Aelf

aelf (ELF) is a cryptocurrency launched in 2017. It serves as the native digital asset of aelf, an AI-enhanced Layer 1 blockchain network designed for high-throughput decentralized application deployment.

The protocol delivers a decentralized cloud computing layer that directly tackles the throughput bottlenecks and high gas fees endemic to legacy monolithic chains. By isolating transactional load into a multi-sided sidechain topology, aelf enables parallel execution of smart contracts without congesting the main settlement layer. Its modular integration of Zero-Knowledge Rollup technology compresses batch proofs, preserving cryptographic verifiability while slashing on-chain data footprints. The result is a lean execution footprint.

The network operates on its own blockchain using delegated proof-of-stake. ELF holders vote to elect a rotating set of block producers, who take turns constructing and validating new blocks under a Byzantine Fault Tolerant-like finality rule. This election cycle aligns economic incentives. Validators that misbehave risk partial slashing of their bonded collateral.

The aelf node client implements the protocol in C#, delivering deterministic execution and a secure, garbage-collected runtime environment atypical of most blockchain clients. ELF functions as a multi-chain asset, existing natively on the aelf mainnet while circulating as ERC-20 and BEP-20 wrapped representations on Ethereum and BNB Chain respectively. This cross-chain scaffolding, complemented by an embedded AI governance layer, extends execution into verifiable off-chain computation. This is not an EVM clone.

Auric, a veteran Web3 operator, founded the project and serves as CEO. He formally unveiled the project’s vision at a Coindesk summit on 10 December 2017, where it immediately attracted backers including Arrington Capital, Draper Dragon, and Galaxy Digital in a funding round that closed well ahead of schedule. Developer testnets went live in 2018. The production mainnet delivered functional sidechain capability in 2020.

The project orients its R&D toward a decentralized substrate where autonomous AI agents and data-rich smart contracts interoperate without centralized intermediation. By converging proof verifiability with large language model integrations, aelf aims to collapse the friction that currently isolates machine learning pipelines from on-chain settlement. Its posture is one of infrastructure foundationalism, not point-solution optimization. Centralized hyperscalers are not the model.

Within the protocol’s mechanics, ELF is the exclusive unit of account for gas consumption across mainchain and sidechain operations. Staking the token activates validator eligibility, with delegation weights directly translating into influence over consensus parameter adjustments and upgrade proposals. The asset also collateralizes sidechain lifecycle events, spinning up new execution shards and routing spent computational credits back to a governance-controlled treasury. Governance token, gas token, collateral—ELF serves all three roles.

Prospective block validators must stake a non-trivial ELF bond to register as candidates, earning a pro-rata share of transaction fees and inflationary issuance each epoch. Development teams requisition sidechain capacity by spending ELF, which locks their dedicated throughput and covers the amortized cost of ZK proof generation. End users transfer the token to interact with any dApp, with each state mutation triggering a fee deduction proportional to the computational complexity of the invoked contract. Every call costs ELF.

aelf has a maximum supply of 1,000,000,000 tokens. Currently, 819,518,119.47 are in circulation. With a market capitalization of $64,177,614.00, aelf ranks #407 among all cryptocurrencies.