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777net Investors in the crypto space are excited with potential as the next bullish run draws near. People are looking for crypto to go to the moon and choosing the right one right now might make someone a millionaire by 2025. Apart from the usual large-cap, several small-cap tokens are still captivating the community with diverse utility and well-developed projects. In this article, we delve into six high-potential cryptocurrencies poised for massive growth in the list of next crypto to explode: Aureal One (DLUME), DexBoss (DEBO), yPredict (YPRED), Avalanche (AVAX), Polkadot (DOT), and VeChain (VET). These coins combine affordability, scalability, and innovation, making them must-buys for both new and seasoned investors. Next Crypto to Explode These coins aren’t just speculative assets; they represent real-world innovation and potential for exponential growth. Let’s explore why these altcoins could become the next big winners. 1. Aureal One (DLUME) Aureal One is at the forefront of blockchain gaming and metaverse development, offering a seamless and efficient platform for developers and users. It leverages cutting-edge Zero-Knowledge Rollups (ZK-Rollups) to deliver scalability, speed, and affordability. Click here to know more about Aureal One The DLUME token powers Aureal One’s ecosystem, facilitating transactions, staking, and governance. Early investors can purchase DLUME tokens at just $0.00428082 during the presale phase, with a projected listing price of $0.01, presenting substantial growth potential. Aureal One’s ecosystem features two flagship projects: The technology backing Aureal One ensures low transaction fees, instant finality, and robust security. Its clear roadmap includes launching additional games and expanding the ecosystem, solidifying its position as the next crypto to explode. 2. DexBoss (DEBO) DexBoss is an advanced decentralized finance (DeFi) platform aimed at simplifying trading and providing users with high-yield opportunities. By tackling common DeFi challenges like high fees, poor liquidity, and complexity, DexBoss is making DeFi accessible to everyone. DexBoss gives users the opportunity to invest in more than 2,000 assets listed, including leaders in the field and new generation cryptocurrencies. This enhanced trading interface has superior trading features like margin trading, staking, and liquidity farming, that are suitable for traders at every level. The $DEBO token, available at $0.01 during its presale, employs a deflationary model. Transaction fees fund token buybacks and burns, reducing supply and driving long-term value for holders. This scarcity mechanism ensures that as the platform grows, so does the value of DEBO. DexBoss also integrates fiat on-ramps and advanced trading analytics, making it a one-stop solution for all trading needs. With a roadmap that includes major exchange listings and feature rollouts, DexBoss is undoubtedly the next crypto to explode. 3. yPredict (YPRED) yPredict is an innovation that has integrated the trading analytics into AI/ML technologies to assist traders with analytical information. It has a collaborative environment that connects the financial data scientist and the trader to share their ideas. The platform’s YPRED token enables users to access premium analytics, AI-driven predictions, and a marketplace for predictive models. Financial quants can monetize their algorithms by offering them as subscription services, while traders gain access to proven, data-driven insights. yPredict addresses the complexities of financial markets by filtering out noise and providing statistical edges. Its ecosystem is designed to enhance decision-making for traders, making it an essential tool in today’s unpredictable market landscape. By bridging the gap between data scientists and traders, yPredict has established itself as a unique and promising contender among the next crypto to explode. 4. Avalanche (AVAX) Avalanche is a high-throughput, scalable architecture that is aimed at decentralized applications and business solutions. Avalanche ranks high in scalability and low fees making it gain adoption among developers as well as enterprises. AVAX is the native currency of the Avalanche ecosystem used for operations and as a means of consensus in the network. Avalanche’s solution is perfect for decentralized finance, non-fungible tokens, and gaming with TPS of thousands of transactions per second. Avalanche quality focus on interoperability and sustainability guarantees its place in the future of the blockchain. The increasing ecosystem and partnership make AVAX suitable for massive returns in the next round of the bull market. 5. Polkadot (DOT) Polkadot is a multi-chain platform that allows interoperability between blockchains networks. This viewpoint is important especially because different blockchain networks are emerging and the interoperability ability is the main advantage. The DOT token works as a governance, staking, and bridging token that links different blockchains. The unique concept of the parachains in the Polkadot enables independent blockchain developers to build application-specific blockchains that offer better scalability. The more projects using Polkadot’s technology, the more demand for DOT will increase, and so will make for a good investment during the next bull run. 6. VeChain (VET) VeChain is a blockchain platform focused on supply chain management and business solutions. Its real-world applications and partnerships with major enterprises make it a standout in the crypto market. The VET token powers VeChain’s ecosystem, enabling businesses to track, verify, and optimize supply chains. Its use cases extend to industries like healthcare, luxury goods, and food safety. VeChain’s focus on solving real-world problems ensures its longevity and relevance, positioning it as one of the next cryptos to explode. Conclusion The next big cryptocurrency is most probably in the innovations of the projects that will need more scalability and adoption by solving real-world problems. From amongst the chosen coins, the best bet would be DLUME, the token behind Aureal One because of their innovative technology utilization in the gaming sector and in the metaverse. DexBoss and yPredict also introduce new perspectives of DeFi and trading while Algorand, Avalanche, Polkadot, and VeChain ramp up great ecosystems and usage cases. These altcoins could deliver remarkable returns by 2025 if investors purchase them today. It’s time again for you to be part of another successful story in the world of crypto.

