The Haqq Network Architecture

Haqq is developed using a platform that is itself based on a consensus engine. IBC, on the other hand, is descended from the Cosmos SDK, IBC from the Tendermint Core, and Ethereum Compatibility is descended from Evmos. Instant finality is provided by Haqq, an Ethereum-compatible Proof of Stake blockchain network.

Tendermint is a program for reliably and securely copying an application across numerous computers. Tendermint offers two key technical elements:

Byzantine fault tolerance refers to the capacity to accept machines malfunctioning in unpredictable ways, such as turning malignant (BFT). Byzantine fault tolerance is used by the Tendermint consensus engine.

With Tendermint, a transaction can be instantly finalized, making it irreversible once it has been approved. As long as more than a third of validators are sincere, instant finality prevents forks from occurring (byzantine). After a block is created, users may be guaranteed that their transactions are complete.

The Tendermint BFT Consensus’ security and consistency enable the Haqq network to be maintained by a group of impartial validators who don’t need to be trusted and who will offer reliable data and transaction processing. Haqq network’s instant finality makes it suited for a variety of applications, including those that require quick feedback loops, such as those found in gaming, social media, speedy payments, etc.

Tendermint Core interacts with the program handling the transaction over a socket protocol that adheres to the (ABCI).

Without forking Tendermint, ABCI enables the introduction of unique transaction processing logic. This allows Haqq and the Evmos components on which it is based to utilize new Tendermint versions without having to backport features and fixes through a time-consuming and error-prone code merging procedure. Additionally, this makes it possible for the Haqq team to work with Tendermint maintainers and other Tendermint ecosystem participants, in order to enhance Tendermint Core for the benefit of the ecosystem as a whole.

The most cutting-edge platform for creating unique, application-specific blockchains is currently Cosmos SDK. The foundational layer of Evmos upon which Haqq is based is Cosmos SDK. Without forking the core, Cosmos SDK allows for the construction of blockchains from modular components. Tendermint is the default consensus engine for Cosmos SDK. The fact that Haqq is compatible with the Inter-Blockchain Communication Protocol and can thus communicate with the rest of the Cosmos ecosystem is the main advantage of using the Cosmos SDK for development.

Haqq wants to be accessible to both users and developers interested in creating projects for the Haqq network. Haqq must therefore support a programming language and toolkit that are well-known to the vast majority of blockchain developers. Haqq is utilizing several Cosmos SDK-based network components for EVM compatibility in order to achieve full EVM equivalency. Because Haqq is EVM-equivalent, anything created on Ethereum or other EVM-equivalent networks, such as the Evmos and Evmos-based networks, may be deployed there without having to rewrite any smart contract code or concern that something could fail. Haqq strives for complete user experience compatibility with the rest of the Evmos and Cosmos ecosystems, as well as community collaboration.

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