What is forbitspace?

The forbitspace DEX super aggregator is an interoperability protocol that connects disparate blockchains that unites decentralized applications across disparate blockchains, simultaneously uniting liquidity across chains and making it possible to transact in, out, and across disparate networks with ease. 

forbitspace is an interoperability aggregator protocol that unites decentralized applications across disparate blockchains. allows crypto traders to tap deep liquidity and receive better pricing one single interface.

forbitspace uses an algorithm spaceflight smart order routing that split a single transaction into multiple orders across various DEX’s, also route orders through allows crypto traders to tap deep liquidity and receive better pricing low cost & efficient the most liquidity.

forbitspace DEX aggregator employs smart order routing algorithms to source liquidity from different DEXs and thus offer users better token swap rates than they could get on any single DEX. forbitspace aggregator has the ability to optimize slippage, swap fees, and minimize slippage on large orders for users and offers traders the best price possible in the shortest possible time.

The Decentralized Exchange Super Aggregator spread across multiple networks

Blockchains such as Binance Smart Chain, Solana, and layer-two solutions like Polygon, Avalanche, Arbitrum, Optimism are quickly catching up and solving some of the problems that accompany building on Ethereum. Contrary to popular rhetoric, these solutions are not being implemented to “kill Ethereum” but to provide a multi-chain approach to building for Web 3.0. The number of blockchains and blockchain projects being built each day is on the rise as developers try to leverage the technology’s capabilities.

The increase comes in a multi-chain space called the forbitspace DEX Super Aggregator, which can facilitate and interconnect new chains to enhance the overall user experience. The approach of a multi-chain ecosystem would allow anyone to join anywhere.