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Call for Urban Design of Guangdong-Hong Kong-Macao Innovation Cooperation Demonstration Zone

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Nansha,Guangzhou

Guangzhou Municipal Planning and Natural Resources Bureau and Nansha District People’s Government of Guangzhou City released the announcement of the International Urban Design Competition of Guangdong-Hong Kong-Macao Innovation Cooperation Demonstration Zone, which collect forward-looking and innovative urban design from the registration of domestic and overseas design institutions. The Institution that win the right of integrating and optimizing the competition results can get fee of RMB 2.6 MILLION YUAN (¥2,600,000.00).

    6 institutions will be invited to participate in the competition. 3 winning schemes will be selected and the participating institutions of them can receive fee of RMB 1.6 Million YUAN(¥1,600,000.00). Only one winning scheme will be determined to win the right of integrating and optimizing the competition results, which can totally receive fee of RMB 2.6 Million YUAN(¥2,600,000.00). Each participating institution of the effective design result can get a cost compensation of RMB 1 Million YUAN (¥1,000,000.00).

    The scope of the Competition is divided into two levels of overall conceptual design and detailed design. Overall conceptual design includes south of Bayong (8th canal), west of Longxue South Waterway, east of Hongqili Waterway and north of Shenzhen-Zhongshan Bridge, covering an area of about 71 square kilometers. Detailed design includes south of Shiwuyong (the 15th canal) and west of Lingxin Avenue, covering an area of about 8 square kilometers, Nansha Branch of Guangzhou Municipal Planning and Natural Resources Bureau here say.

The requirements of overall conceptual design are that the opportunities, such as the successive implementation of major transportation infrastructure and the closer linkage between the elements of the inner bay circle and the population in Greater Bay Area, are seized, the vision and positioning of the planning objectives are determined, the industrial and functional planning is carried out, and the functional spatial layout for driving regional development in the future is planned on the premise of creating a landscape pattern integrating sea, river, field, city and wetland, according to the new situation of regional development. The requirements of peak carbon emission and green development are implemented, and the overall urban feature, living environment, supporting services, ecological environment and transportation are optimized and improved.

Nansha,Guangzhou

Moreover, on the basis of the overall conceptual design, the requirements of detailed design are that the supporting conditions are analyzed and detailed design is carried out, including functional format planning, land layout optimization, land development intensity, vertical design, traffic organization, public service facilities planning, open space, and urban style control,  according to the functional orientation of the detailed design range of 8 square kilometers and the assumption of industrial space demand. At the same time, no less than one node should be selected for deepening design.

It is said that the registration time is from 10:00 on July 13 to 17:00 on August 3, 2021(Beijing time). The official release meeting of technical document will be tentatively held on August 10th, 2021. The deadline for submission of results is tentatively set in late October. The participating institutions should log in the website of Guangzhou Municipal Planning and Natural Resources Bureau (website: ghzyj.gz.gov.cn/), Guangzhou Nansha District People’s government (website: www.gzns.gov.cn/), China Tendering and Bidding Public Service Platform (website: www.cebpubservice.com/) and Guangzi Electronic Bidding Platform (website: www.gzebid.cn/) to receive the detailed announcement and competition registration documents.

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JackCo Goes Live on Base: A No-Loss Lottery Where Your Principal Is Never at Risk

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Stake USDC, earn pooled yield from Aave, Morpho, and Pendle, and enter weekly prize draws powered by Chainlink VRF — with 100% of your deposit always withdrawable. CLGO holders unlock up to 2x winning odds.

JackCo, a no-loss lottery protocol built on Base, is now live. Unlike traditional lotteries where players risk losing their stake, JackCo lets users deposit USDC that earns yield across established DeFi protocols. That yield is pooled and awarded to weekly winners selected through Chainlink’s verifiable random function (VRF) — while every participant’s principal remains fully protected and withdrawable at any time.

