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View Chartaelf is a high-performance, modular blockchain platform designed for enterprise-level decentralized applications (dApps) and Web3 infrastructure. It is a modular, cloud-computing blockchain that uses a unique "one mainchain + multiple sidechains" architecture for scalability.
aelf employs the AEDPoS (Adaptive Delegated Proof-of-Stake) consensus mechanism, enabling parallel processing for high transaction throughput. The platform natively supports smart contracts and is designed to be interoperable, aiming to serve as a foundational layer for enterprise dApps. The ELF token is the native utility token used for governance, staking, paying transaction fees, and resource allocation across the aelf network.
aelf is a next-generation blockchain platform that structures itself like a cloud computing network, aiming to solve scalability and interoperability issues through its modular design.
| Item | Details |
|---|---|
| Name (Ticker) | aelf (ELF) |
| Alternative Names | - |
| Consensus Mechanism | AEDPoS (Adaptive Delegated Proof-of-Stake) |
| Smart Contracts | Natively Supported (Multi-Sidechain) |
| Category | Layer 1 / Cloud Computing Blockchain |
| Hash Algorithm | Keccak-256 |
| Block Reward | Dynamic, based on network staking and governance |
| Max Supply | 1,000,000,000 ELF |
| TPS | Designed for high throughput; claims of thousands of transactions per second through parallel processing. |
| Scaling Solution | Modular "one mainchain + multiple sidechains" architecture |
| Blockchain | Native aelf blockchain |
The aelf project was founded by Ma Haobo, who serves as its founder and CEO. The development is spearheaded by aelf Singapore Pte. Ltd., with contributions from a global team of developers and researchers. The project's vision is to create a high-performance blockchain operating system that can support large-scale commercial dApp deployment. The governance of the network has progressively moved towards a decentralized autonomous organization (DAO) model, allowing ELF token holders to participate in key decision-making processes.
aelf operates on a unique architecture designed for scalability and efficiency. Its core structure features one mainchain dedicated to coordinating the network and multiple independent sidechains. Each sidechain can host specific dApps or services, isolating traffic and data to prevent congestion on the mainchain. The network uses Adaptive Delegated Proof-of-Stake (AEDPoS). Token holders vote to elect a set of producing nodes (DPoS), and the system adapts block production parameters for optimal performance and security. Different sidechains can process transactions and smart contracts in parallel, significantly boosting the overall network's transaction capacity compared to single-threaded blockchains. Built-in protocols allow assets and data to move securely between the mainchain and various sidechains, as well as with external blockchains, enabling interoperability.
aelf's value proposition centres on its enterprise-focused design and technical architecture. By treating sidechains as independent "cloud clusters," aelf aims to offer the flexibility and resource isolation akin to modern cloud services, which is appealing for business applications. The combination of AEDPoS and parallel sidechain processing targets a high transactions-per-second (TPS) rate, addressing a critical pain point for mainstream dApp adoption. Its architecture is built from the ground up to facilitate communication not just within its own ecosystem but also with other major blockchains, positioning it as a potential connective hub. The ELF token is integral to network security and governance. Holders can stake ELF to participate in node elections, earn rewards, and vote on protocol upgrades, aligning stakeholder incentives with network growth.
The ELF token is the lifeblood of the aelf ecosystem, with several key utilities. ELF is used to pay for transaction fees and computational resources (like deploying and running smart contracts) on the aelf network. Users stake ELF tokens to participate in the AEDPoS consensus, either by voting for block producers or running a producing node themselves, thereby securing the network and earning staking rewards. ELF holders have voting rights in the aelf DAO. They can propose and decide on changes to network parameters, treasury fund allocation, and technical upgrades. On sidechains dedicated to specific resources (like storage or computing), ELF may be used to purchase and allocate those resources for dApp operation. ELF also acts as the primary medium for transferring value and paying fees across the aelf mainchain and its interconnected sidechains.
