Press Release
AI-Powered Autonomous Ride-Hailing Expands: How Apollo Go and Waymo Are Reshaping Urban Mobility
How Autonomous Driving is 10x Safer, More Efficient, and Sustainable in Urban Mobility
China, 19th Mar 2025 – As artificial intelligence continues to redefine industries, the transportation sector is experiencing a major shift. Autonomous driving technology is moving toward large-scale implementation, with industry leaders actively rolling out services in multiple cities. Among them, Google’s Waymo and Baidu’s Apollo Go are at the forefront, driving the future of autonomous mobility.
Waymo, a trailblazer in autonomous driving, has launched commercial ride-hailing operations in four major U.S. cities, providing approximately 150,000 rides per week. With plans to expand testing to over 10 additional cities, including Las Vegas and San Diego, Waymo is accelerating its dominance in the U.S. market.
Meanwhile, Baidu’s Apollo Go has solidified its position as China’s leading autonomous ride-hailing service. By February 2025, Apollo Go achieved fully driverless operations across China, removing the need for safety drivers. According to Baidu’s latest data, Apollo Go completed 1.1 million rides in Q4 2024, averaging 12,000 rides per day, placing it among the world’s largest autonomous ride-hailing providers. Together, Waymo and Apollo Go are shaping the next chapter of AI-driven mobility in the U.S. and China.
The Technology Behind Large-Scale Deployment
When autonomous driving reaches a scale of tens of thousands of rides per day, efficient operations become essential. The RT6, powered by Baidu’s 6th generation Apollo autonomous driving system, is one of Apollo Go’s key enablers for high-efficiency deployment. This fully autonomous vehicle is equipped with advanced battery-swapping technology, allowing each car to recharge in under four minutes, maximizing service capacity.
Additionally, the RT6 features full-dimensional redundancy and a six-layered Multi-Redundant Control (MRC) safety strategy, ensuring comprehensive safety across all critical systems. With these innovations, Apollo Go can reduce management and operating costs by 60% and 40%, respectively, while delivering competitive and scalable services across more regions and cities.
Global Market Growth: Right-Hand Drive Markets and Middle Eastern Opportunities
The global deployment of autonomous mobility is attracting significant investments from both the public and private sectors. According to the Hong Kong Transport Department, Apollo Go successfully obtained Hong Kong’s first batch of autonomous vehicle pilot licenses in 2024, marking its first attempt in right-hand drive, left-hand traffic regions. The right-hand drive markets, including the UK, Singapore, Japan, and Australia, represent a third of the global automotive market.
Meanwhile, Waymo is also expanding internationally. In 2025, Waymo will launch its first autonomous taxi fleet in Tokyo, partnering with Japan’s largest taxi company, Nihon Kotsu, and the GO mobility platform. This move signals growing confidence in autonomous mobility beyond U.S. borders.
The Middle East is also emerging as a key player in AI-powered transportation. At the World Government Summit (WGS) in Dubai, Baidu Co-founder and CEO Robin Li highlighted the long-term benefits of AI in transportation, while the UAE Minister of State for Artificial Intelligence proposed a fully autonomous vehicle fleet for future WGS events, potentially supported by Apollo Go’s technology.
The Future of Urban Mobility: Safety, Comfort, and Smart Features
As cities worldwide accelerate the integration of autonomous driving technology into their infrastructure, autonomous mobility is becoming a key investment focus. Governments, particularly in China and the U.S., are fast-tracking policies to support AI-driven transportation.
For Apollo Go and Waymo, adapting swiftly to unfamiliar environments presents a significant challenge, as no two cities have identical traffic conditions.
However, one universal expectation among urban passengers is a safe and comfortable ride. To meet this demand, Apollo Go has equipped its vehicles with interactive voice control, massage seats, and remote climate adjustment—enhancing the passenger experience with intelligent, user-friendly features.
The global autonomous mobility revolution is no longer a distant vision—it’s happening now. Companies like Apollo Go and Waymo are proving that AI-driven transportation is not just about technology—it’s about real-world impact. As more cities invest in autonomous mobility, the future of urban transportation is being rewritten—one self-driving ride at a time.
Apollo Go, also known as Luobo Kuaipao, is Baidu’s autonomous ride-hailing service and one of the world’s leading players in large-scale self-driving mobility solutions. As China’s first fully driverless commercial Robotaxi service, Apollo Go is pioneering the integration of AI, big data, and automation to build the smart cities of the future.
