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Trader Who Called Ethereum’s (ETH) $2000 Return Forecasts Another 300% Jump and 28x Rally for One New Coin

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In the dynamic realm of cryptocurrency, very few voices have as much influence as those who have made accurate predictions in the past. Well-known for predicting that Ethereum would boom to $2,000 approximately two years ago, this trader is once more making headlines. After ETH regained significant market momentum, surging over 60% year-to-date and currently trading above $2,550, this analyst has decided to make an outrageous projection—claiming Ethereum may see another 300% increase on the next cycle. However, perhaps more eye-catching is the trader’s focus on Rexas Finance (RXS), a relatively unknown crypto project. Rexas, he argues, has massive potential. Labeled a “real utility coin,” the trader argues Rexas RXS has the potential of a staggering 28x returns, a sign altcoin hunters can’t afford to miss.

Ethereum’s Strong Base and Bullish Outlook

Ethereum’s rising return above $2500 is more than just a market bounce; it indicates strong underlying fundamentals. Investor certainty has reignited because of the transition to proof-of-stake, increasing traction of layer-2 scaling solutions, and maintaining its supremacy in smart contracts. Ethereum has retained its position amidst even more general macro uncertainty. Institutional players, NFT platforms, and DeFi protocols still depend on their network. The trader’s forecast strongly suggests a gain of 300%, thus positioning ETH above $10,000. This seems farfetched yet plausible if the 2025 crypto bull run reflects 2021’s. However, the trader does note that smaller projects with tangible value propositions will achieve these multipliers much faster, which shifts our focus toward the emerging coin gaining serious traction.

Rexas Finance (RXS): A Rising Star Backed by Real-World Value

Rexas Finance, a blockchain project focused on tokenizing real-world assets (RWA), is at the center of the trader’s forecast. RXS brings real estate, gold, and art on-chain, solving illiquidity and making valuable assets widely tradable. The ability to own fractions of high-value assets removes barriers that previously excluded everyday investors. And this is not theory—Rexas already enables these functions through its platform. Unlike hype-driven tokens, Rexas lays a foundation for sustainable growth through decentralized ownership models and blockchain infrastructure. It offers a multi-product ecosystem that includes tokenization tools, a decentralized exchange (Rexas DeFi), an AI-generated NFT platform (GenAI), and a real estate co-ownership platform (Rexas Estate). These features contribute to the increasing interest in the RXS token, which is currently in its final presale phase.

Massive Presale Success Reflects Investor Confidence

The RXS presale is nearing completion with overwhelming success. In Stage 12, the final stage, RXS is priced at $0.20 and set to launch at $0.25. Over 92.9% of the 500 million presale tokens have been sold, raising $48.9 million out of a $56 million target. This success isn’t driven by influencers or celebrity tweets but by strong fundamentals and real community traction. The upward momentum is a key signal that smart money is moving into RXS, betting on its long-term viability as a utility token in the digital asset space. Early backers who joined when the price was $0.03 are already looking at a substantial gain, with room for more upside. The trader’s 28x forecast puts RXS around the $5.60 mark—a level that seems aggressive but achievable, especially if real-world asset tokenization becomes a central narrative in the next crypto cycle.

Tokenomics and Utility Build Investor Trust

A core reason behind Rexas’ growing trust in the crypto community is its thoughtful tokenomics. With a total supply of 1 billion RXS, the distribution promotes decentralization and ecosystem growth. The presale accounts for 42.5%, the staking pool 22.5%, and the liquidity 15%. Treasury reserves receive 10%, while the team holds only 3%, signaling commitment without overexposure. These figures support sustainable growth without flooding the market with excess tokens. Moreover, CertiK, a leading blockchain security firm, fully audited the platform. This gives investors an extra layer of assurance in a market plagued by scams and rug pulls. Transparency and compliance are crucial when dealing with tokenized real-world assets, and Rexas is proving it can meet those standards.