The aelf ecosystem is evolving through infrastructure development and strategic partnerships. The team continuously works on upgrading its core protocol, including enhancements to its consensus mechanism, sidechain management tools, and cross-chain communication protocols. Efforts are focused on attracting developers by providing robust software development kits (SDKs), APIs, and documentation to build on aelf. This includes fostering DeFi, NFT, and gaming projects. aelf has formed partnerships with various enterprises and blockchain projects to explore use cases in areas like digital identity, supply chain, and decentralized finance, aiming to validate its technology for real-world business needs. A significant part of its roadmap involves deepening interoperability with other major blockchain networks like Ethereum and BNB Chain, allowing assets and data to flow into the aelf ecosystem.
aelf does not use traditional proof-of-work (PoW) mining. Instead, new ELF tokens are generated through block rewards in its AEDPoS consensus mechanism. The primary way for most users to "mine" or earn ELF rewards is by staking their tokens. You can lock up your ELF in a wallet that supports aelf staking and vote for trusted block-producing nodes. In return, you receive a share of the block rewards earned by those nodes. For users with significant technical expertise and a large stake of ELF (or strong community support through votes), it's possible to operate a block-producing node. This involves maintaining a server with the aelf node software, meeting performance requirements, and participating in block validation to earn rewards directly.
Securing your ELF tokens is crucial. Store your ELF in a secure wallet where you control the private keys. Options include hardware wallets like Ledger or Trezor, which offer the highest security for long-term storage, or the aelf official wallet and other reputable non-custodial wallets that support the aelf network. Never share your private keys or recovery seed phrase with anyone. Store them offline in a secure physical location. Only interact with the official aelf website and verified social media channels. Double-check URLs and never enter your seed phrase on any website. If you hold ELF on an exchange for trading, enable all available security features (two-factor authentication, anti-phishing codes, etc.). For large amounts, consider moving funds to a private wallet.
ELF is a popular cryptocurrency listed on many exchanges. To purchase ELF, follow these steps:
Buy in just 4 steps (Register → Verify → Deposit/Purchase → Receive Coins)
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aelf (ELF) runs on a Delegated Proof of Stake variant called AEDPoS, which combines parallel processing with elected block producers. To become a block producer, a candidate must purchase and deposit ELF tokens; once elected, those tokens are locked and only returned when the node steps down without violations. Voters also stake ELF in node elections, where 1 ELF equals 1 vote.
This design removes tokens from circulating supply while validators and voters compete for influence, tightening available float. Because ELF has a hard cap of 1 billion tokens and is not inflationary, no new supply is minted beyond that limit, so sustained staking demand can pressure price upward over time. The trade-off is that heavy lock-ups reduce liquidity, which can amplify both rallies and drawdowns.
aelf (ELF) is an AI-enhanced Layer 1 that pairs a main-chain with multiple side-chains and modular Layer 2 ZK Rollup technology. Every transaction on the network, plus cross-chain indexing and verification between the main-chain and dAppChains, is paid for in ELF. As dApps, DeFi protocols and enterprise use cases grow, demand for ELF to cover gas and block index fees rises with network activity.
Upgrades such as the Mainnet launch in 2020 and the AI-plus-blockchain pivot announced in April 2024 expand what developers can build, which supports TVL and on-chain usage. Because ELF is capped at 1 billion tokens and is not inflationary, ecosystem growth translates into higher transaction demand against a fixed supply, a structurally supportive setup for long-term value.
A spot ETF would let regulated institutions and traditional brokerage accounts gain direct exposure to aelf (ELF) without managing wallets or private keys. That matters because pension funds, registered investment advisors and family offices often cannot hold tokens directly but can allocate to an approved exchange-traded product.
