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Kwenta 價格

Kwenta 價格KWENTA

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$7.58USD
+3.37%1D
Kwenta(KWENTA)的 United States Dollar 價格為 $7.58 USD。
Kwenta價格走勢圖 (USD/KWENTA)
最近更新時間 2026-01-04 21:49:30(UTC+0)

Kwenta 市場資訊

價格表現(24 小時)
24 小時
24 小時最低價 $7.3324 小時最高價 $7.58
歷史最高價(ATH):
$804.55
漲跌幅(24 小時):
+3.37%
漲跌幅(7 日):
+8.15%
漲跌幅(1 年):
-72.73%
市值排名:
#1528
市值:
$3,273,977.59
完全稀釋市值:
$3,273,977.59
24 小時交易額:
--
流通量:
431.81K KWENTA
‌最大發行量:
--
總發行量:
607.16K KWENTA
流通率:
71%
合約:
0x920C...699456b(Optimism)
相關連結:
立即買入/賣出

今日Kwenta即時價格USD

今日 Kwenta 即時價格為 $7.58 USD,目前市值為 $3.27M。過去 24 小時內,Kwenta 價格漲幅為 3.37%,24 小時交易量為 $0.00。KWENTA/USD(Kwenta 兌換 USD)兌換率即時更新。
1Kwenta的United States Dollar價值是多少?
截至目前,Kwenta(KWENTA)的 United States Dollar 價格為 $7.58 USD。您現在可以用 1 KWENTA 兌換 $7.58,或用 $ 10 兌換 1.32 KWENTA。在過去 24 小時內,KWENTA 兌換 USD 的最高價格為 $7.58 USD,KWENTA 兌換 USD 的最低價格為 $7.33 USD。
AI 價格分析
加密貨幣市場今日熱點

加密貨幣市場於2026年1月3日拉開序幕,歷史里程碑、重要技術進步以及不斷變化的監管環境交織在一起,為投資者描繪出一幅複雜而動態的圖景。從比特幣的第17周年慶祝,至以太坊的機構吸引力和其他幣種的激增,今天的事件凸顯了行業的持續演變。

比特幣在價格十字路口標誌著17年

今天,1月3日,標誌著加密貨幣歷史上的一個重要時刻——比特幣創世區塊於2009年被挖掘的第17周年。這一基礎性事件受到社區的慶祝,像Fedi這樣的項目選擇在這一天將其整個軟體堆棧開源。Fedi的舉措旨在通過提供去中心化金融和社會系統的開源工具來賦能社區,與比特幣的原始精神相一致。

隨著2026年的開始,比特幣的價格表現仍然在8.7萬至8.8萬美元之間波動。雖然這表明從2025年底的低點回升,但仍然顯著低於其歷史最高點。分析師對比特幣的近期走勢存在分歧;一些人預見強勁的反彈,可能將價格推向六位數範圍——約12.9萬美元或更高——這取決於宏觀經濟條件的改善和持續的機構興趣。另一方面,其他市場觀察者則警告,如果更廣泛的風險資產市場正常化,可能會有回撤到5萬美元的風險。

鏈上數據顯示出一幅微妙的圖景。證據顯示,賣壓減輕和長期持有者的積累表明,經驗豐富的投資者之間存在著潛在的信心。然而,整體需求仍然謹慎,可能受到持續的宏觀經濟不確定性影響。一項值得關注的關鍵監管發展是2025年數字資產市場清晰法案(CLARITY法案)在美國參議院的潛在通過。如果這項立法得到通過,可能會提供急需的監管明確性並吸引更多的機構資本流入比特幣和其他成熟的加密貨幣。

以太坊鞏固其機構地位

以太坊在2026年初展現出顯著的動能,價格突破3100美元,標誌著強勁的回升。這一增勢發生在共同創始人Vitalik Buterin宣布新的擴容路線圖之後,該路線圖優先考慮去中心化、提高油氣限制以及在零知識以太坊虛擬機(zkEVM)方面的進展。