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PARIS: Apps infused with AI are being marketed to schools across the world and governments are rushing to embrace the technology, despite experts raising serious doubts. The sector known as Ed Tech exploded during the COVID pandemic as schools closed to stop the spread of infection and millions of children were forced to learn in front of screens at home. As demand dried up after schools reopened, Ed Tech startups tried to win back investment by adding AI to their products and marketing. Tech titans like Microsoft, Meta and OpenAI have also spied an opportunity, promoting their AI products to schools or partnering with startups. While many education ministries have announced plans to deploy AI apps, there are plenty of dissenting voices. The UN’s education body UNESCO last year eviscerated the record of online learning during COVID, saying the rapid rollout of tech solutions was a “tragedy” that had increased inequality and worsened learning outcomes. UNESCO’s Manos Antoninis told AFP that AI might have some utility in education but right now it “seems to be creating more problems than it is solving”. He cited concerns that companies were using data for commercial purposes, deployed biased algorithms and overall were less concerned with educational outcomes than with their bottom line. “I think the unfortunate thing is that education has been used as a bit of a Trojan horse to access future consumers,” he said. ‘Ease the pressure’ During the pandemic boom in 2021, venture capitalists pumped more than $17 billion into Ed Tech. But that has slumped to $3 billion this year, about the same as last year, according to analysts PitchBook. But from North Carolina to South Korea it is a different story, where education officials have been encouraging teachers to use generative AI. Britain has already rolled out a homework app called Sparx Maths that uses algorithms to tailor children’s learning. It recently announced a further multimillion-dollar outlay on AI programs to “ease the pressure” on hard-working teachers by helping with lesson plans, marking and assessment. The European Union supports several learning apps, and several EU countries have experimented with them. China is a huge booster of AI in the classroom and has a national strategy for digitizing education—its centrepiece being a national education platform of tools and online courses. Yet the on-the-ground reality is often messy. India boasted one of the liveliest startup scenes in the sector during the pandemic, including a firm called BYJU’s which was once the world’s most valuable Ed Tech startup. Yet when schools in New Delhi were forced to close because of smog last month, there were no flashy apps to help. “It is not feasible for them to take online classes,” 29-year-old teacher Vandana Pandey told AFP, saying many of her pupils had no smartphones or connectivity at home. BYJU’s has faced allegations of financial misconduct and only narrowly avoided bankruptcy in a recent court hearing. In richer countries, the arrival of AI has received a tepid reception. Only six percent of US secondary school teachers polled by Pew Research Center in May thought using AI in education would do more good than harm. France announced it would roll out an AI-powered homework app called MIA in secondary schools earlier this year, but quietly dropped the project as a political crisis rumbled on. Many British parents are also not keen on Sparx Maths. “Don’t know a single child that likes it,” said one user on the popular Mumsnet forum. Another said the app “ruins any enjoyment of the subject” while a flood of other parents said their children “hated” the app. ‘More like isolation’ Aside from grievances over individual apps, educators doubt whether many of these firms are aiming at the right target. Almost all Ed Tech products promise to “personalize” education, often deploying AI to monitor a child’s work and tailor workplans to suit their needs. Officials from Britain to Beijing have lauded this goal. But Antoninis said the rhetoric around personalization “risks making us forget that a lot of learning is actually social, and children learn from interaction with each other”. Leon Furze, a former teacher who now works as a consultant focusing on generative AI in education, was also wary about personalization. “AI is touted as a solution to personalized learning, but it’s a very specific kind of ‘personal’ which I think seems more like isolation,” he told AFP. Both Antoninis and Furze warned that technology was no panacea, rather it was a tool that could help in some limited situations. The hard work, as ever, would be done by humans. “Tech solutions aren’t going to solve the bigger socio-economic, cultural, and political challenges being faced by teachers and students,” said Furze. — AFPAs President-elect Donald Trump outlines his priorities for the new administration – falling back on his old habit of announcing major policy initiatives and plans through social