Sustained institutional inflows would deepen ELF's order books, narrow spreads and raise overall liquidity, making large positions easier to enter and exit. Greater legitimacy from regulated vehicles can also lift the asset's perceived quality and create a firmer price floor during market stress. ELF is already backed by institutional investors such as Arrington Capital, Draper Dragon and Galaxy Digital, and listings on major exchanges like Binance, OKX and Upbit show growing market access. Any ETF-style product would likely amplify that trend.
aelf (ELF) and Bitcoin serve very different roles in a portfolio. Bitcoin is the largest, most liquid and most institutionally recognised crypto asset, while ELF is a smaller-cap AI-enhanced Layer 1 focused on parallel processing, side-chains and enterprise blockchain solutions.
| Dimension | aelf (ELF) | Bitcoin (BTC) |
|---|---|---|
| Core Positioning | AI-enhanced Layer 1 for dApps and enterprise | Digital gold and store of value |
| Supply Model | Fixed cap of 1 billion, not inflationary | Fixed cap of 21 million, halving issuance |
| Consensus | AEDPoS with parallel processing | Proof of Work |
| Main Use Cases | dApps, side-chains, cross-chain, enterprise | Settlement, reserve asset, payments |
ELF offers higher growth potential with higher volatility, while BTC typically anchors a portfolio with lower relative risk.
On BTCC, you can attach stop-loss (SL) and take-profit (TP) orders directly to your ELF/USDT perpetual contract position, so risk is capped even if you are away from the screen.
Always size the position so the distance to your SL matches the loss you are willing to accept.
The current price of aelf (ELF) is A$0.087483, with a market cap of A$71.482909M and 24h trading volume of A$2.967085M. The circulating supply is 826.56M (max supply ∞).
Because crypto markets move around the clock, these figures update continuously. For the most accurate live numbers, open the ELF/USDT perpetual contract page on BTCC to view the real-time order book, latest trades and funding rate before placing an order.
aelf (ELF) responds to three broad layers of drivers:
Security incidents and recovery progress can also move ELF sharply in the short term.
The all-time high of aelf (ELF) is A$3.886887, reached on 2018-01-07 14:25; the all-time low is A$0.041529, recorded on 2025-11-25 01:40.
Comparing the current price with these extremes helps you judge where ELF sits in its market cycle and how much room remains in either direction. Open the full-cycle chart on BTCC to inspect the historical price action, volume profile and key turning points before planning a trade on the ELF/USDT perpetual contract.
Reading aelf (ELF) candlesticks starts with the anatomy of each bar:
Combine these signals rather than relying on any single indicator when trading ELF/USDT perpetuals.
You can short aelf (ELF) without holding any spot tokens by using BTCC's ELF/USDT perpetual contracts. Open a short position at a higher price, then close it by buying back at a lower price to lock in the price difference as profit.
This gives you a two-way trading opportunity: you can profit in bear markets and during pullbacks, not only when ELF rises. Because perpetual contracts never expire, you can hold the position as long as your margin requirements are met, though funding rates may apply. Always attach a stop-loss above your entry to control risk if the market moves against you.
Yes. BTCC offers flexible leverage of up to 50x on ELF/USDT perpetual contracts, subject to the platform's risk rules and your account tier. Higher leverage lets you control a larger position with less margin, but it magnifies both gains and losses, and a small adverse move can trigger liquidation.
Beginners should start at 2x to 10x and always use a strict stop-loss. Increase leverage only after you are consistently profitable at lower settings and fully understand margin, maintenance requirements and liquidation price on the ELF/USDT contract page.
After registering on BTCC, switch to Demo Trading mode and you will receive virtual funds, such as 100,000 USDT, to practise with. The demo environment streams real aelf (ELF) market data, so prices, order books and volatility behave like the live market.
Use it to rehearse leverage adjustment, order placement, and take-profit and stop-loss setup on ELF/USDT perpetual contracts without risking real capital. Once you are comfortable with the workflow and your strategy performs consistently, you can move to live trading with confidence.
Follow this four-step flow to start trading aelf (ELF) on BTCC:
Review the order book and funding rate before entering, and start with small size while you get familiar with the ELF/USDT contract mechanics.
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