The mechanism is simple. Users stake USDC on Base, where deposits are deployed across diversified, audited protocols — Aave, Morpho, and Pendle — to generate yield. Rather than distributing that yield in small individual amounts, JackCo pools it into a single prize. Each week, winners are drawn on-chain via Chainlink VRF and receive the pooled rewards. The only two outcomes are winning a share of the pool or getting a full deposit back. There is no scenario in which a participant loses their principal. Deposits can be withdrawn at any time, with no lock-up period, starting from as little as 1 USDC.

JackCo introduces a native token, CLGO, that gives holders a measurable edge. Holding CLGO on Ethereum boosts a participant’s winning odds — up to 2x — calculated on a 30-day average to prevent last-minute manipulation. CLGO holders also earn referral rewards across infinite depth: when someone they refer participates, they continue earning CLGO for as long as that user stays active. CLGO is currently listed on MEXC.

Security is central to JackCo’s architecture. Deposits are diversified with a maximum 40% allocation to any single protocol, and an automatic circuit breaker triggers if total value locked drops by 20%. The protocol’s core contracts are immutable, and all prize draws use Chainlink VRF for provably fair, verifiable-on-chain randomness. Deposits on Base are gas-sponsored, meaning users can participate without holding ETH for transaction fees.

JackCo’s launch comes during what the protocol describes as its strongest entry window. With fewer than 1,000 stakers currently participating, individual winning odds are at their highest point. As the community grows, the number of weekly winners scales accordingly — from a handful today to as many as 68 per week at full scale. The earliest participants, designated “Pioneers,” lock in a permanent 1.5x odds multiplier.

JackCo represents a category of DeFi known as prize-linked savings — a model that has historically attracted billions in deposits by removing the downside risk typical of both lotteries and yield farming. By combining principal protection, diversified real yield, provably fair draws, and a token-based odds boost, JackCo aims to make weekly prize opportunities accessible to anyone holding stablecoins.

The protocol is live now at jackco.net

About JackCo

JackCo is a no-loss lottery protocol on Base where users stake USDC to earn pooled DeFi yield and enter weekly prize draws via Chainlink VRF, with full principal protection. The protocol’s CLGO token provides boosted winning odds and infinite-depth referral rewards. Learn more at jackco.net.

Website: https://jackco.net

Token: CLGO (listed on MEXC)

Media Contact: support@calgo.io

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Press Release

Vincere Portfolios Expands Infrastructure Designed to Bridge Retail and Institutional Trading Technology

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  • Strengthening automation, brokerage connectivity, and risk management systems for modern systematic investors

Illinois, USA, Jun 08, 2026, ZEX PR WIRE  Vincere Portfolios is a financial technology company focused on building automated futures trading systems for individual investors. The firm, Vincere Portfolios, is expanding its core infrastructure to better connect retail brokerage environments with institutional trading technology that has traditionally been reserved for hedge funds and large-scale asset managers. The expansion reflects a growing shift in investor behavior, where more individuals are adopting structured, rules-based strategies rather than discretionary trading approaches. Vincere Portfolios is responding by enhancing its platform architecture, improving execution systems, and reinforcing risk management tools designed for accessibility and consistency. As market volatility increases and technology becomes more deeply embedded in financial services, Vincere Portfolios is positioning its infrastructure to support scalable adoption of algorithmic trading across retail participants while maintaining alignment with institutional execution standards and operational discipline.

Platform Development and Scalable System Architecture

Vincere Portfolios is actively expanding its platform architecture to support more advanced algorithmic trading capabilities across global futures markets. The development effort focuses on building a scalable foundation that can handle increased data throughput, strategy complexity, and simultaneous execution across multiple asset classes. Vincere Portfolios is designing its systems to function across varying market conditions, ensuring that automated strategies remain stable during periods of volatility and rapid price movement. The infrastructure improvements include enhanced data processing layers, optimized execution pathways, and refined system monitoring tools that track performance behavior in real time. These enhancements allow Vincere Portfolios to maintain consistent strategy execution while reducing operational friction between signal generation and market activity. The company is also prioritizing system reliability, ensuring that platform performance remains stable even during high-volume trading sessions. By reinforcing its core architecture, Vincere Portfolios is laying the groundwork for broader adoption of institutional-style trading systems within retail brokerage environments while maintaining operational precision and long-term scalability across global markets.