Broader Ecosystem and dApp Development

Rexas isn’t just building a token; it’s developing a full-fledged financial ecosystem. The launchpad supports new crypto ventures, while Rexas Treasury offers optimized DeFi yield strategies. Its multi-chain capabilities mean users can operate across Ethereum, BNB Chain, and other networks. GenAI, the AI-based NFT creator, enables artists and brands to produce unique NFT collections effortlessly. These tools ensure that RXS remains at the heart of a growing web of decentralized applications, each feeding value back into the token’s utility. In a market where so many projects depend on vague roadmaps and vaporware promises, Rexas is actively delivering. Its real estate platform, in particular, allows investors to co-own global properties and earn passive income in stablecoins—a real breakthrough for those seeking yield outside of volatile trading.

Conclusion

Despite Ethereum remaining relevant as a blue-chip cryptocurrency with promising growth potential, emerging projects with a blend of innovation, security, and scalability capture the attention of exponential growth opportunities. Emerging projects capture attention due to their massive growth, innovation, security, and scalability potential.  Rexas Finance looks like the strongest candidate for the next breakout star. Rexas Finance RXS seems complicated to ignore due to a proven trader’s 28x projection, a compelling use case in the real-world asset space, and explosive momentum from a sold-out presale. Ethereum is projected to surge by 300%, and the upcoming historic bull cycle could be a chance for Rexas Finance to propel itself further. This new coin could potentially be the breakout token of 2025 for those ready to ride the next wave.

 

For more information about Rexas Finance (RXS) visit the links below:

Website: https://rexas.com

Win $1 Million Giveaway: https://bit.ly/Rexas1M

Whitepaper: https://rexas.com/rexas-whitepaper.pdf

Twitter/X: https://x.com/rexasfinance

Telegram: https://t.me/rexasfinance

RichMiner cloud mining dynamic scheduling system “swallows” 40% of abandoned electricity, feeding users’ mining income

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When the carbon compliance requirements of the EU Crypto Asset Market Regulation Act (MiCA) are like the sword of Damocles, and traditional mines are struggling between closure and sky-high fines. RichMiner has torn open a crack of counter-trend growth-in the first quarter of 2025, its global user income soared 58% year-on-year, and some US investors’ carbon certificate premium income even exceeded the basic mining income. This article focuses on how RichMiner uses green electricity low-carbon mining and guides new users on how to join RichMiner to obtain higher mining income.

Why is green electricity + cloud mining an inevitable trend?

The European Union (MiCA) requires the disclosure of mining carbon footprint and the complete closure of thermal power mines – ending the high energy consumption model. The premise for companies such as Tesla and MicroStrategy to hold Bitcoin is “clean energy mining”, and ESG ratings have become a capital entry pass. Surveys show that 73% of investors are willing to pay a premium for “low-carbon cryptocurrency”.

RichMiner’s secret to achieving soaring returns for holders:

Secret 1: Dynamic green electricity + AI scheduling system to maximize returns;

Technical essence – Dynamic optimization of mining energy consumption through AI matching grid load troughs with renewable energy (wind power/photovoltaic) production peaks.

Automatic operation and maintenance monitoring – AI monitors the operating status of mining machines around the clock, automatically repairs abnormalities, and ensures stable operation.

Dynamic switching: The platform’s AI algorithm analyzes the market (coin price, computing power demand) in real time, and automatically allocates computing power to the highest-yielding currency (such as BTC, ETH, DOGE, etc.) to protect your income.

AI + cloud computing power = a new generation of smart mining experience

Join RichMiner, let technology make money for you, and let intelligence change the future!

Secret 2: Compliance and stability as a cornerstone, peace of mind investment protection;

Data encryption transmission: Adopt SSL/TLS encryption protocol to ensure the absolute security of user data during transmission.

Cold wallet asset storage: Most of the platform’s digital assets use a cold wallet storage mechanism to isolate network risks and prevent hacker attacks.

Regular security audits: Regular platform audits are conducted through a third-party security team to promptly fix vulnerabilities and continuously improve the platform’s defense capabilities.

Secret 3: Green enhancement of the revenue cycle;

Users do not need to bear the surge in electricity prices caused by fossil energy prices or policy regulation, and the income is more stable. The platform deploys renewable energy mines around the world, directly using solar and wind power to generate electricity, and the electricity cost is only 60% of that of traditional mines. In response to global regulatory trends, new regulations such as the EU’s “Markets in Crypto Assets Act” (MiCA) set limits on high-carbon mining, green mining has become a compliance requirement, and platform qualifications are protected from policy shocks.