越來越多地,以太坊鞏固了其作為傳統金融尋求進入加密領域的首選區塊鏈的角色。BlackRock的代幣化基金BUIDL已經實現顯著增長,超過5.5億美元,這表明機構對以太坊的安全性和結算能力的強烈信任。此外,摩根大通正在積極試點在以太坊Layer-2網絡上的代幣化存款,凸顯華爾街對該生態系統的日益採納。現實世界資產(RWA)的代幣化以及穩定幣的擴展預計將在2026年顯著提升以太坊的總鎖倉價值(TVL)。

技術上的改進繼續提升以太坊的效率和擴展性。升級,特別是對Layer-2滾動的升級,極大提高了交易吞吐量,目前每秒處理近4800筆交易。即將到來的Cancun-Danksharding升級預計將進一步減少Layer-1的交易成本達90%,使以太坊更具競爭力和可持續性。儘管這些樂觀指標,部分分析師辯論以太坊在3000美元的水平是否目前高估,特別考慮到最近一些以太坊交易所交易基金(ETF)的資金流出。

其他幣種和更廣泛的市場動態

加密市場正見證著朝向多鏈未來的顯著趨勢,通常被稱為'偉大的加密平台分裂'。儘管以太坊迎合機構金融,Solana卻在日常支付解決方案中獲得了 traction。這種多樣化表明,精明的投資者日益尋求在多條鏈中分散風險,而不是僅僅專注於一個。

迷因幣也頻繁出現新聞,佩佩(PEPE)在24小時內大幅上漲28%,成為本週的表現最佳者,這得益於社交勢頭。其他如Canton(CC)等的其他代幣也看到強勁的增長,達到新的歷史高點,而Chiliz(CHZ)在每週也大幅上漲,可能受到與超級碗相關的需求影響。

監管環境仍然是關鍵因素。除了CLARITY法案外,1月31日前美國政府可能關閉的前景也可能引入市場不確定性並影響加密監管活動。在全球範圍內,土庫曼斯坦已開始合法化加密挖礦和交易所,儘管是在嚴格的國家控制之下。

宏觀經濟條件也發揮著重要角色,美國聯邦儲備減息的期望降低可能給加密資產帶來壓力。相反,宏觀經濟形勢的改善被視為市場的建設性力量。整體市場情緒反映出微幅回升,但仍面臨低流動性和分歧的意見,影響著替代幣的走勢。值得注意的是,預測市場在2026年成為加密領域快速增長的應用。

結論

2026年1月3日,以不斷變化的技術創新、演變的監管框架和變化的投資者情緒突顯出一個不斷波動的加密市場。比特幣的持久性、以太坊的機構融入以及充滿活力的替代幣生態系統共同促成了一個複雜而充滿機遇的格局,隨著年份的展開。

AI 產生的內容可能不完全準確,建議您透過多方管道進行資訊確認。以上內容不構成投資建議。
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您認為今天 Kwenta 價格會上漲還是下跌?

總票數:
上漲
0
下跌
0
投票數據每 24 小時更新一次。它反映了社群對 Kwenta 的價格趨勢預測,不應被視為投資建議。
以下資訊包括:Kwenta 價格預測,Kwenta 項目介紹和發展歷史等。繼續閱讀,您將對 Kwenta 有更深入的理解。

Kwenta價格預測

什麼時候是購買 KWENTA 的好時機? 我現在應該買入還是賣出 KWENTA?

在決定買入還是賣出 KWENTA 時,您必須先考慮自己的交易策略。長期交易者和短期交易者的交易活動也會有所不同。Bitget KWENTA 技術分析 可以提供您交易參考。
根據 KWENTA 4 小時技術分析,交易訊號為 買入
根據 KWENTA 1 日技術分析,交易訊號為 中立
根據 KWENTA 1 週技術分析,交易訊號為 賣出

KWENTA 在 2027 的價格是多少?