media – governments, think tanks and politicians have begun recalibrating their expectations for the next four years. His latest views on tariffs on the US’s three largest trading partners were shared on social media platform Truth Social. Policy action by the world’s most powerful nation has ramifications worldwide, and it will require other nations to brace for impending changes as the new government takes charge in January. While presidential polls in the world’s most powerful nation always have major implications with respect to global geopolitics and trade, few have been as crucial as the one this month. The latest results come against a highly turbulent backdrop of challenges and upheavals at home and abroad. What was widely expected to be one of the closest elections in recent history instead turned out to be an overwhelming victory for Trump, making an extraordinary comeback following his election loss in 2020. With the US presidency and Senate races called in favor of Trump and Republicans, and the party maintaining its majority in the House of Representatives – the new administration will hold full control over Congress. Trump is likely to implement universal tariffs on imports to encourage domestic production, along with incentives for reshoring key industries back to the US. He will most likely reduce the corporate tax rate to 15%, extend individual tax cuts, and eliminate taxes on Social Security benefits. At the same time, he is almost certain to push for a "big bang" of deregulation, which will decrease the regulatory burden and costs for corporate America. On the balance, while tariffs will ultimately be inflationary, tax cuts and deregulation will be deflationary, and it's hard to predict which factors will prevail in the end. On the geopolitical front, Trump will exert maximum pressure on Iran in order to prevent the country from developing a nuclear bomb. His policy may end up reducing Iran's crude export by up to 1.5 million bpd. Currently, China takes up more than 80% of Iranian crude export, which means that Trump's maximum pressure policy will need China's support to succeed. Trump may use the threat of 60% increase in tariffs on China's import as a negotiation tool to gain China's support. President-elect Trump has long-supported energy independence, and his return to the White House signals a shift toward deregulation, faster permitting and an end to the Biden administration's LNG pause –which has helped tighten global balances in the medium term. Trump has vowed to reverse the pause when he takes office. This would benefit developers with pending projects, but the feasibility of fast-tracking these developments remains uncertain and could worsen the supply glut in the medium term. Trump's push for growing LNG exports could clash with trade tensions, as the reintroduction of tariffs could lead to reduced demand from China. This would have negative consequences, as US LNG projects rely on securing consistent demand from China. Despite these risks, the Trump administration could still bring major benefits to the US energy sector. By rolling back regulatory barriers and fast-tracking permits, Trump could help ease infrastructure bottlenecks and support long-term US LNG export growth. Additionally, his policies would likely foster a more favorable environment for operators, improving market sentiment and encouraging further capital inflow into energy projects. The Inflation Reduction Act (IRA) faces potential challenges under a Republican-controlled Congress, particularly its low-carbon energy provisions. However, immediate repeal of key tax credits such as CCUS (45Q), clean energy manufacturing and decarbonization (45X, 48C), technology-neutral clean electricity (48E, 45Y) and clean hydrogen (45V) is unlikely. These programs enjoy bipartisan support and disproportionately benefit Republican-led states. While speculation about the withdrawal of these credits remains premature, the 30D electric vehicle consumer credit is more vulnerable to repeal. A Republican-led economy may prioritize supply-demand cost dynamics, favoring lower-cost production pathways and fostering demand growth, which may ultimately support clean technology developments. The narrative around global warming might be sidelined in government communications, as seen during Trump’s administration, shifting the focus to job creation and economic growth as primary drivers of cleantech advancement. State-level policies are expected to diverge from federal communications, with coastal states maintaining their clean energy agendas. Nationally, the US may adopt a more oppositional stance on climate-focused initiatives. Overall drilling and completion activity is set to decline by roughly 1% in 2025. With no call on US production and a firming of the gas market in 2025, activity growth in gas basins will offset stagnant to moderately declining activity in oil basins. Efficiency gains across drilling and well stimulation operations also contribute to the negative activity revisions