High Performance Blockchain is a blockchain architecture that follows a novel approach by combining both hardware and software. HPB is a permissionless structure and aims to solve the main problem of scalability that is hampering growth in the blockchain industry.
As the adoption rate of the technology grows, the transaction volumes are also increasing. The current available infrastructures are not able to handle such traffic causing congestion and slowdowns. The congestion in the network leads to higher transaction fees. Due to these issues, developers usually experience roadblocks in dApp development.
The HPB platform aims to tackle the scalability issue and add value to businesses while solving problems for consumers. HPB’s novel approach of open-source hardware and software architecture offers advantages: The hardware architecture presents a streamlined approach to security, data collection, and data integrity and does the main blockchain processes like signature verification, consensus mechanism, and computation, thereby optimizing the software by reducing the massive workload on the parent system. The software architecture mainly acts as an interface, which is a customizable tool for the user.
With HPB, the two architectures are supposed to perform the tasks that they are designed for—hardware for raw computing and software for interacting with the user. This is how the platform aims to add value in terms of high transactions per second, a fully customizable interface, low maintenance costs, and data and system security.
HPB uses a proof-of-performance (PoP) consensus mechanism, which mainly considers the performance contribution of each participating node and other factors in the calculation.
HPB is the native coin of the platform. It is a governance token that is also used to incentivize the node holders.
