Hyperchain Blockchain Underlying Platform

The world's most widely used and largest-scale consortium blockchain underlying platform.

Powerful and useful technology

Massive

Support a consensus network with thousands of nodes

Support a tiered deployment with hundreds of thousands of nodes

Terabytes of storage per day

Support gigabyte-level media and large file storage

High efficiency

Single chain performance of 100k TPS

Fragmented architecture, highly concurrent and scalable

Highly efficient indexing for data

Security

Compliance with financial technical security specifications

First to support SM series algorithm

Multi-dimensional security audit

Support TEE （Trusted Execution Environment）

Useful

One-click deployment for enterprises, supporting mainstream public/private/hybrid clouds

Multilingual contract/multi-language SDK

Data visualization

Superior System Design Leads the Way

Driving Innovation, Empowering Progress

Championing Technological Innovation with Proprietary Intellectual Property Rights

Core Protocol

Security Privacy

Data Management

Governance Audit

Ecological Component

Large-scale hierarchical networking model

Propose a multi-layer network model to realize large-scale hierarchical deployment of hundreds of thousands of nodes of multiple types.

High robust consensus mechanism

Proposing two high-performance consensus algorithms: NoxBFT and RBFT. NoxBFT supports large-scale scaling of thousands of consensus nodes while simplifying the network complexity to O(n) level. RBFT offers high robustness and supports 10,000 level TPS and millisecond latency, with high throughput rate and stability.

Secure and user-friendly smart contracts

Support Solidity, Java, Go and other contract languages. HVM, self-developed high-performance contract execution engine, provides complete contract management throughout the process of entire life circle, with programming-friendly, contract security, efficient execution and other features.

Hybrid storage model

Support daily terabytes of data storage on the blockchain, with our self-developed high-performance storage engine FileLog specifically designed for blockchain applications. Additionally, we employ a multi-level caching mechanism for state data, enabling efficient access to ledger data.

Multi-level encryption mechanism

Supports the multi-level encryption mechanism of national secret standard: national secret certificate, national secret TLS and SSL protocol to realize independent and controllable multi-level encryption protection.

Privacy Protection mechanism

Supports cryptography, ledger isolation, hierarchical authority management and other privacy protection mechanisms to allow granular privacy protection of transaction granularity and field granularity. Achieve independent and controllable multi-level encryption protection by TLS and SSL protocols.

TEE (Trusted Execution Environment)

Enables secure protection of node keys and ledger data.

Highly efficient data indexing

Enables fast indexing of business data using an efficient indexing database.

Oracle Service

TEE-based oracle service to enable secure access to external trusted data sources.

Large file storage

Based on a large file storage model, it allows for trusted storage and secure sharing of images, audios, and videos at the gigabyte level.

Multi-level authority management

Based on a multi-hierarchical permission management system, it enables multi-dimensional fine-grained permission control at the chain level, node level, and user level.

Multi-channel membership access

Supports both centralized CA and distributed CA certificate management modes, where the distributed CA mode transfers certificate management authority from the central authority to each participant of the consortium blockchain, enabling automatic, autonomous, and efficient management.

Multi-dimensional security audit

Complies with the audit requirements of the Central Bank's 'Financial Distributed Ledger Technical Security Specification' to ensure the security of on-chain data and the compliance of all aspects.

SDK tool set

Supports JavaSDK, GoSDK, JSSDK, CSSDK, LuaSDK, and other multi-language SDK toolsets, facilitating engineers who work with different programming languages to develop blockchain applications.

Open source testing framework Hyperbench

Supports performance testing of mainstream consortium blockchain platforms such as Hyperchain and Fabric, empowering the development of an industrial service ecosystem.