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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.
Press Release
ZSN3 Series High Power Power Supply Products
High power supply: ZSN3 series from Zhejiang Leyu Electric Co., Ltd. – ideal for industry and scientific research
In modern industry and scientific research, high power supply is an indispensable core equipment. It provides stable and reliable power support for various high-energy consumption systems and precision instruments, ensuring production efficiency and experimental accuracy. As a leading company in the field of power supply solutions, the ZSN3 series of high power supply launched by Zhejiang Leyu Electric Co., Ltd. has become a star product in the market with its excellent technical performance and diverse application scenarios. This article will discuss in detail the definition, technical specifications, application scenarios and purchase recommendations of high power supply to help users better understand and choose the power supply equipment that suits them.
Definition of high-power power supply
High-power power supply refers to power supply equipment with output power usually ranging from several kilowatts (kW) to tens of kilowatts or even higher. Unlike ordinary household power supplies, high-power power supplies are designed for large equipment and complex systems, and can provide high voltage, high current, and maintain extremely high stability. They play a key role in industrial automation, scientific research experiments, and new energy. Zhejiang Leyu Electric Co., Ltd.’s ZSN3 series is a representative product in this field, and its design fully meets the dual needs of high output power and stability.
Technical Specifications
The ZSN3 series high-power power supply adopts advanced power electronics technology and has the following core technical specifications:
* Output power: ranging from 10kW to 100kW, which can be flexibly selected according to user needs.
* Voltage range: 0-1000V, the output voltage is adjustable, suitable for a variety of devices.
* Current range: 0-100A, the current output is also adjustable, providing greater flexibility.
* Efficiency: up to 95%, energy saving and environmental protection, reducing long-term operating costs.
* Stability: voltage fluctuation is less than 0.1%, and current fluctuation is less than 0.5%, ensuring accurate and reliable power output.
* Protection function: built-in overvoltage, overcurrent, overheating and other multiple protection mechanisms to ensure the safety of equipment and users.
The following is the technical parameter table of the ZSN3 series:
ZSN3-5K0 series
These technical features make the ZSN3 series stand out in the high-power power supply market and become the first choice for industrial and scientific research users.
Application scenarios
The ZSN3 series high-power power supply is widely used in the following fields due to its superior performance:
Industrial automation
In industrial production, large-scale mechanical equipment and automated production lines require stable power support. The ZSN3 series can provide high-output power for motors, robots and processing equipment to ensure efficient and smooth production processes. For example, in the field of automobile manufacturing, the ZSN3 series is used to drive heavy equipment on assembly lines.
Scientific research experiments
In scientific research fields such as physics, chemistry and materials science, many experimental equipment (such as particle accelerators and lasers) have extremely high requirements for the voltage and current accuracy of the power supply. The high stability and adjustability of the ZSN3 series make it an ideal choice in the laboratory.
New energy systems
In the field of new energy such as solar and wind energy, high-power power supplies are often used as core components of inverters or chargers. The ZSN3 series can efficiently convert and distribute electricity to support the development and application of renewable energy.
Purchase suggestions
Choosing a suitable high-power power supply requires comprehensive consideration of multiple factors. Here are some practical suggestions:
* Power requirements: First, clarify the power requirements of the device and choose a model with matching output power. For example, a 10kW model can be selected for small and medium-sized equipment, while a large system may require 50kW or more.
* Voltage and current range: Make sure the output range of the power supply covers the working requirements of the equipment to avoid performance problems caused by parameter mismatch.
* Stability: A high-stability power supply can reduce the failure rate of equipment and extend its service life. The low fluctuation characteristics of the ZSN3 series are an important advantage.
* Protection function: The perfect overload protection function can effectively prevent accidental damage, especially in scenarios with long-term operation.
* Brand reputation: Choosing a brand with a good reputation like Zhejiang Leyu Electric Co., Ltd. can not only guarantee product quality, but also enjoy reliable after-sales service.
Customer reviews and success stories
To enhance user trust, here is a review of the ZSN3 series by an actual user:
“We use the ZSN3 series high-power power supply on our automated production line, and it has never failed in more than a year. Its stability has greatly improved our production efficiency, and it is really trustworthy!”
—An engineer at an automobile manufacturing plant
In addition, in a well-known scientific research institution, the ZSN3 series is used to support high-energy physics experiments. Researchers said that its precise voltage control and efficient heat dissipation design significantly improved the reliability of experimental data.