Mining Guide: Three steps from registration to income;

  1. Register and start: If you register, you will receive a computing power bonus of $15.
  2. Choose to purchase contracts to obtain income: RichMine’s contracts focus on efficiency-short term, fast return, and full return. The following chart shows the potential income;

The platform has launched a series of stable and high-yield contracts, which you can view on the RichMiner official website).

  1. Withdrawal and reinvestment: Daily income can be withdrawn to the wallet or invested in higher-level contracts to obtain more mining income.

Conclusion:

With the deep integration of green energy and blockchain technology, “low-carbon cloud mining” is moving from concept to practice. RichMiner has opened up a sustainable passive income path for investors through three core strategies: clean power deployment, zero hardware operation and maintenance, and intelligent income reinvestment. Under the wave of the crypto industry embracing ESG, choosing a win-win model with the ecosystem may be the key footnote to future wealth growth-start cloud mining now and take control of your financial future!

For more details, please visit the official website of the platform: https://richminer.com/

Or contact the official email of the platform: info@richminer.com.

Polygon Innovates on Layer-2, But Lightchain AI Innovates on Presale Strategy With 15 Phases Complete

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Polygon is innovating on Layer-2 solutions to enhance scalability and transaction speeds, capturing developer attention with its technical advancements. Meanwhile, Lightchain AI is innovating on presale strategy, successfully completing all 15 phases and now entering the Bonus Round. This milestone reflects growing investor confidence and strategic positioning ahead of its July 2025 mainnet launch.

Lightchain AI’s AI-native blockchain architecture features a dedicated virtual machine and a consensus model that rewards real computational work. By combining innovative technology with a disciplined presale approach, Lightchain AI is setting itself apart as a project with both vision and execution.

Polygon Advances Layer-2 Solutions to Improve Network Efficiency

Polygon building Layer-2 solutions for better efficiency, scalability and UX of?the network. At the center of this push is?Polygon zkEVM, a zero-knowledge rollup that is fully EVM-compatible. Developers can deploy already-existing Ethereum smart?contracts, as is, and the transaction costs can become lower and throughputs that are higher — up to 20,000 transactions per second with confirmation times within 10 – 30 seconds as claimed.

In addition to zkEVM,?Polygon’s Chain Development Kit (CDK) and AggLayer protocol make it easy to build modular and composable Layer-2 chains. This kind of mechanism?allows for a fluid cross-chain liquidity as well as scalability, working with use cases ranging from DeFi to gaming.

The move to the POL token?from MATIC(enabling the Polygon 2.0 vision) has further consolidated the ecosystem, making governance and staking easier across the network. Together, these developments place?Polygon at the forefront of scalable, productive blockchain infrastructure.

Lightchain AI Completes 15 Presale Phases With Strategic Market Positioning

Lightchain AI has successfully concluded its 15-stage presale, raising over $21 million and entering a Bonus Round with tokens priced at $0.007. This strategic phase reallocates the original 5% team token share to fund developer grants and ecosystem incentives, emphasizing a builder-focused approach.

The platform’s innovative features, including the Proof of Intelligence (PoI) consensus mechanism and the Artificial Intelligence Virtual Machine (AIVM), enable efficient AI computations directly on the blockchain . These advancements position Lightchain AI as a formidable player in the evolving intersection of AI and blockchain.

With its mainnet launch scheduled for July 2025, Lightchain AI’s strategic market positioning and technological innovations continue to attract investor attention.

Presale Precision- How Lightchain AI is Reshaping Early-Stage Success

Lightchain AI has set a new standard for presale success, raising an incredible $21 million across 15 meticulously planned stages—with the Bonus Round now fueling even more momentum. At the heart of it all lies the Transparent AI Framework, designed to make every model action fully traceable and auditable. Adding to this, Zero-Knowledge Proofs (ZKPs) deliver unmatched transparency while safeguarding sensitive data, building trust without compromise.

By prioritizing infrastructure and precision, Lightchain AI is redefining how decentralized AI projects gain early-stage traction—and setting the bar higher for the entire industry.

https://lightchain.ai

https://lightchain.ai/lightchain-whitepaper.pdf

https://x.com/LightchainAI

https://t.me/LightchainProtocol

China Reportedly Grants Temporary Rare-Earth Export Licenses to U.S. Auto Suppliers as Tensions Simmer

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China has issued temporary export licenses to rare-earth suppliers of the top three U.S. automakers—General Motors, Ford, and Stellantis—offering limited relief to supply chains rattled by Beijing’s sweeping restrictions on critical minerals, according to two people familiar with the matter who spoke to Reuters.