2027 年,基於 +5% 的預測年增長率,Kwenta(KWENTA)價格預計將達到 $7.9。基於此預測,投資並持有 Kwenta 至 2027 年底的累計投資回報率將達到 +5%。更多詳情,請參考2026 年、2027 年及 2030 - 2050 年 Kwenta 價格預測

KWENTA 在 2030 年的價格是多少?

2030 年,基於 +5% 的預測年增長率,Kwenta(KWENTA)價格預計將達到 $9.15。基於此預測,投資並持有 Kwenta 至 2030 年底的累計投資回報率將達到 21.55%。更多詳情,請參考2026 年、2027 年及 2030 - 2050 年 Kwenta 價格預測

Kwenta (KWENTA) 簡介

什麼是 KwentaKWENTA)?

Kwenta 是一個使用戶能夠交易合成資產的平台,合成資產是代表另一種資產價值的代幣化衍生品。該平台基於 Synthetix 協議構建,並在第 2 Optimism 上運行。這可以降低天然氣成本並提高可擴展性。此外,Kwenta 還提供逐倉保證金和高達 25 倍的槓桿。為了確定資產價格,該平台使用結合了 Chainlink PYTH 的混合預言機方法。交易者需要存入 sUSD,並且必須滿足 40 美元的最低存款要求,以鼓勵及時清算。

昆塔(KWENTA)如何運作?

如果您打算購買合成資產、開立期貨部位或利用 Kwenta 上提供的任何金融工具,您將需要使用 sUSD。這是因為 Kwenta sUSD 報價其資產價格。選擇 sUSD 也支持 Kwenta 的去中心化精神。值得注意的是,sUSD 是一種完全去中心化的穩定幣,由去中心化流動性協議 Synthetix 鑄造。由於其去中心化發行,sUSD 無法被靜音、封鎖或停止。

什麼是 KWENTA 代幣?