Advancing Automation Systems for Structured Execution

Automation is a central component of Vincere Portfolios’ trading infrastructure, and the company continues to refine its algorithmic systems to ensure consistent rule-based execution. These systems are designed to remove discretionary decision-making from the trading process, replacing it with structured logic that responds to predefined market conditions. Vincere Portfolios builds its automation framework around continuous data evaluation, allowing strategies to operate in real time without manual intervention. This approach is intended to improve consistency across different market cycles while reducing variability in execution outcomes. The system architecture prioritizes disciplined trade generation, where each action is determined by algorithmic rules rather than subjective judgment. Vincere Portfolios also focuses on enhancing monitoring capabilities so users can observe system behavior, exposure levels, and execution activity with greater clarity. These improvements are intended to strengthen user confidence in automated trading environments while reinforcing the importance of structured decision-making. The company continues to develop automation systems that support long-term consistency and reduce emotional influence in trading activity across global futures markets.

Strengthening Brokerage Integration and Execution Connectivity

A key area of expansion for Vincere Portfolios is its brokerage integration framework, which connects algorithmic systems directly to external trading accounts. This integration enables real-time execution of trades while allowing users to maintain full control of their brokerage capital. Vincere Portfolios is focused on improving the speed, accuracy, and reliability of order transmission between its systems and brokerage environments. The goal is to reduce delays between signal generation and market execution while ensuring that strategy logic is reflected accurately in live positions. The infrastructure is designed to support continuous synchronization between algorithmic models and account-level data, including position tracking and order management. Vincere Portfolios also emphasizes execution consistency, particularly in fast-moving futures markets where timing and precision are critical. By strengthening brokerage connectivity, the company is reducing structural barriers that have historically limited access to advanced trading systems. This approach allows independent investors to engage with institutional-style strategies without requiring direct participation in hedge fund structures or proprietary trading environments, while still maintaining transparent execution pathways.

Enhancing Risk Management Accessibility and Control Systems

Risk management remains a foundational element of Vincere Portfolios’ infrastructure strategy, with ongoing improvements focused on accessibility and clarity. The company integrates structured risk parameters directly into its algorithmic systems, including position sizing rules, exposure limits, and adaptive controls that respond to changing market conditions. These mechanisms are designed to operate automatically, ensuring that trading activity remains within predefined risk boundaries at all times. Vincere Portfolios places significant emphasis on helping users understand how risk is distributed across strategies, with enhanced reporting tools that provide visibility into drawdowns, exposure levels, and system behavior. This transparency allows investors to evaluate performance in the context of risk rather than returns alone. The company believes that accessible risk management tools are essential for bridging the gap between retail investors and institutional trading systems. By embedding these controls directly into its infrastructure, Vincere Portfolios enables users to engage with complex futures strategies while maintaining structured oversight of capital exposure and portfolio behavior in real time.

Market Positioning and Institutional Access Strategy

Vincere Portfolios continues to position itself as a bridge between institutional trading technology and retail investor accessibility. The company is responding to increased demand for systematic trading solutions as more independent investors explore algorithmic and rules-based strategies. Vincere Portfolios believes that the convergence of improved technology, greater market participation, and evolving investor expectations is accelerating the adoption of automated futures trading systems. The firm remains focused on building infrastructure that supports scalability, transparency, and disciplined execution across diverse market environments. By aligning its platform with institutional standards while maintaining retail accessibility, Vincere Portfolios aims to support long-term participation in systematic investing. The company continues to invest in platform development that reinforces automation, execution reliability, and risk control, ensuring that its systems remain adaptable to changing financial conditions and evolving investor needs.

