HPB: Innovation at the service of blockchain

Creation date :

2009

Whitepaper:

bitcoin.org/bitcoin.pdf

Site :

bitcoin.org/fr

Consensus :

Proof of Work

Block Explorer :

etherscan.io

Code :

github.com/bitcoin

Introduction to High Performance Blockchain (HPB)

Blockchain technology has revolutionized the digital transactions industry, enabling increased security, reduced costs and unprecedented transparency. Among the many innovations in the field, High Performance Blockchain (HPB) stands out for its ability to meet the challenges of traditional blockchains. Through the use of hardware accelerators and provable random numbers, HPB offers ultra-fast, low-cost transactions. This article explores in depth what makes HPB unique and how it stacks up against the competition in the world of public blockchains.

A blockchain based on hardware acceleration

One of the most distinctive elements of High Performance Blockchain (HPB) is its use of hardware acceleration, an innovative approach that overcomes the limitations of traditional blockchains. Unlike other blockchains that rely primarily on software algorithms to validate transactions, HPB uses specific BOE accelerator cards, which are deployed at node operators to improve network speed and efficiency. This card, equipped with a random number generator, not only speeds up transactions, but also generates numbers in a random and predictable manner, ensuring greater security and transparency. Hardware accelerators enable HPB to process up to 5,000 transactions per second, an exceptional processing rate that positions HPB as one of the highest performing blockchains capable of supporting applications such as DeFi, NFTs, and GameFi. This high throughput is crucial in an environment where thousands of users can transact simultaneously, and where scalability is essential to avoid network congestion. The integration of hardware acceleration also helps reduce transaction fees, making HPB particularly attractive to application developers and end users.

Provable random numbers for greater security and transparency

The concept of provable random numbers is another major feature of HPB. In many blockchain applications, random number generation plays a crucial role in process security, whether validating transactions, creating cryptographic keys, or distributing rewards. However, generating random numbers transparently and securely has always been a challenge for traditional blockchains. HPB overcomes this challenge by generating random numbers directly on-chain, every block. This process is made possible by a physical phenomenon: small variations in electrical voltage are used to produce truly random numbers. This method ensures that the generated numbers cannot be manipulated or predicted, providing increased security for the entire network. This innovation allows HPB to stand out from other blockchains in terms of reliability and fairness in validation processes, which is particularly important in sensitive areas such as decentralized finance (DeFi) and online gaming. Generating provable random numbers on-chain also helps ensure more secure consensus mechanisms. Attackers cannot anticipate or manipulate the results of processes based on these numbers, making the network more resistant to fraud or manipulation attempts.

HPB: an efficient, durable and secure blockchain

The Proof of Performance (PoP) consensus model is another specificity that sets HPB apart from other blockchains. Unlike the energy-intensive Proof of Work (PoW) model, which requires considerable resources for transaction validation, PoP places emphasis on the performance of network nodes. In this system, nodes are rewarded based on their bandwidth, voteability, as well as the amount of HPB they have in play. This model makes HPB not only more energy efficient, but also more equitable by rewarding nodes that actively contribute to the robustness and security of the network. The PoP system also promotes high network resilience, as nodes must be both efficient and reliable to obtain rewards. This approach makes it possible to strengthen the security of the entire blockchain while avoiding the negative effects of an excessive concentration of power in the hands of a few major players. Additionally, the nature of PoP provides a more democratic reward mechanism, where nodes with greater processing capacity or more network participation receive a larger share of the rewards. The sustainability of the HPB network is also a key factor. Since going online in 2018, HPB has demonstrated its robustness and reliability while evolving towards more decentralized governance. The gradual transition towards a DAO (Decentralized Autonomous Organization) structure allows the community to actively participate in the management and evolution of the network, thus guaranteeing democratic control over its future development.

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