LOONGPrice(LONG)
Details LOONG (LONG) Price information (USD)
The current real-time price of LONG is $38.71. In the past 24 hours, LONG has traded between $38.5 and $39.95, showing strong market activity. The all-time high of LONG is $2,309.02, and the all-time low is $25.5.
From a short-term perspective, the price change of LONG over the past 1 hour is
LOONG (LONG) Market Information
LOONG (LONG) Today's Price
The live price of LONG today is $38.71, with a current market cap of $0. The 24-hour trading volume is 143.05. The price of LONG to USD is updated in real time.
LOONG (LONG) Price History (USD)
What is LOONG (LONG)?
When is the right time to buy LONG? Should I buy or sell LONG now?
Before deciding whether to buy or sell LONG, you should first consider your own trading strategy. Long-term traders and short-term traders follow different trading approaches. LBank’s LONG technical analysis can provide you with trading references.
Future price trend of LONG
What will the value be? You can use our price prediction tool to conduct short-term and long-term price forecasts for LONG.
How much will LONG be worth tomorrow, next week, or next month in ? What about your LONG assets in 2025, 2026, 2027, 2028, or even 10 or 20 years from now? Check now! LONG Price Prediction
How to buy LOONG (LONG)
Convert LONG to local currency
LONG Resources
To learn more about LONG, consider exploring other resources such as the whitepaper, official website, and other published information:
Top 5 addresses | Holding amount | Holding ratio | |
|---|---|---|---|
binance-smart-chain | 0x5a97...69de51  | 3,766 | 85.81% |
binance-smart-chain | 0xac8a...a9449b | 15 | 0.34% |
binance-smart-chain | 0x5b9f...8b4b09 | 12 | 0.27% |
binance-smart-chain | 0xd3a1...c8c3d8 | 5 | 0.11% |
binance-smart-chain | 0x64c4...d33843 | 5 | 0.11% |
Other | 585.6124 | 13.34% |
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LOONG (LONG) FAQ
What specific real-world problem or inefficiency does this Web3 project or token aim to address? Understanding the core issue a project targets is crucial for potential users, investors, and developers to determine its relevance and potential for sustainable demand. A project must demonstrate a clear need to succeed.
A successful Web3 project addresses an actual pain point, streamlines an existing process, or makes a system more accessible than traditional solutions. Without a well-defined problem to solve, a project may struggle to attract and retain users, indicating a lack of genuine utility and a potentially unsustainable future. Identifying the problem space helps evaluate a project's fundamental purpose and potential impact within its target industry.
Is the utilization of blockchain technology genuinely essential for this project's proposed solution, or could its objectives be achieved more effectively through conventional centralized systems? This question assesses whether the project leverages blockchain's unique properties, such as decentralization, transparency, or immutability, appropriately.
A Web3 project should only use blockchain if it provides distinct advantages that centralized alternatives cannot. If the problem can be solved more efficiently or securely without blockchain's inherent complexities, transaction costs, or scalability challenges, the project might not be sustainable as a true Web3 endeavor. The rationale for blockchain integration must be clear, demonstrating how it enhances the solution through decentralization, trustlessness, or other unique benefits.
Who constitutes the core development team behind this project, and what relevant experience or prior accomplishments do they bring to the table? The expertise, skills, and past successes of the team members are paramount indicators of a project's potential for successful execution and long-term viability.
The strength of a Web3 project often correlates directly with the quality and experience of its development team. Assessing their track record involves reviewing their professional backgrounds, previous projects (both successful and challenging), and their collective expertise in relevant technologies like blockchain, smart contract development, and cybersecurity. A transparent and experienced team instills confidence in the project's ability to navigate technical hurdles and deliver on its roadmap.
What is the economic model underpinning the project's token, specifically regarding its total supply, initial distribution mechanisms, and utility? Understanding tokenomics involves examining how the token is allocated among the team, community, and investors, alongside its functional purpose within the ecosystem (e.g., staking, governance, fee payment).
Tokenomics defines the supply, distribution, and utility of a project's native token. Key aspects include the total and circulating supply, the vesting schedules for team and early investors to prevent immediate sell-offs, and how the token incentivizes network participation. A well-designed tokenomic model ensures the token has intrinsic value and encourages long-term ecosystem growth, rather than just serving as a speculative asset for short-term gains.
What measures are in place to ensure the security of the project's platform and its underlying smart contracts? Given the prevalence of exploits and vulnerabilities in the Web3 space, understanding the project's security audits, vulnerability handling procedures, and overall approach to protecting user assets and data is critical.
Security is paramount in Web3, especially for smart contracts that manage significant value. Projects should demonstrate a commitment to rigorous security practices, including independent third-party code audits to identify and rectify vulnerabilities before deployment. Transparency about audit results, bug bounty programs, and a clear plan for addressing potential exploits are essential. Robust security measures build user trust and protect the ecosystem from costly attacks and data breaches.
What defines Web3 applications, and how do their fundamental characteristics distinguish them from traditional Web2 internet services? This question explores the core principles of decentralization, user ownership, and enhanced transparency that underpin the Web3 paradigm, contrasting them with the centralized models of Web2.
Web3 applications leverage decentralized technologies like blockchain, smart contracts, and decentralized storage, fundamentally differing from Web2, which is characterized by centralized platforms controlled by single entities (e.g., social media giants). The key distinction lies in Web3's empowerment of users with greater control over their data and assets, censorship resistance, and transparency. Unlike Web2's reliance on intermediaries, Web3 applications foster trustless interactions and community-governed ecosystems.
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