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AzurSwap Smart Contracts

AzurSwap is a decentralized exchange built on the Multi Network blockchain, and its smart contracts are the backbone of the platform's functionality. Smart contracts are self-executing contracts with the terms of the agreement between buyer and seller directly written into lines of code. They run on the blockchain and automatically execute when certain conditions are met.

The AzurSwap smart contracts are responsible for facilitating trades between buyers and sellers in a trustless, decentralized manner. The contracts are programmed to execute trades based on predetermined rules and conditions, eliminating the need for a centralized authority to oversee and approve transactions. This makes trading on AzurSwap more secure, transparent, and efficient compared to centralized exchanges.

In addition to facilitating trades, the AzurSwap smart contracts also enable users to earn rewards through liquidity provision. Liquidity providers can deposit funds into a liquidity pool and receive LP tokens in return, which represent their share of the pool.

Multi Network Design

AzurSwap is a decentralized exchange protocol that operates on multiple networks, including Ethereum, Binance Smart Chain, and Polygon. This means that users can trade assets on different networks using the same interface and without needing to switch between different wallets or platforms.

The protocol uses a set of smart contracts to facilitate the exchange of assets between users, with liquidity providers adding funds to different pools to enable trading. AzurSwap's router smart contract handles the routing of trades between different liquidity pools, and the trading fees generated are distributed to liquidity providers as an incentive to keep the pools well-funded.

The multi-network approach of AzurSwap has several advantages over traditional decentralized exchanges that operate on a single network. First, it allows users to take advantage of different network features and advantages, such as faster transaction speeds, lower fees, or access to different assets. Second, it increases the liquidity available to traders, as funds can be aggregated from multiple networks. Finally, it makes the exchange more resilient to network congestion or outages, as trades can be routed to different networks if one is experiencing issues.

Overall, AzurSwap's multi-network approach and smart contract infrastructure provide a powerful and flexible platform for decentralized trading, with benefits for both users and liquidity providers.

Mainnet

Smart ContractAddress
ETH
Factory0x26BA4cE017BcD67E2Ca9135BD58D3Fc9050FC58f
Router Address0xcEAD1662d943DbaABe9Aa36a2610465009f8Fc4f
BSC (BEP20)
Factory0x26BA4cE017BcD67E2Ca9135BD58D3Fc9050FC58f
Router Address0xcEAD1662d943DbaABe9Aa36a2610465009f8Fc4f
AVAX C Chain
Factory0x26BA4cE017BcD67E2Ca9135BD58D3Fc9050FC58f
Router Address0xcEAD1662d943DbaABe9Aa36a2610465009f8Fc4f
Polygon
Factory0x26BA4cE017BcD67E2Ca9135BD58D3Fc9050FC58f
Router Address0xcEAD1662d943DbaABe9Aa36a2610465009f8Fc4f
Arbitrum
Factory0x26BA4cE017BcD67E2Ca9135BD58D3Fc9050FC58f
Router Address0xcEAD1662d943DbaABe9Aa36a2610465009f8Fc4f
Fantom
Factory0x26BA4cE017BcD67E2Ca9135BD58D3Fc9050FC58f
Router Address0xcEAD1662d943DbaABe9Aa36a2610465009f8Fc4f
OPTIMISM
Factory0x26BA4cE017BcD67E2Ca9135BD58D3Fc9050FC58f
Router Address0xcEAD1662d943DbaABe9Aa36a2610465009f8Fc4f
Celo
Factory0x26BA4cE017BcD67E2Ca9135BD58D3Fc9050FC58f
Router Address0xcEAD1662d943DbaABe9Aa36a2610465009f8Fc4f
ETC
Factory0x26BA4cE017BcD67E2Ca9135BD58D3Fc9050FC58f
Router Address0xcEAD1662d943DbaABe9Aa36a2610465009f8Fc4f
HARMONY
Factory0x26BA4cE017BcD67E2Ca9135BD58D3Fc9050FC58f
Router Address0xcEAD1662d943DbaABe9Aa36a2610465009f8Fc4f

Testnet

Smart ContractAddress
ROPSTEN (ETH testnet)
Factory0x26BA4cE017BcD67E2Ca9135BD58D3Fc9050FC58f
Router Address0xcEAD1662d943DbaABe9Aa36a2610465009f8Fc4f
RINKEBY (ETH testnet)
Factory0x26BA4cE017BcD67E2Ca9135BD58D3Fc9050FC58f
Router Address0xcEAD1662d943DbaABe9Aa36a2610465009f8Fc4f
GOERIL (ETH testnet)
Factory0x26BA4cE017BcD67E2Ca9135BD58D3Fc9050FC58f
Router Address0xcEAD1662d943DbaABe9Aa36a2610465009f8Fc4f
KOVAN (ETH testnet)
Factory0x26BA4cE017BcD67E2Ca9135BD58D3Fc9050FC58f
Router Address0xcEAD1662d943DbaABe9Aa36a2610465009f8Fc4f
BSC TESTNET (BEP20 testnet)
Factory0x26BA4cE017BcD67E2Ca9135BD58D3Fc9050FC58f
Router Address0xcEAD1662d943DbaABe9Aa36a2610465009f8Fc4f
AVALANCHE FUJI TESTNET
Factory0x26BA4cE017BcD67E2Ca9135BD58D3Fc9050FC58f
Router Address0xcEAD1662d943DbaABe9Aa36a2610465009f8Fc4f
POLYGON MUMBAI
Factory0x26BA4cE017BcD67E2Ca9135BD58D3Fc9050FC58f
Router Address0xcEAD1662d943DbaABe9Aa36a2610465009f8Fc4f
ARBITRUM RINKEBY
Factory0x26BA4cE017BcD67E2Ca9135BD58D3Fc9050FC58f
Router Address0xcEAD1662d943DbaABe9Aa36a2610465009f8Fc4f
FANTOM TESTNET
Factory0x26BA4cE017BcD67E2Ca9135BD58D3Fc9050FC58f
Router Address0xcEAD1662d943DbaABe9Aa36a2610465009f8Fc4f
OPTIMISM KOVAN
Factory
Router Address
Celo Testnet
Factory0x26BA4cE017BcD67E2Ca9135BD58D3Fc9050FC58f
Router Address0xcEAD1662d943DbaABe9Aa36a2610465009f8Fc4f
HARMONY TESTNET
Factory0x26BA4cE017BcD67E2Ca9135BD58D3Fc9050FC58f
Router Address0xcEAD1662d943DbaABe9Aa36a2610465009f8Fc4f
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