from a rig and frac fleet demand perspective. Barring any immediate short-term change to a call on US oil production, it is difficult to formulate a thesis that would reverse the oilfield service trend in 2025 due to the incoming Trump administration. Trade actions and tariffs on products such as Oil Country Tubular Goods (OCTG) and carbon steel plate material, widely used for pressure vessels in oil and gas facilities, could immediately impact operators' costs. Should Trump implement these measures after re-taking the White House, costs to operators would likely increase in these categories, which could impact activity further against a softer oil commodity backdrop. ByHUMANS have already reached the Moon – and Mars seems like the obvious next step. But how will we get there? There are several mega-rockets already being developed that could take us to the red planet in our lifetimes. Nasa nuclear rocket Mars is far away – around 140 millions from Earth on average. That means getting there is not only time-consuming, but very expensive in terms of fuel. Nasa hopes that one way of bringing the time and cost down is using nuclear propulsion. "Nasa’s goal is to minimize the time the crew travels between Earth and Mars to as close to two years as is practical," Nasa said in 2021. Read more on Nasa "Space nuclear propulsion systems could enable shorter total mission times and provide enhanced flexibility and efficiency for mission designers." In 2023, Nasa revealed that it had teamed up with Darpa (Defense Advanced Research Projects Agency) on building such a rocket. And it said that this would allow for speedy trips to Mars and back. "Nasa will work with our long-term partner, Darpa, to develop and demonstrate advanced nuclear thermal propulsion technology as soon as 2027," said Nasa boss Bill Nelson. Most read in Science "With the help of this new technology, astronauts could journey to and from deep space faster than ever – a major capability to prepare for crewed missions to Mars." One early concept of a a Nasa rocket looked a bit like a Star Wars X-wing. And Nasa says that nuclear thermal rockets could be three times more efficient than regular chemical propulsion. Elon Musk's SpaceX Starship Billionaire tech mogul Elon Musk hasn't exactly been quiet about his dreams of shipping humans to Mars. It's no secret that Musk wants to set up a colony on the red planet, turning humans into an interplanetary species. And his company SpaceX has built a rocket called Starship that aims to do just that. Here's what you need to know about the Red Planet... Mars is the fourth planet from the Sun It is named after the Roman god of war The landmass of Mars is very similar to Earth but due to the difference in gravity you could jump three times higher there than you can here Mars is mountainous and hosts the tallest mountain known in the Solar System called Olympus Mons, which is three times higher than Everest Mars is considered to be the second most habitable planet after Earth It takes the planet 687 Earth days to orbit the Sun So far, there has been 39 missions to Mars but only 16 of these have been successful "SpaceX’s Starship spacecraft and Super Heavy rocket – collectively referred to as Starship – represent a fully reusable transportation system designed to carry both crew and cargo to Earth orbit, the Moon, Mars and beyond," SpaceX explains. The company says that Starship will enter the Martian atmosphere at 7.5km a second. And its heat shield will allow it to safely land on Mars without being destroyed in the process. Starship is currently going through testing phases, with its seventh flight-test set to take place in early 2025. Musk hopes that the Starship spacecraft can be re-filled with fuel while in low-Earth orbit. That means it can launch into space, and then fuel up once again before a trip to Mars. Nasa SLS Nasa has nuclear dreams – but in the meantime, the space agency needs a more conventional rocket for daring crewed missions. Enter the SLS, or Space Launch System, which is the main launch vehicle for Nasa's Artemis programme. Artemis is a series of missions that will ultimately return humans to the surface of the Moon. The only SLS launch to take place so far was an uncrewed test in November 2022. Nasa is due to use the SLS again in April 2026 as part the crewed Artemis II flight. But the eventual plan is for SLS to carry humans to Mars too. "The SLS rocket is designed to be evolvable, which makes it possible to increase its capability to fly more types of missions," Nasa explained. "Including human missions to the Moon and Mars and robotic scientific missions to the Moon, Mars, and the outer planets." READ MORE SUN STORIES Nasa added: "The final SLS configuration, Block 2, will provide 9.4 million lbs. of launch thrust, compared to the Block 1’s8.8 million lbs. and will be the workhorse vehicle for sending cargo to the Moon, Mars, and other deep space destinations. "SLS Block 2 will be designed to lift up to 46 t (101,000 lbs.) to deep space."