The licenses, some of which are valid for up to six months, were quietly granted earlier this week and come amid growing disruptions in the global supply of rare earth—minerals essential to electric vehicles, aerospace systems, semiconductors, and advanced weaponry. The sources, who requested anonymity due to the sensitivity of the matter, said the approvals were granted Monday, though the exact scope of quantities and specific materials permitted for export remain unclear.

Since early April, China has required companies to obtain official clearance to export a wide range of rare earth materials and related magnets. The move—framed as a national security safeguard—has begun to paralyze supply chains worldwide, particularly those in the automotive sector. According to Nikkei, only about 25 percent of export license applications have been approved, with the remaining requests mired in red tape as geopolitical friction between Beijing and Washington escalates.

The global auto industry is now inching toward a full-blown production crisis. Auto parts suppliers across Europe have begun shutting down operations due to the unavailability of rare earth components, according to the European Association of Automotive Suppliers (CLEPA).

“With a deeply intertwined global supply chain, China’s export restrictions are already shutting down production in Europe’s supplier sector,” said Benjamin Krieger, CLEPA’s secretary general. “We urgently call on both the EU and Chinese authorities to engage in a constructive dialogue to ensure the licensing process is transparent, proportionate, and aligned with international norms.”

In the United States, executives in the auto sector are also sounding alarms. Without a reliable flow of rare earths, production cuts could begin within weeks, they warn. These minerals are not only vital for electric and hybrid motors but are embedded in components found in traditional vehicles, such as catalytic converters and power-adjustable seating systems. Their scarcity threatens to stall not just electric vehicle production, but wide swaths of conventional automobile manufacturing as well.

Ford, GM, and Stellantis—all heavily reliant on these materials for their EV strategies—have already felt the pressure. In May, Ford was forced to halt production of its Explorer SUV at its Chicago plant for a week due to a rare-earth component shortage. Stellantis acknowledged the strain in a statement, noting it was working with suppliers to “ensure an efficient licensing process” and had so far been able to “address immediate production concerns without major disruptions.” GM and Ford declined to comment on the matter.

The export restrictions are widely seen as a tit-for-tat response to U.S. tariffs imposed under President Donald Trump. While some tariffs were temporarily paused as part of a trade truce last month, Beijing has not lifted its rare-earth curbs. Instead, the minerals have become central bargaining chips in the ongoing negotiations. Analysts say this gives China significant leverage, as it currently controls over 90 percent of the global rare-earth supply chain—leaving Western manufacturers deeply exposed.

The issuance of licenses to U.S. firms—albeit limited—offers a short-term reprieve to an industry on edge. The move follows similar approvals in recent days granted to suppliers of American electronics firms and at least one non-automotive U.S. company. While the broader export controls remain intact, the selective granting of licenses is being interpreted as a sign that Beijing and Washington may reach a consensus.

China’s Ministry of Commerce has yet to comment publicly on the approvals. However, authorities have signaled an intent to deepen control over the rare-earth sector. Earlier this week, Reuters reported that China introduced a national tracking system for rare-earth magnet production—a measure aimed at curbing smuggling and tightening oversight of both domestic use and foreign sales.

Trump, who discussed rare-earth supply during a recent call with Chinese President Xi Jinping, later posted that “there should no longer be any questions respecting the complexity of Rare Earth products,” signaling that the topic remains a priority in bilateral discussions. Both governments confirmed that trade teams will resume negotiations in the coming weeks.

However, the future remains under the shadow of uncertainty. While some U.S. suppliers have received temporary relief, others remain caught in the licensing backlog.

“We have to give the Chinese the benefit of the doubt that they’re working through this,” one source said. “It’s up to them to show that they are not weaponizing it.”

Anthropic Researchers Warn of ‘Terrible Decade’ Ahead Over AI Threat to Wipe Out White-Collar Jobs

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Artificial intelligence is accelerating faster than society can adjust, and researchers at Anthropic are warning that this could unleash a turbulent decade—particularly for white-collar workers whose jobs are increasingly at risk of being automated.

