An advanced swap engine built on our Internal Virtual Chain

The Kaiba IVC (Internal Virtual Chain) is an advanced swap engine that exists within the Ethereum mainnet, enabling a new class of upgradable smart contracts that ensures efficient and secure transactions, all while saving up to 80% in gas fees.

The Rationale

Gas fees on Ethereum are not sustainable through traditional instruments. For example, Uniswap is not optimized, and token logic are obsolete. We need new instruments taking innovative approaches. To this end, Kaiba's Internal Virtual Chain is a rethink of the concept of tokens and swaps.

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What IVC Offers

As a radical think of the concept of swaps, Kaiba's IVC aims to bring significantly faster transactions, the same degree of security as Ethereum, lower burden on the chain, all while saving up to 60-80% on gas fees.

How Does It Work?

Instead of using obsolete and bloated pre-written libraries, we developed our alternatives where processes are optimized and slimmed down. In particular, instead of forcing swaps to interact with multiple contracts, everything is managed by a single contract reducing the gas consumed, and time and execution. By use of dynamic virtualization, tokens will not need to be subject to smart contract or liquidity interaction. Tokens will exist as synthesized structures for token swap processing with in the Internal Virtual Chain. Using this method allows for the saving of blockchain space, gas costs on Ethereum, and time needed for trading and smart contract deployment. Through these new approaches in interface a totally new class of upgradable contracts can be issued, all working through the IVC.