PM Modi Says His Kuwait Visit Will 'Give New Wings' To Ties, Emphasises Expanding Pharma, Tech, Health CooperationFox News Flash top headlines are here. Check out what's clicking on Foxnews.com. We are in the midst of an artificial intelligence (AI)-driven industrial revolution. From self-driving cars to medical diagnostics to next-generation defense and homeland security capabilities, AI is reshaping nearly every industry. As the U.S. races to maintain its global leadership in AI, much of the conversation revolves around natural language processing, the reshoring of the semiconductor supply chain and powering data centers. One critical component, however, remains largely overlooked: data storage — and the hard drives they contain that make scalable AI advancements possible. In the AI era, data is everything. Massive datasets fuel the systems that predict disease outbreaks, manage supply chains, detect fraud and empower our armed forces. According to Goldman Sachs, AI is poised to drive a 160% increase in data center demand by 2030. Without a scalable, resilient data storage sector, even the most advanced AI models will prove useless. The U.S. cannot afford to treat data storage as an afterthought. EXPERTS PRAISE LONG-AWAITED AI REPORT FROM CONGRESS: 'A THOUGHTFUL AND FORWARD-THINKING FRAMEWORK' It is clear that data storage needed for scaling AI applications requires storage solutions equal to the vast explosion of data they generate. This is where hard drives excel. Hard drives, which store more than 90% of data in cloud data centers, are not only essential for managing data at scale but also play a critical role in maintaining the integrity of the data informing AI models, a cornerstone of Trustworthy AI. Artificial intelligence plays a key role in many business and government sectors. But for the US to stay ahead of China, we need both the energy and data storage to do it. (JOSEP LAGO/AFP via Getty Images) This reliance on robust data storage becomes especially clear in sectors where AI tools are being rapidly deployed. The defense and homeland security sectors rely on data-intensive AI systems to make real-time decisions in life and death situations. Satellite data and surveillance feeds require massive storage capacity, and our military’s integration of AI depends on reliable and secure high-capacity hard drives. An inadequate storage infrastructure doesn’t just slow things down — it can impact mission readiness and execution, particularly as we deploy new technologies like drones that are data-dependent used to both protect the homeland and advance security interests overseas. The private sector’s demand for data storage is also skyrocketing as AI transforms operations. Financial firms leverage AI to analyze markets and manage risk, media companies personalize streaming services, the agriculture industry optimizes crop yields through AI-driven insights, and companies manufacturing hard drives deploy AI at scale in factories to optimize and increase production by diagnosing and correcting defects in real-time. Across industries, the need for reliable storage has never been more urgent. The U.S. must act now to secure its leadership in data storage technology. The goal should be to avoid a repeat of the semiconductor crisis — where a lack of domestic production led to urgent, costly reshoring efforts in the form of the $52 billion Chips and Science Act. Just as chips power AI processing, hard drives provide the backbone for data storage, making them equally indispensable. By investing in and supporting the hard drive industry now, the U.S. can secure a stable foundation for AI growth and mitigate future supply chain vulnerabilities. CLICK HERE FOR MORE FOX NEWS OPINION The U.S. government has recently initiated steps to secure this foundation but more needs to be done. A recent White House memorandum acknowledges the importance of a robust AI ecosystem and the need to bolster the private sector’s competitive advantages, from access to chips to availability of capital and computational resources. A key area of advantage that must be maintained is the data storage industry, with the largest companies in the field driving innovation and advancing technology leadership in the U.S. and like-minded countries. As China continues to invest huge sums into data processing and storage technologies, it is imperative that the U.S. understands and supports this unique capability that is the backbone of the cloud and emerging technologies, including AI. The defense and homeland security sectors rely on data-intensive AI systems to make real-time decisions in life and death situations. Satellite data and surveillance feeds require massive storage capacity, and our military’s integration of AI depends on reliable and secure high-capacity hard drives. To maintain our edge, the U.S. government must consider hard drives and data storage technology as essential components in the broader critical technology ecosystem. Government incentives, future or existing, should be available for hard drive manufacturers to expand domestic capacity, strengthen supply chain resilience and encourage long-term storage and retention policies that contribute to AI trustworthiness. CLICK HERE TO GET THE FOX NEWS APP Government agencies should also establish regular dialogue with industry leaders to ensure clear, aligned strategies for fostering a robust data storage sector. Much like the public support provided for the semiconductor industry, hard drive manufacturing deserves recognition and prioritization as a strategic industry essential for driving cutting-edge innovation. As America charts its path in the AI-era, it must prioritize the infrastructure that underpins it. By recognizing and investing in this critical sector, the U.S. can build a resilient, scalable data storage backbone that advances national security, economic growth, and technological supremacy. CLICK HERE TO READ MORE FROM CHAD WOLF Chad Wolf is the former acting secretary of the Department of Homeland Security and executive director and chair of the Center for Homeland Security and Immigration at the America First Policy Institute.

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