarily focused on proving that driverless technology could work.

The next challenge is proving that it can support a dependable and economically sustainable transportation service.

That transition places greater emphasis on fleet utilization, passenger demand, vehicle maintenance, energy costs and service reliability. Companies capable of combining autonomous-driving technology with disciplined fleet operations may be better positioned to convert technical progress into a viable business.

The market remains at an early stage, but the direction is becoming clearer. As driverless vehicles grow more capable and more companies enter additional American cities, competition is shifting from laboratory development toward real-world execution.

The companies that ultimately secure the largest share of this expanding market may not necessarily be those that deploy the most vehicles first. Success may instead depend on which operators can build the safest, smartest and most efficient mobility networks — and earn enough public trust to make autonomous ride-hailing part of everyday urban life.

About Author

Cloud PR Wire

See author's posts

Disclaimer: The views, suggestions, and opinions expressed here are the sole responsibility of the experts. No Digi Observer journalist was involved in the writing and production of this article.

Continue Reading

Press Release

Luoyang Easttec Intelligent Technology Co., Ltd Launches SH-FA2436 and SH-FA2442 Tempering Furnaces, Overcoming Key Convection Tempering Challenges

Published

1 hour ago

on

September 15, 2026

By

Luoyang Easttec Intelligent Technology Co., Ltd. launched two new convection glass tempering furnaces, the SH-FA2436 and SH-FA2442. Under CEO Zora, the models overcome key technical challenges such as film oxidation, uneven heating, and deformation control in large-format Low-E glass processing, delivering higher yield and stable optical performance.

Luoyang, China — September 2026 — Luoyang Easttec Intelligent Technology Co., Ltd. announced the official launch of two new convection flat glass tempering furnace models: the SH-FA2436 and SH-FA2442. This product release represents a major achievement in Easttec’s continued pursuit of breakthroughs in glass processing equipment, directly responding to the growing global demand for high-performance Low-E glass, architectural glass, furniture glass, and appliance glass. Built on more than a decade of experience in glass tempering processes and thermal control, the new models have overcome the long-standing technical challenges of traditional radiant heating furnaces in high-end glass processing — including film oxidation, uneven heating, and low yield — by addressing the root causes in heating method, temperature uniformity, and continuous production capability.

Easttec FA series horizontal roller glass tempering furnace - SH-FA2442

The Value of Convection Tempering for High-Performance Glass

Convection tempering furnaces, also known as forced hot air circulation tempering furnaces, represent an important equipment direction developed for high-performance glass processing. Unlike traditional tempering furnaces that rely on radiant heating, convection tempering equipment uses forced hot air circulation convection heating technology combined with radiant heating elements to achieve efficient and uniform heating on both the upper and lower surfaces of the glass. Its core value lies in the fact that for glass products sensitive to heating methods — especially Low-E glass — it effectively avoids film oxidation and uneven heating caused by traditional radiant heating, thereby achieving higher yield and more stable optical performance.

From a materials and process perspective, glass tempering quality depends not only on the heating temperature curve, but also heavily on the uniformity of heat exchange at the glass surface, airflow organization, and the response accuracy of the temperature control system. Easttec’s long-term accumulation in glass tempering equipment enables it to control the glass heating process more precisely from the thermal source, thereby improving the flatness, granularity, and optical performance stability of tempered glass.

Easttec’s Entry Point: Overcoming Technical Challenges from the Thermal Source

Easttec’s more than ten years of deep cultivation in glass tempering equipment provides a unique foundation for its new generation of convection tempering furnaces. Tempered glass performance depends not only on heating and cooling processes, but also on the equipment’s ability to control heat exchange at the glass surface. This profound understanding of thermal processes and material behavior allows Easttec to more precisely control the microscopic stress distribution and macroscopic performance of tempered glass from the early stages of product development.