為了鼓勵 Kwenta DAO 內部的合作和擴展,KWENTA 代幣將作為一種激勵手段。它的兩個主要用途是質押和治理。

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Bitget 觀點

ℝ𝕦𝕓𝕚𝕜𝕤 (♟️,♟️)
ℝ𝕦𝕓𝕚𝕜𝕤 (♟️,♟️)
2025/10/18 08:17
I have written on ZK Coprocessors. However, during the week, I read @brevis_zk's Pico Prism blog, and I was wowed. The execution level is amazing. Let's check it out together. TL;DR So here is what happened. Between September 1 and October 3, @brevis_zk ran what they called "Pico Prism," and it proved that 99.6% of Ethereum blocks could be processed in under 12 seconds. The setup utilized 64 RTX 5090 GPUs across 8 servers, with a total hardware cost of approximately $128K. The average proving time was 6.9 seconds, and 96.8% of blocks completed below 10 seconds. Interestingly, the test used Ethereum’s full 45M gas block limit. To understand how big that is, it helps to look back. Earlier in the year, @SuccinctLabs’s SP1 Hypercube achieved 93% of blocks under 12 seconds with an average of 10.3 seconds. Their setup used 160 RTX 4090 GPUs and cost between $300K and $400K, though they estimated this could fall to $100K as hardware improves. This is the tech @Mantle_Official uses. I know all of the above are still jargon to you. We should analyze Brevis one after the other for proper understanding... ------ 📌 What Is Brevis? Two products connect the existence of Brevis. The first is a ZK Data Coprocessor. Like I've explained in earlier zk coprocessor posts, it allows smart contracts to use proven facts about what has already happened on-chain. This means contracts can pull verified data like trading volume, liquidity behavior, debt health, or even a user’s long-term activity. These are the kinds of complex calculations that normal contracts cannot do cheaply. To make it more concrete, imagine a lending app that wants to check how long a user has stayed in healthy debt before offering a discount. Normally, it would need an oracle or a manual check. Using @brevis_zk, the app can instantly prove that history. Coinbase Cloud already runs Brevis as an actively validated service on EigenLayer, and they have shown how the developer workflow looks in practice. The second product is Pico, a Modular zkVM and Coprocessor toolkit. Think of it as the core engine that powers everything Brevis does. Pico uses what Vitalik once described as a “glue and coprocessor” design. The glue is a general virtual machine that manages recursion and proof aggregation, that is, smart contracts that hold logic together. While the coprocessors are specialized circuits that handle heavy or specific tasks or do the hard computation. Developers can combine these components, swap proving backends, and even build their own application-level coprocessors. ------ 📌 Where is Brevis Proving Itself? Brevis is now powering some of the biggest DeFi and blockchain platforms, including those running on BNB Chain, Linea, and EigenLayer: → @PancakeSwap Infinity integrated Brevis-powered hooks to ensure that liquidity pools can run fee discounts and loyalty programs based on proven user history. This means a user who provides liquidity regularly can automatically earn lower fees or better rewards without needing extra verification steps. The system reads verified on-chain data in real time during each swap. → @MetaMask partnered with Linea and Brevis to deliver zk-proven rewards for MetaMask Card users with Aave positions. The setup computes rewards every four hours and settles them on-chain through a system called "Incentra," ensuring that users are already earning rewards powered by verified proofs, not centralized logic. Brevis also launched a propose and challenge coprocessing cochain as an Actively Validated Service (AVS) on @eigenlayer. On its first day, the network listed 29 operators with >$1.6B in restake commitments from partners. The model reduces cost because apps can accept optimistic results quickly while still keeping a zk-proof path to challenge any incorrect result. ------ 📌 The Economic Layer Brevis runs on: 1. Hardware: Brevis structures its proving system around a distributed GPU setup built for parallel computation and efficiency. The system runs proofs across several consumer-grade GPUs working together in stages, such as data ingestion, witness computation, aggregation, and verification preparation. Each stage processes different parts of the task at the same time, then merges everything into compact proofs. This approach makes the hardware layer modular, scalable, and easy to deploy without relying on specialized machines. 2. Operator Markets: Brevis runs on @eigenlayer, meaning it inherits security and reliability from restaked operators. @coinbase Cloud already runs Brevis’s AVS, and the list of operators includes projects like @ankr, @ChorusOne, @kiln_finance, and @NethermindEth. We also have @jojo_exchange using it for ZK-proven funding rates, Kwenta using it for accessing historical data across $60B+ in trading volume, @LineaBuild distributed 1B tokens using Brevis proofs, @Frax, @GammaStrategies, @TrustaLabs, etc. This structure matters because Brevis can scale with the existing operator ecosystem and use its discipline and reputation. 