Telegram: https://t.me/hpbglobal

What is HPB exactly?

High Perfromance Blockchain is a hardware-accelerated chip-driven blockchain platform that aims to create an easy-to-use high-performance public chain optimized for hardware acceleration and software algorithms, and to promote the commercialization of blockchain technology.

It's world's first platform that provides microchip speed enhancing, predicted to breakthrough the current bottleneck of 3000TPS, with lots of stability in between.

The team largely came from Huawei (telecom company), IBM, union bank etc, which are all huge international Brands- they have massive experience in internet, IT and the banking sectors.

HPB Features

Open Source

This will attract blockchain developers to integrate and develop their Dapps in their platform

Support Millions of Daily Users

Through HPB technology, they will break through millions of transaction per second that can accomodate millions of daily users. with this said it'll be on par on how Google, Uber etc, accomodate theri millions of actibe users. HPB could be used for similar enterprise applications.

Low Latency

It is expected that HPB can confirm transcations within seconds

High Throughput, High Concurrency

TOE Technology

It aims to accomplish some or all packet processing

tasks through a dedicated processor on a dedicated network card. In other words, by using

a specialized network card with a TEO chip, it uses four layers of TCP processing to transfer

from the host processor to the hardware accelerator. The end result is accelerated

response, enhanced network concurrency, reduced server complexity, and improved node

processing performance.

Acceleration Engine

HPB is designed around blockchain-dedicated hardware acceleration units – including hardware and firmware acceleration – as well as software engine matching – including system driver and software interface API hardware acceleration. In more straightforward terms, that means high performance and high speed concurrent computation through parallel processing of CPU, GPU, FPGA, and serial ASIC chips.

DPOS Consensus Algorithm

Delegated Proof-of-Stake Consensus; the whole network of token holders is able to vote through the

system to appoint new block producers. Anyone can participate in block production once

elected.

BLock Production Every 3 Seconds

HPB expects to produce a new block every 3 seconds. At any point, only one producer is authorized to produce blocks. If a block production falls at any time, then that block will be skipped.

Transaction Confirmation

The block chains maintained by the DPOS algorithm are 100% online. That is to say,

after an average of 1.5 seconds, a transaction will be written into the blockchain and all

outgoing nodes will be aware of the transaction. This means that in only 1.5 seconds, a

transaction can be identified as 99.9% confirmed received onto the blockchain

Plug-and-Play Consensus Algorithm Module

The DPOS consensus algorithm can widely support public chains, alliance chains

and private chains. If there is a specific business use scenario or specific business needs,

HPB plug-and-play consensus algorithm module can flexibly support integrated handover of

different consensus algorithms, as well as support a common interface for POS-type

consensus algorithms.

Identity and Authorization Management

The HPB framework service layer design supports authentication

and authorization of multi-level participants and related resources.

HPB allows using only a 3 to 32 character long account name to refer to accounts,

which is chosen by the account creator. All accounts must be filled with a minimum

account balance at the time of creation in order to cover the costs of storing account data.

Role-Based Privilege Management

Privilege management, in the world of blockchain technology, helps define whether or not a particular message is properly authorized. The simplest way in which this is done is to check if the transaction has the required signature. HPB, on the other hand, provides a “declarative rights management system that allows for high-level account granularity and control for anyone at any time.”

Status Channel

HPB should not deploy smart contracts onto the blockchain, but instead uses

intelligent contracts on status channels to improve the speed, reliability and scalability of

the blockchain. According to current practical applications, the blockchain system cannot

completely replace existing systems, and more or less requires the introduction of

traditional centralized modules. The introduction of status channels is the most meaningful

attempt to seal the blockchain system architecture.

Blockchain API's

HPB uses JSON-RPC and RESTful API to support various

data applications and development languages. It supports multi-blockchain, data query,

transaction submission and other blockchain operations. In different business scenarios,

the interactive access interface can be further integrated with the privilege control system.

Application SDKs

Application SDKs are comprehensive services for development in different

programming languages of comprehensive service function interfaces for blockchain

operations and functions, packet-based encryption, data signatures, transaction generation,

etc. It can be extended to integration of specific business logic functions, and seamlessly

support expansion and integration into various business system languages. It will support

Java, JavaScript, .NET, Ruby, Python and other SDK languages.

Smart Contract System

HPB has a complete smart contract system. Each smart contract acts as a yoke on the asset management lifecycle. Submission, deployment, usage, and cancellation are completely controlled and managed by the smart contract. There’s also a smart contract auditing system that involves a combination of automatic auditing tools and professional auditors. To make smart contract deployment as easy as possible, HPB has a smart contract template that can be used for general business applications.

General Virtual Machine Mechanism

The goal of HPB is to support a variety of virtual machines, and, over time, add new

virtual machines as needed.

HPB smart contract virtual machines are lightweight and support multi-level

contracts. They combine the underlying virtual machine with high-level program language

analysis and transformation, and flexibly support the basic applications of the virtual

machine. Through customized API operation, the external interface of the virtual machine

can be realized, and can flexibly interact with ledger data and external data. This

mechanism achieves high performance of native code execution when running the smart

contract. A GVM supporting different blockchains is also implemented.

Ethernet Virtual Machine and Ant Virtual Machine.

These VM's can integrate with HPB with minimal adaptation to run though HPB ecosystem of secure and high throughput platform

Partnerships

They are in direct partnership with Unionpay and NEO.

Unionpay is 3x larger than Visa

Personal Conclusion

High Performance Blockchain will have a key role in the future of blockchain technology.

Token Metrics

28 mil in total circulation

100 mil is the total number of tokens

Website: https://www.gxn.io

CMC: https://coinmarketcap.com/currencies/high-performance-blockchain/

Telegram: https://t.me/hpbglobal

Facebook: https://www.facebook.com/HPBGlobal/

Twitter: https://twitter.com/HPB_Global

GitHub: https://github.com/hpb-project

Reddit: https://www.reddit.com/user/hpbteam