Installation and Usage Support
To help users get started quickly, Zhejiang Leyu Electric Co., Ltd. provides a detailed installation video tutorial for the ZSN3 series. The video covers the complete process from unpacking inspection to wiring installation, ensuring that users can complete equipment deployment safely and efficiently.
Conclusion
Whether in industrial automation, scientific research experiments or new energy fields, Zhejiang Leyu Electric Co., Ltd.’s ZSN3 series high-power power supplies have demonstrated unparalleled performance and reliability. Its high output power, high stability and diverse application scenarios make it an ideal choice for users when choosing a high power power supply. Through reasonable purchase and use, the ZSN3 series can not only meet current power needs, but also provide solid support for future technology upgrades.
Media contact
Company Name : LEYU
Contact Person: Marketing Team
Email: sales@leyuelec.com
Tele: +86-577-6299-8958
Website: http://leyuelec.com/
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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.
Press Release
The Ultimate Weapon of Smart Money: How AlphaHive Helps Ordinary Investors Grasp the Market Opportunities
In the crypto market, information asymmetry has always been the biggest pain point for ordinary investors. The high volatility of the market, lack of transparency, and the increasing number of asset types make it difficult for investors to accurately judge market trends and obtain stable Alpha (excess returns). At the same time, Smart Money – professional investment institutions or individual investors with a deep investment research background, information advantages and strong capital strength, can cross the bull and bear markets, accurately capture market opportunities, and achieve returns far exceeding those of ordinary investors.
But are ordinary investors destined to be passive followers of the market? AlphaHive empowers ordinary investors with the ability to master smart money strategies through smart trading tools, on-chain data analysis and social mining, making decentralized finance truly democratized. Whether you are a senior trader or an investor who has just entered the Web3 world, you can enjoy institutional-level market insights and investment decision support through AlphaHive, truly become an Alpha hunter, and reap the market’s excess returns.
Core characteristics of smart money
In traditional financial markets, institutional investors have always dominated the market with data analysis, internal information and quantitative trading strategies. Smart money is a collection of these professional investors, and they often have the following characteristics:
First, information advantage. Smart money can obtain market data, industry trends, policy trends and other information that ordinary investors cannot easily obtain.
Second, capital advantage. Smart money has a large capital scale, which can support it to carry out more complex trading strategies, such as quantitative trading, high-frequency trading, arbitrage strategies, etc.
Third, strategic advantage. Smart money’s investment decisions are based on a mature investment research system, and its trading strategies are far more reliable than the subjective judgment of ordinary investors after historical data backtesting and market testing.
However, this information and strategies are often monopolized by smart money, and ordinary investors are difficult to obtain directly, resulting in serious information asymmetry in the market and a profit gap between smart money and retail investors. AlphaHive bridges this gap through technical means, allowing ordinary investors to obtain corresponding market advantages.
How AlphaHive helps ordinary investors track smart money
AlphaHive helps ordinary investors obtain trading signals from smart money and convert this information into actual investment returns through core functions such as on-chain data analysis, smart trading tools and social mining.
AlphaHive HiveSignal provides on-chain data analysis services, tracks the flow of smart money funds in real time, and provides valuable market insights. By intelligently monitoring whale wallets, users can track the flow of funds from well-known institutions and large wallet addresses. HiveSignal can also push signals in time when smart money buys or sells a certain asset on a large scale, helping users to respond quickly. In addition, the system can also combine social data to analyze market hotspots and assist investment decisions.
SwarmTrade is AlphaHive’s core trading tool, which supports users to automatically execute smart money’s trading strategies and reduce the complexity of transaction execution. Users can use SwarmTrade to copy the strategies of top traders with one click, and smart contracts automatically synchronize transactions without manual operation. The system also supports smart arbitrage functions, which use price differences in the DeFi ecosystem for arbitrage and improve transaction efficiency. In addition, SwarmTrade also provides strategy pool management, where users can choose trading strategies with different risk preferences and manage their own investment portfolios in a personalized way.
AlphaHive encourages users to share market information and investment insights through a social mining mechanism to build a “swarm intelligence” ecosystem. Users can get $Pollen token rewards by publishing market analysis, liking interactions, and sharing Alpha signals. This not only enhances information sharing among users, but also promotes the circulation of knowledge throughout the AlphaHive community and improves collective investment capabilities.