The AI firm, which recently released some of the most advanced large language models to date, said current technology is already capable of replacing many entry-level office roles and that the situation could worsen significantly over the next few years.

Sholto Douglas, one of the company’s top researchers, told AI commentator Dwarkesh Patel that a drop in white-collar employment is not only possible—it’s likely inevitable. He said this shift could begin within two years and become impossible to ignore within five.

“There is this whole spectrum of crazy futures,” Douglas explained. “But the one that I feel we’re almost guaranteed to get—this is a strong statement to make—is one where, at the very least, you get a drop in white-collar workers at some point in the next five years.”

He added that even if AI advancement were to slow, existing models trained on domain-specific data are already capable of automating a large share of administrative, customer service, and analytical functions.

“The current suite of algorithms is sufficient to automate white-collar work provided you have enough of the right kinds of data,” he added.

Anthropic’s Dario Amodei had previously echoed similar concerns. In a recent CNN interview with Anderson Cooper, the company’s CEO warned that up to half of all entry-level white-collar jobs may disappear within five years due to AI automation. These roles include positions in customer support, paralegal work, bookkeeping, and marketing—jobs once considered relatively safe from mechanization.

Trenton Bricken, another Anthropic technical staff member, added that businesses should already be preparing for the large-scale automation of desk jobs.

“We should expect to see them automated within the next five years,” he said.

Evidence of disruption is already surfacing across the corporate world. Companies like Shopify and Duolingo have begun reducing hiring for functions that AI now handles, such as content creation, basic coding, and support ticket resolution. Meanwhile, Klarna, the Swedish fintech company, briefly embraced AI to replace over 700 customer service staff but had to walk back some of that adoption due to performance and trust issues.

Revelio Labs, a workforce analytics firm, reported a steep drop in job postings for high-exposure white-collar roles such as data entry, IT support, and financial analysis—positions that generative AI models can now increasingly perform with minimal human supervision. Firms seeking to cut costs have already begun turning to tools like OpenAI’s GPT-4, Google’s Gemini, and Anthropic’s Claude series to automate documentation, data processing, and even aspects of software engineering.

Nvidia CEO Jensen Huang recently added his voice to the growing chorus warning about job disruptions. Huang, whose company produces the GPUs powering most AI systems, noted that “every job” will be touched by AI. He predicted that while some employees may not be outright replaced, they could still find themselves edged out by more productive colleagues leveraging AI tools to outperform human-only workflows.

Anthropic’s new models, Claude Opus 4 and Claude Sonnet 4 are already showing signs of this future. Early testing shows these systems can write software code, produce legal drafts, summarize long reports, and even troubleshoot technical problems with minimal input. One tester said Opus 4 “coded autonomously for nearly seven hours” on a complex task, offering a glimpse into how AI could displace even highly skilled knowledge workers.

The looming wave of automation has raised deeper societal concerns. Unlike previous waves of disruption that primarily affected factory or field workers, this one is targeting the middle class—those with college degrees and office careers. Economists say this shift could spark mass underemployment and wage stagnation, especially in countries where the service sector dominates.

At the same time, the cost savings AI offers are hard for companies to ignore. Replacing a team of entry-level analysts with a single AI model fine-tuned on internal data can slash operational expenses, boost productivity, and streamline decision-making. But the social fallout of mass job losses may force governments to intervene.

Calls for stronger labor protections, AI taxation, and universal basic income have resurfaced as policymakers grapple with how to manage the transition. Some experts are urging the creation of retraining programs and education reforms aimed at equipping workers with skills in robotics, machine learning, and human-centered design—roles still out of reach for today’s AI.

The timeline laid out by researchers like Douglas and Amodei is already ticking. As they warn, the transition could be brutal before it gets better. If robotics, which lags behind software AI, fails to keep pace, displaced workers may find themselves unable to pivot into new roles that demand physical labor or technical expertise. In that gap, the world may experience what Douglas called a “pretty terrible decade”—a painful reality where jobs vanish faster than new opportunities emerge.

“Imagine a world where people have lost their jobs, and you haven’t yet got novel biological research. That means people’s quality of life isn’t dramatically better,” he said. “A decade or two after, the world is fantastic. Robotics is solved, and you get to radical abundance.”