China Unveils BUDA "Bodhi", the First Open Architecture for Blockchain-Specific Computing Hardware, Boosting Blockchain and Privacy Computing Integration

China Unveils BUDA "Bodhi", the First Open Architecture for Blockchain-Specific Computing Hardware, Boosting Blockchain and Privacy Computing IntegrationIT Home, August 26 - Beijing Daily reported today that China has officially released BUDA "Bodhi" (Blockchain Unified Device Architecture), the country's first open architecture for blockchain-specific computing hardware. This architecture aims to provide unified dedicated hardware capabilities for the underlying software of blockchain and privacy computing, standardizing and defining calling interfaces

China Unveils BUDA "Bodhi", the First Open Architecture for Blockchain-Specific Computing Hardware, Boosting Blockchain and Privacy Computing Integration

IT Home, August 26 - Beijing Daily reported today that China has officially released BUDA "Bodhi" (Blockchain Unified Device Architecture), the country's first open architecture for blockchain-specific computing hardware. This architecture aims to provide unified dedicated hardware capabilities for the underlying software of blockchain and privacy computing, standardizing and defining calling interfaces. Ultimately, it seeks to significantly enhance the efficiency of secure and trustworthy data flow in blockchain networks. This will expand the blockchain application ecosystem, accelerate the construction of national-level blockchain networks, and ultimately enable data element interconnectivity.

The release of "Bodhi" signifies a crucial step for China in blockchain-specific hardware. It breaks the traditional closed nature of blockchain hardware, opening up new opportunities for industry development. This architecture comprises three parts: system architecture, functional implementation specifications, and interface specifications. Any manufacturer in China can refer to the open system architecture and functional implementation specifications to design dedicated hardware for blockchain and privacy computing. Additionally, they can refer to the open interface specifications to enable different blockchain software platforms to call relevant functions, resulting in enhanced overall system performance for blockchain and privacy computing.

The core strength of "Bodhi" lies in its openness. It empowers different manufacturers to freely design and produce hardware, shattering monopolies in the existing market and fostering competition and innovation. Moreover, open interface specifications ensure interoperability between different blockchain platforms, facilitating smoother data interaction between entities across various application chains, ultimately promoting compatibility, interoperability, and consistency between blockchain and privacy computing dedicated hardware functionalities.

The unveiling of "Bodhi" signals China's active promotion of the integration of blockchain and privacy computing. By offering a unified hardware platform, this architecture effectively lowers the development threshold for blockchain and privacy computing applications, accelerating the adoption of relevant technologies. The open architecture also attracts more developers to participate and collectively build a more robust ecosystem for blockchain and privacy computing.

Looking ahead, the application prospects of BUDA "Bodhi" are vast. As technology matures and application scenarios diversify, this architecture will play a crucial role in various fields like finance, healthcare, education, and government, promoting the healthy development of the digital economy.

Here are the key features of the "Bodhi" architecture:

• Openness: Any manufacturer in China can refer to the open system architecture and functional implementation specifications to design dedicated hardware for blockchain and privacy computing.

• Interoperability: Supports connections and collaboration between different blockchain platforms, facilitating the creation of a chain-based "circle of friends" and reducing the complexity of data interaction between entities on different application chains.

• Performance Enhancement: Significantly enhances the efficiency of secure and trustworthy data flow in blockchain networks, expanding the blockchain application ecosystem and accelerating the construction of national-level blockchain networks.

• Functionality Compatibility: Promotes compatibility between blockchain and privacy computing dedicated hardware functions, achieving interchangeability, interoperability, and consistency.

The release of the "Bodhi" architecture signifies a major breakthrough in China's blockchain and privacy computing landscape. It will contribute significantly to the advancement of blockchain technology and promote the healthy growth of the digital economy.