AlphaHive’s unique competitive advantage
In the fields of DeFi and SocialFi, although there are some well-known projects that provide trading tools or social functions, AlphaHive has an incomparable competitive advantage:
AlphaHive combines on-chain data analysis, smart trading, and social mining to build a closed-loop ecosystem. Compared with other DeFi platforms that only provide trading tools, AlphaHive provides market intelligence analysis through HiveSignal, SwarmTrade is responsible for strategy execution, Social Mining promotes community interaction, and DAO governance ensures long-term fairness, forming a complete decentralized financial system.
, AlphaHive has a powerful NFT economy and user identity system, and KOLs and community contributors can obtain exclusive rights through NFT. Users can obtain market analysis and private trading strategies through limited NFTs, thereby enhancing their market influence and personal brand value.
Adopting the DAO governance model, AlphaHive truly realizes the democratization of decentralized finance. Users holding $HIVE tokens can vote to decide the future development direction of the platform to ensure the fairness and transparency of the ecology. Through DAO governance, AlphaHive users are not only users of the platform, but also co-decision makers for its long-term development.
Finally
Through intelligent trading tools, on-chain data analysis and social mining, AlphaHive enables ordinary investors to enjoy institutional-level market insights and investment decision support, and truly become Alpha hunters. The platform not only provides efficient trading tools, but also builds a complete ecosystem that enables users to share market information, optimize investment strategies, and earn income through social interactions.
As decentralized finance continues to develop, the influence of smart money will continue to expand, and AlphaHive, as a bridge connecting ordinary investors with smart money, will play a vital role in the future DeFi ecosystem. Through AlphaHive, ordinary investors can not only narrow the income gap with smart money, but also occupy a favorable position in the new world of decentralized finance and control their own financial future.
Disclaimer: The information provided in this press release is not a solicitation for investment, nor is it intended as investment advice, financial advice, or trading advice. It is strongly recommended you practice due diligence, including consultation with a professional financial advisor, before investing in or trading cryptocurrency and securities.
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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.
Press Release
Sergey Macheret Calls for Increased Investment in Plasma Technology for Aerospace Advancements
Plasma Science Holds the Key to the Future of Hypersonic Flight and Energy Efficiency
Indiana, US, 20th March 2025, ZEX PR WIRE, Aerospace scientist and engineer Sergey Macheret is calling on government agencies, private investors, and research institutions to accelerate investment in plasma technology to revolutionize hypersonic flight, propulsion systems, and energy efficiency. With decades of experience in plasma physics and aerospace engineering, Macheret believes the industry is at a pivotal moment.
“Plasma science can change the way we approach high-speed flight, propulsion, and aerodynamics, but the funding and research are not moving fast enough,” said Macheret, Co-Founder and CEO of US Plasma Engineering LLC. “We need dedicated resources to develop real-world applications before other nations take the lead.”
Plasma’s Role in Hypersonic and Aerospace Innovation
Hypersonic technology—defined as flight technology for speeds of Mach 5 or greater—is transforming military, space, and commercial aviation. However, heat buildup, shockwave formation, and aerodynamic drag remain critical challenges. Plasma-based solutions offer a way forward:
- Plasma aerodynamics: Electric discharges can manipulate airflow, reducing drag, enhancing lift, and improving both stability and maneuverability for hypersonic vehicles.
- Magnetohydrodynamics (MHD): Magnetic fields interacting with ionized air could enable more efficient airbreathing propulsion.
- Plasma-assisted combustion: Plasma devices can dramatically shorten the ignition delay time, facilitate fuel-air mixing, increase flame propagation speed, and also enable stable operation in lean mixtures.
“We already have the science to control airflow and enhance propulsion through plasma fields, but we lack the funding and test facilities to make these systems commercially viable,” Macheret explained.
The Global Race in Plasma and Hypersonic Development
China and Russia have heavily invested in hypersonic vehicle technology, with China testing multiple platforms capable of sustained flight at Mach 5+ speeds. A 2023 RAND Corporation report highlighted that China conducts nearly twice as many hypersonic flight tests annually as the U.S. In the last several years, R&D funding for hypersonics has increased dramatically in the US. “However, plasma technologies for hypersonics are still underfunded, especially given the game-changing potential of these technologies.”
Funding and Collaboration Needed
Macheret is urging NASA, the Department of Defense, and private aerospace firms to allocate more funding toward plasma-based aerospace technologies. He is also advocating for a national plasma research initiative, bringing together universities, laboratories, and industry partners.
“If we want to remain leaders in aerospace technology, we must commit to developing plasma-based solutions now.”
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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.
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