3. Demand: Proven data and proven compute unlock immediately monetizable flows: → Discounts and routing on a DEX. → Incentives that key on user behavior without trusted oracles. → Under-collateral liquidation checks that look at multi-market exposure. The willingness to pay is highest where the proof saves capital or captures flow. 4. Supply: Proof markets are building up. @SuccinctLabs runs a growing prover network and even onboarded @cysic_xyz as a hardware-accelerated prover. Other hardware-centric proof layers like Cysic are pushing real-time proving as a service. So, we should expect clearing prices for a given latency and coverage objective. Brevis can both generate and consume that supply as Pico and its coprocessors evolve. ------ 📌 How Far Can This Go → In the near term, DeFi applications are about to become more state-aware. Before a swap happens, pools can check user history to offer personalized fee cuts. Liquidity rewards can target addresses that have supported price stability over time. Lending markets can reward borrowers who maintain healthy debt instead of simply tracking balances at snapshots. All these features are already possible through the Brevis Portal and its data coprocessor. → In the medium term, governance systems can start enforcing budgets based on verified performance. Since zk-proofs can confirm complex metrics across long time frames, protocol treasuries will only release funds when measurable goals are achieved. The cochain setup makes this cheaper by allowing optimistic results while keeping a zk-proof fallback for disputes. → In the long term, the same proving efficiency could influence the base layer itself. If one prover can cheaply convince every node that a block is valid, networks could scale throughput without requiring every validator to run large infrastructure. Brevis is already close to full real-time coverage on current Ethereum blocks, showing that this idea is moving from theory to implementation. ------ 📌 Brevis Versus Other Provers There are other Provers in the space, each solving a different part of the proving problem. We have: → SP1 Hypercube by @SuccinctLabs: This is one of the fastest zkVMs in the market and forms part of a growing prover network. SP1 set early performance standards for real-time proving and continues to pursue formal verification for its hardware chips. Brevis now records higher block coverage and lower cost per block at current gas limits, but both projects are moving the field forward in valuable ways. → @RiscZero Bonsai: This project has built strong developer traction with an easy-to-use proving service for Rust programs. It is well-suited for application logic and client-side proofs.. → @axiom_xyz: Axiom focuses on historical state queries using Halo2 circuits. It specializes in correctness, auditability, and verifiable data access, making it a great fit for analytics and state proofs that require precision. → @lagrangedev and @SpaceandTimeDB: These systems approach coprocessing through SQL-based queries. They are ideal when the goal is to verify relational data or run structured analytics. Brevis takes a broader approach using zkVM plus a coprocessor model and is already embedded in AMMs, wallets, and reward systems. → @cysic_xyz and hardware-heavy layers: Hardware layers like Cysic provide proving acceleration through advanced silicon. Brevis benefits from this trend because its architecture already supports multi-GPU parallelism. As proof generation gets faster and cheaper, prover networks and zk coprocessors will scale naturally through cleaner and more efficient parallel proof graphs. Read about other zk coprocessors here:
ETH+0.35%
BNB+1.99%
EntropyAdvisors_
EntropyAdvisors_
2025/03/27 14:50
3.1/ Excluding blockchain costs, incentives are the biggest expense at $141M (85%). Grants follow at $13M. Ranked by initiative: 1. STIP & STIP Backfund: $103M 2. LTIP, STIP Bridge & Kwenta Incentives: $38M 3. Gaming Catalyst Program: $7.1M
AMP0.00%
Shaxy
Shaxy
2024/08/16 14:06
sETH potential
The value of sETH is maintained through the use of price feeds supplied by a decentralized network of oracles, provided by Chainlink. This ensures that the price of sETH closely tracks the real-time price of Ether, making it an attractive option for those looking to gain exposure to Ether's price movements without holding the actual cryptocurrency. Trading sETH offers several benefits, such as the ability to trade against other synthetic assets without the traditional slippage experienced in conventional exchanges. This is because trades are executed within the Synthetix protocol itself, which uses a unique mechanism to facilitate liquidity and ensure efficient trading.Furthermore, sETH plays a crucial role within the broader Synthetix ecosystem, which includes platforms like Kwenta and Synthetix.Exchange. These platforms allow users to trade a wide range of synthetic assets, including cryptocurrencies, commodities, and fiat currencies, providing a versatile trading experience. It's important for potential investors to conduct thorough research and consider the inherent risks associated with trading synthetic assets and participating in the DeFi space. The innovative nature of these technologies offers new opportunities but also comes with its set of challenges and risks.
BLU-RAY
BLU-RAY
2024/08/12 16:41
今日二级市场催化剂整理:
重点:美国是否会停止干涉加密货币成为后续山寨季到来的核心, 特朗普的共和党官方政纲刚刚表示,他们将支持加密货币创新。 这是根据共和党全国委员会周一发布的一份文件。 更加重要的事情是:他们还将反对创建中央银行数字货币 这意味着去中心化和中心化的稳定币都将有更好的发展空间。 项目细节: 1.Optimism $OP 启动了 SuperFest,SuperFest是一个奖励用户在 Optimism 超级链中探索 DeFi 的活动。 2.永续合约聚合器RageTrade 正在 HyperLiquid L1 上推出其 $RAGE 代币。 3.Kwenta 正在讨论将 $GMX 和 Gains Network 的流动性整合到 Kwenta 的永续合约市场中。 4.Puffer Finance 推出了 Puffer UniFi。Puffer UniFi是一个基于 Rollup 的解决方案,将提供原生收益、无GAS交易和增强的安全性等功能。 5.Tally是一个 DAO 治理程序,推出了与 Symbiotic 合作的 Governance Restaking。 6.Jupitor $JUP 推出了名为 an ape 的 memecoin 交易平台,提供一个安全的钱包金库,用户可以通过存入$ SOL 开始交易。 7.Aave 推出了 $Aevo 策略。它们是自动交易金库,可以代表用户执行复杂的策略。
JUP+2.89%
GAS-0.19%