About Vincere Portfolios

Vincere Portfolios is a financial technology company that provides automated futures trading systems for individual investors through regulated brokerage accounts. The platform is designed to deliver institutional-style trading strategies using structured, rules-based execution models that emphasize automation, transparency, and controlled risk exposure across global futures markets.

Contact Information

Vincere Portfolios
Website: https://vincereportfolios.com/
About Us: https://vincereportfolios.com/team

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Press Release

Carziqo Launches ER-MX Autonomous Ride-Hailing Fleet in Los Angeles, Expanding Its Intelligent Mobility Ecosystem

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LOS ANGELES, California, Jun 08, 2026, ZEX PR WIRE — As autonomous transportation continues to reshape the future of urban mobility, technology-driven mobility platform Carziqo has announced the operational rollout of its ER-MX autonomous ride-hailing series in Los Angeles, marking another milestone in the company’s intelligent transportation strategy.

Industry observers believe the launch reflects the accelerating evolution of AI-powered mobility services, where autonomous fleets, cloud-based dispatching systems, and electric vehicle technology are increasingly converging to redefine urban transportation.

A Premium Autonomous MPV Designed for Urban Operations 

The newly introduced ER-MX series has been positioned as Carziqo’s intelligent executive mobility platform, combining the spacious design of a premium MPV with an advanced autonomous driving architecture.

Equipped with multiple perception sensors, intelligent navigation technology, cloud-connected fleet management, and AI-assisted operational systems, the ER-MX is designed to support continuous ride-hailing operations in complex metropolitan environments.

Compared with traditional ride-hailing vehicles, the ER-MX emphasizes operational efficiency, intelligent scheduling, passenger comfort, and digital fleet management.

Los Angeles Chosen as a Strategic Operating City 

Los Angeles remains one of the world’s largest transportation markets, serving millions of daily commuters while embracing emerging mobility technologies.

Analysts note that deploying an autonomous ride-hailing fleet in Los Angeles allows technology companies to evaluate vehicle performance in diverse traffic conditions while gathering valuable operational data to improve intelligent dispatch systems.

The introduction of the ER-MX fleet signals Carziqo’s intention to strengthen its presence in major urban markets and expand its smart mobility ecosystem through scalable fleet operations.

AI-Powered Fleet Management 

One of the defining features of the ER-MX program is its integration with Carziqo’s intelligent operations cloud platform.

The system combines artificial intelligence with real-time data analytics to support:

  • Intelligent ride allocation

  • Dynamic route optimization

  • Remote fleet supervision

  • Vehicle performance monitoring

  • Predictive maintenance analysis

  • Energy consumption optimization

Transportation experts suggest that centralized AI fleet management could significantly improve vehicle utilization and reduce idle time, making autonomous mobility services more efficient as networks expand.

Sustainability Through Intelligent Electrification 

Beyond automation, the ER-MX series also reflects the industry’s broader transition toward sustainable transportation.

Built on an electric mobility platform, the vehicles are designed to reduce emissions while supporting energy-efficient operations through intelligent power management systems.

As governments and cities worldwide continue investing in cleaner transportation infrastructure, autonomous electric fleets are expected to play an increasingly important role in future urban mobility ecosystems.

A Growing Vision for Smart Transportation 

The launch of the ER-MX fleet in Los Angeles represents another step in Carziqo’s broader vision of building an interconnected intelligent mobility network supported by artificial intelligence, cloud computing, and smart transportation technologies.

While the autonomous mobility industry remains in a period of rapid innovation, initiatives such as the ER-MX program illustrate how technology companies are exploring new models of urban transportation that emphasize efficiency, connectivity, and digital operations.

As cities continue embracing intelligent infrastructure and next-generation mobility solutions, platforms integrating autonomous driving with AI-based fleet management are expected to become an increasingly visible part of the global transportation landscape.

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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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