行业独角兽—Matic Network来临 成就百万富翁的项目

金色财经Publicado em 2024-08-05Última atualização em 2024-08-05

Matic Network由印度Bangalore及日本超级节点打造 ,独创保险仓+九仓共振循环模式。

Mtc于2023年初完成了700万美元的种子轮融资, Paradigm领投,a16z、Variant、Solana Ventures和Jump Crypto参投,旨在全方位布局Web3.0的去中心化生态圈,赋能多个引流入口融合性极强。

image.png

2024年Matic基金会和东亚地区超级节点联合打造以九仓+保险仓循环共振金融商业模型,在区块链领域开创全新财富神话。

 

Matic Network拥有多年行业经验的专业团队,MTC TEAM于2016年开始进行区块链业务开发,随后于2017年开始进行ICO和区块链咨询,并于2018年成为MTC联合主席资格,充分发挥专业经验和知识,为全球提供高质量服务。目前,MTC TEAM已被邀请参加由BCEX交易所和Trichanin Capital主办的国际贸易竞赛。

image.png

那MTC币究竟是什么?MTC币未来的前景又如何?

首先,Matic Network采用Matic保险仓+九仓金融模型,具有强大的循环,以小博大,无烧伤,一次性投资升仓最低48倍收益,入口门槛低,出口无限大,每一仓回本之后才可以升下一仓。每仓出局后,可选择升仓或回到Matic Network全球首创保险仓链上官方质押,代币安全长久、空间大。

 

MTC币的网络运行,主要是透过权益证明机制和区块生产模式的结合,进而缩短整体区块的出块时间,保持高度的去中心化。

image.png

未来,Matic Network将不断完善打造七大应用生态圈: 支付、DeFi、NFT、游戏、身份验证、供应链管理和社交网络。

 

作为一个崭新的扩展解决方案,对于开发者们,或是DApp、智能合约等项目而言,无疑提供一个相当友好生态环境,对于用户而言,它充分展现出在交易上的效能性与费用低的优势,强大潜力加丰厚收益也吸引了越来越多投资者们。

Leituras Relacionadas

Wall Street Begins to Question Tech Giants' AI Narrative

Wall Street Questions the AI Narrative of Tech Giants Wall Street is shifting its focus from the hype surrounding artificial intelligence (AI) to a rigorous financial reality check. Following strong earnings reports from companies like Google and a massive $500 billion financing initiative from Nvidia for AI infrastructure, the market reaction has been mixed and skeptical. The core concern revolves around the massive capital expenditure (CapEx) required for AI development—building data centers and acquiring chips—and whether future cash flows can justify these upfront costs. Investors are now scrutinizing free cash flow (FCF), which measures the cash left after operational expenses and capital investments. A negative FCF, as seen recently with Alphabet (Google's parent company), signals heavy immediate spending, even if profits are growing. The divergent stock reactions highlight this new scrutiny. Microsoft's stock surged after its earnings, supported by strong operating cash flow, growing cloud revenue (Azure), and a large backlog of committed business. In contrast, Alphabet's stock fell despite profit growth because its capital spending caused FCF to turn negative for the first time. Similarly, Nvidia's announcement of a $500 billion financing platform, while potentially expanding its market, raised questions about whether AI build-out has become too expensive for tech companies to fund internally. Analysts are moving beyond simply asking if there is AI demand—which cloud revenue growth confirms—to deeper questions: the speed at which AI investments translate into revenue, profit, and ultimately, cash returns. The market is evaluating the "return on invested capital" (ROIC) over the long term, considering factors like rapid chip obsolescence, energy costs, and future competition. In summary, Wall Street's AI narrative is evolving from grand vision to a detailed financial and operational examination. The key question is no longer if AI is transformative, but whether companies can generate cash returns fast enough to outpace the immense costs of building it. Free cash flow has become a critical first filter in this reassessment.

marsbitHá 49m

Wall Street Begins to Question Tech Giants' AI Narrative

marsbitHá 49m

An Unexpected Player Enters the Lithography Machine Arena

In the spring of 2026, Elon Musk unveiled the TeraFab chip manufacturing plan, aiming to meet the immense computing power needs of SpaceX and Tesla. He subsequently signaled a move into the photolithography machine market, with speculation centering on a Free Electron Laser (FEL) approach to challenge the dominance of traditional EUV technology. Currently, ASML, utilizing Laser-Produced Plasma (LPP) EUV光源, holds a near-monopoly. However, LPP faces bottlenecks in energy conversion efficiency, tin debris contamination, and a power ceiling. In contrast, FEL technology, pursued by companies like xLight (where former Intel CEO Pat Gelsinger serves as executive chairman), offers a different path. It generates EUV light by accelerating electrons, potentially providing higher power without plasma conversion and its associated contamination, targeting the sub-13.5nm "beyond-EUV" wavelength range. The photolithography landscape shows three main trajectories: ASML's incremental evolution (like High-NA EUV),光源革新 like FEL targeting ASML's core component, and non-EUV alternatives like Nanoimprint Lithography (NIL) or Electron Beam Lithography (EBL). While ASML remains the dominant player with strong financials and产能 expansion plans, new entrants are challenging the status quo. xLight claims its FEL could boost productivity by 50-100%. Other paths include Substrate's particle-accelerator-based X-ray lithography and Chinese research into LPP alternatives. Musk's TeraFab is a high-stakes bet that FEL can move from lab to fab, that "plug-and-play"光源 replacement can circumvent ASML's ecosystem, and that massive future compute demand justifies a new supply chain. His public endorsement of FEL signifies that the photolithography business is no longer ASML's game alone.

marsbitHá 49m

An Unexpected Player Enters the Lithography Machine Arena

marsbitHá 49m

Trading

Spot
活动图片