KWENTA/USD 匯率換算器

KWENTA
USD
1 KWENTA = 7.58 USD。目前 1 個 Kwenta(KWENTA)兌 USD 的價格為 7.58。匯率僅供參考。
在所有主流交易平台中,Bitget 提供最低的交易手續費。VIP 等級越高,費率越優惠。

KWENTA 資料來源

Kwenta評級
4.4
100 筆評分

標籤

合約:
0x920C...699456b(Optimism)
相關連結:

您可以用 Kwenta (KWENTA) 之類的加密貨幣做什麼?

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如何購買 Kwenta?

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我如何出售 Kwenta?

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什麼是 Kwenta,以及 Kwenta 是如何運作的?

Kwenta 是一種熱門加密貨幣,是一種點對點的去中心化貨幣,任何人都可以儲存、發送和接收 Kwenta,而無需銀行、金融機構或其他中介等中心化機構的介入。
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常見問題

Kwenta 的目前價格是多少?

Kwenta 的即時價格為 $7.58(KWENTA/USD),目前市值為 $3,273,977.59 USD。由於加密貨幣市場全天候不間斷交易,Kwenta 的價格經常波動。您可以在 Bitget 上查看 Kwenta 的市場價格及其歷史數據。

Kwenta 的 24 小時交易量是多少?

在最近 24 小時內,Kwenta 的交易量為 $0.00。

Kwenta 的歷史最高價是多少?

Kwenta 的歷史最高價是 $804.55。這個歷史最高價是 Kwenta 自推出以來的最高價。

我可以在 Bitget 上購買 Kwenta 嗎?

可以,Kwenta 目前在 Bitget 的中心化交易平台上可用。如需更詳細的說明,請查看我們很有幫助的 如何購買 kwenta 指南。

我可以透過投資 Kwenta 獲得穩定的收入嗎?

當然,Bitget 推出了一個 機器人交易平台,其提供智能交易機器人,可以自動執行您的交易,幫您賺取收益。

我在哪裡能以最低的費用購買 Kwenta?

Bitget提供行業領先的交易費用和市場深度,以確保交易者能够從投資中獲利。 您可通過 Bitget 交易所交易。

熱門活動

您可以在哪裡購買Kwenta(KWENTA)?

透過 Bitget App 購買
數分鐘完成帳戶註冊,即可透過信用卡或銀行轉帳購買加密貨幣。
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透過 Bitget 交易所交易
將加密貨幣存入 Bitget 交易所,交易流動性大且費用低

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1 USD 即可購買 Kwenta
新用戶可獲得價值 6,200 USDT 的迎新大禮包
立即購買 Kwenta
加密貨幣投資(包括透過 Bitget 線上購買 Kwenta)具有市場風險。Bitget 為您提供購買 Kwenta 的簡便方式,並且盡最大努力讓用戶充分了解我們在交易所提供的每種加密貨幣。但是,我們不對您購買 Kwenta 可能產生的結果負責。此頁面和其包含的任何資訊均不代表對任何特定加密貨幣的背書認可,任何價格數據均採集自公開互聯網,不被視為來自Bitget的買賣要約。
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