Under the leadership of CEO Zora, the company has systematically advanced the development of its convection tempering product line in recent years, focusing on overcoming the following key technical challenges:

Challenge of Convection Heating Uniformity: Traditional radiant heating methods are prone to film oxidation and uneven heating when processing Low-E glass, leading to reduced yield and unstable optical performance. Easttec adopts forced hot air circulation convection heating technology combined with radiant heating elements, overcoming the technical bottleneck of efficient and uniform heating on both upper and lower glass surfaces, making it especially suitable for products sensitive to heating methods such as Low-E glass.

Challenge of Stability in Continuous Batch Production: The new models support continuous batch production, solving the problems of temperature control drift and output quality fluctuation during long-term continuous operation of traditional equipment. The tempered glass produced has high flatness, excellent granularity, and stable optical performance, meeting application needs in architecture, furniture, appliances, shower rooms, and other fields.

Challenge of Compatibility with Large and Multiple Specifications: The SH-FA2436 and SH-FA2442 cover two length specifications — 3660 mm and 4200 mm — on a 2440 mm width base, overcoming the challenges of deformation control and uniform heating during the heating and conveying of large-format glass, precisely matching the mainstream size requirements of current architectural curtain walls, commercial windows, and high-end furniture glass. Among them, the SH-FA2442’s processing capability of up to 4200 mm provides strong support for the production of ultra-long windows, partitions, and curtain wall glass.

Challenge of Process Adaptability for Multiple Glass Categories: The equipment is suitable for a wide range of categories including Low-E glass, architectural glass, furniture glass, appliance glass, and shower room glass. It overcomes the process compatibility challenge of different coating types and different glass thicknesses on the same equipment, offering excellent process adaptability and cost-effectiveness in the high-end glass processing market.

Easttec Convection Tempering Furnace Product Series and Applications

According to CEO Zora, Easttec’s entry into the convection tempering furnace field is based on a comprehensive understanding of the entire chain “from thermal process to finished product performance.” She emphasized: “Based on years of experience in glass tempering equipment, we optimize the ‘genes’ of tempered glass from the source of the heating method, overcoming one by one the long-standing industry technical challenges such as film oxidation, uneven heating, and large-format deformation control, precisely matching the stringent requirements for flatness, granularity, and optical performance in the new energy, architecture, and appliance sectors. We are committed to solving practical engineering challenges in industrial settings through solid process breakthroughs.”

Easttec Convection type flat glass tempering furnace

About Luoyang Easttec Intelligent Technology Co., Ltd

Easttec is a high-tech enterprise specializing in the development, manufacturing, and commercialization of glass tempering equipment. Its products are widely used in multiple industrial fields including architecture, furniture, appliances, and shower rooms. With superior product quality and professional technical service, Easttec has earned the trust of customers worldwide. Under the leadership of CEO Zora, Easttec is committed to promoting the advancement of glass processing equipment through continuous technological breakthroughs and contributing to global industrial development.

Media Contact

Organization: Luoyang Easttec Intelligent Technology Co.,Ltd.

Contact Person: Zora Zhou

Website: https://www.glasstemperingmachine.net/

Email:
sales@easttecglass.com

Contact Number: +8613613792540

City: Luoyang

State: Henan

Country: China

Release id: 48969

The post Luoyang Easttec Intelligent Technology Co., Ltd Launches SH-FA2436 and SH-FA2442 Tempering Furnaces, Overcoming Key Convection Tempering Challenges appeared first on King Newswire. This content is provided by a third-party source.. King Newswire makes no warranties or representations in connection with it. King Newswire is a press release distribution agency and does not endorse or verify the claims made in this release. If you have any complaints or copyright concerns related to this article, please contact the company listed in the ‘Media Contact’ section

file

About Author

Cloud PR Wire

See author's posts

Disclaimer: The views, suggestions, and opinions expressed here are the sole responsibility of the experts. No Digi Observer journalist was involved in the writing and production of this article.

Continue Reading

LATEST POST

Like Us
Follow Us
Subscribe Us
Follow Us