THE UNIQUE STRUCTURE OF KEPLERSWAP
Introduction
The notion of KeplerSwap is elevated from DeFi, but is also elevated at DeFi level. DeFi 2.0 based on DeFi 1.0, built a fresh new environment. The Defi 2.0 explorer Kepler Swap is the intelligent Binance smart chain (BSC) contract and is working on multi-chain and inter-chain aggregation.
KeplerSwap is DeFi2.0’s first decentralized exchange. KeplerSwap also includes other services, such the referral program, SPACE, Lucky Pool etc., as well as full-time access to DeFi 1.0, which resolves many problems that are not addressed by Defi 1.0.
KeplerSwap is a decentralized professional trading platform based on blockchain technology. It gives a complete solution to identity security, asset security and autonomous trading on a combination of blockchains under a Decentralized Market Agreement.
THE KEPLERSWAP STRUCTURE
In the next couple of sessions we will be looking at certain structures and features that are associated with KeplerSwap, making it different from other Decentralized Finance platforms.
Decentralized Exchange Protocol
KeplerSwap provides a decentralized BSC public blockchain exchange mechanism. The BUSD assets can be traded by market players. After successful commissioning, KeplerSwap will enable further decentralised exchange protocols, leveraging multi-chain and cross-chain aggregations, to interact with other public blockchains.
Liquidity Pools
The on-chain implementation of the DeFi Protocol is supported by KeplerSwap. As the liquidity of the mining pool increases, it helps to develop the whole ecosystem.
KeplerSwap platform stability is measured by the number of funds on the platform. The platform is more reliable and stable when it has more funds.
If market liquidity is sufficiently stable, the user can profit from the simplicity and transparency of the decentralized platform, which is utilized accordingly in a centralized and efficient trading environment.
Horizontal Ecosystem and Vertical Ecosystem
New users are needed to establish a referral relationship with existing users to maintain a sustainable environment for KeplerSwap. While all referral relationships are permanently linked, the guest’s income is linked to the guest.
The inviting person must exchange the initial asset trade by way of an inviting person to build a horizontal ecosystem, based upon the relationship.
In order to provide more support to development collectively, users can invite additional individuals to take part in community advocacy. SPACE is a term used to improve the vertical relationships between users in the KeplerSwap environment, expand user rights and establish self-reliance. All participants are involved in supporting decentralized independence through SPACE.
Platform Governance Token
A token-based platform will be launched via KeplerSwap in no distant time.
The platform currency is used to manage the KeplerSwap ecosystem and complements its other rights and interests. They can also be used as bond guarantees to deduct platform costs; or deposit and participate in management.
The launch of the token platform will improve the trading platform in KeplerSwap.
Transaction Fee
Crypto-currency exchanges will be subject to transaction fees. In contrast to many decentralized platforms, a major share of the transaction fee is paid to users by KeplerSwap. The BUSD/SDS trading pair, for example, will repay customers 95% of fees derived from SDS trading on a BUSD trade and the remaining 5% for ecological development.
Decentralized Lending and Flash Swap
All flash loan services on KeplerSwap DeFi 2.0 deliver an effective, more intelligent and friction-free experience for users. Multi currency smart flash loans are supported by KeplerSwap. Because of their needs and the amount of accessible funds used as collateral, users can borrow the respective currency proportionately.
No collateral is required to lend Tokens from the KeplerSwap supply pool, which
are used for “Flash” service, and a Flash Swap can be completed by returning the
Token as soon as the process is concluded.
To learn more about Kepler Structure visit
THE UNIQUE STRUCTURE OF KEPLERSWAP
Introduction
The notion of KeplerSwap is elevated from DeFi, but is also elevated at DeFi level. DeFi 2.0 based on DeFi 1.0, built a fresh new environment. The Defi 2.0 explorer Kepler Swap is the intelligent Binance smart chain (BSC) contract and is working on multi-chain and inter-chain aggregation.
KeplerSwap is DeFi2.0’s first decentralized exchange. KeplerSwap also includes other services, such the referral program, SPACE, Lucky Pool etc., as well as full-time access to DeFi 1.0, which resolves many problems that are not addressed by Defi 1.0.
KeplerSwap is a decentralized professional trading platform based on blockchain technology. It gives a complete solution to identity security, asset security and autonomous trading on a combination of blockchains under a Decentralized Market Agreement.
THE KEPLERSWAP STRUCTURE
In the next couple of sessions we will be looking at certain structures and features that are associated with KeplerSwap, making it different from other Decentralized Finance platforms.
Decentralized Exchange Protocol
KeplerSwap provides a decentralized BSC public blockchain exchange mechanism. The BUSD assets can be traded by market players. After successful commissioning, KeplerSwap will enable further decentralised exchange protocols, leveraging multi-chain and cross-chain aggregations, to interact with other public blockchains.
Liquidity Pools
The on-chain implementation of the DeFi Protocol is supported by KeplerSwap. As the liquidity of the mining pool increases, it helps to develop the whole ecosystem.
KeplerSwap platform stability is measured by the number of funds on the platform. The platform is more reliable and stable when it has more funds.
If market liquidity is sufficiently stable, the user can profit from the simplicity and transparency of the decentralized platform, which is utilized accordingly in a centralized and efficient trading environment.
Horizontal Ecosystem and Vertical Ecosystem
New users are needed to establish a referral relationship with existing users to maintain a sustainable environment for KeplerSwap. While all referral relationships are permanently linked, the guest’s income is linked to the guest.
The inviting person must exchange the initial asset trade by way of an inviting person to build a horizontal ecosystem, based upon the relationship.
In order to provide more support to development collectively, users can invite additional individuals to take part in community advocacy. SPACE is a term used to improve the vertical relationships between users in the KeplerSwap environment, expand user rights and establish self-reliance. All participants are involved in supporting decentralized independence through SPACE.
Platform Governance Token
A token-based platform will be launched via KeplerSwap in no distant time.
The platform currency is used to manage the KeplerSwap ecosystem and complements its other rights and interests. They can also be used as bond guarantees to deduct platform costs; or deposit and participate in management.
The launch of the token platform will improve the trading platform in KeplerSwap.
Transaction Fee
Crypto-currency exchanges will be subject to transaction fees. In contrast to many decentralized platforms, a major share of the transaction fee is paid to users by KeplerSwap. The BUSD/SDS trading pair, for example, will repay customers 95% of fees derived from SDS trading on a BUSD trade and the remaining 5% for ecological development.
Decentralized Lending and Flash Swap
All flash loan services on KeplerSwap DeFi 2.0 deliver an effective, more intelligent and friction-free experience for users. Multi currency smart flash loans are supported by KeplerSwap. Because of their needs and the amount of accessible funds used as collateral, users can borrow the respective currency proportionately.
No collateral is required to lend Tokens from the KeplerSwap supply pool, which
are used for “Flash” service, and a Flash Swap can be completed by returning the
Token as soon as the process is concluded.
To learn more about Kepler Structure visit
