SOFI: How do we realize the meta universe project of Web3?

In the context of the new era, the technology of the Internet is changing with each passing day. At present, the Internet is in a revolution. In order to build an intelligent Web3.0 Internet that integrates heaven and earth, integrates cloud and Internet, is intelligent, agile, green, low-carbon, safe and controllable, it focuses on 5g, Internet of things, cloud computing, big data, artificial intelligence, blockchain and other fields, breaking through integrated technologies such as intelligent manufacturing, digital twins, edge computing, and brain computer integration. It aims to innovate and develop “cloud life” services, deepen the integration of artificial intelligence, virtual reality, 8K HD video and other technologies, and expand applications in social networking, shopping, entertainment, education and other fields.


In order to realize the scene application of intelligent ultra-high definition virtual reality and other fields, Sofi (pass: insf) platform took the lead in deploying the underlying application tools of Web3 third generation Internet: Infrastructure (hardware layer), IDE integration tool (software layer), and distributed network (network layer).


Infrastructure (hardware layer): independently developed data computing shelter, referred to as metabox

1. High computing power: the computing power of a single data shelter is about 26.56p-flops;

2. Low cost: compared with the construction of centralized cloud computing data center, the cost of building d-hpc with the same computing power is only 34%. Under the condition of equal computing power, d-hpc also has the characteristics of low time delay, fast deployment, low carbon and convenient maintenance;

3. Low delay: using self-developed high-performance phased array communication program and controlled array beam communication antenna tr assembly, the wireless network delay within a radius of 15km-60km is in the range of 8-10 milliseconds;

4. Flexible deployment, small floor area and easy deployment: the distributed network architecture is convenient to increase or reduce the number of shelters and adjust the computing power according to the actual needs in the future;

5. Energy friendly: built in step decreasing power lithium battery energy island, which can run independently, and can use electricity with urban peak load shifting. At the same time, the box is equipped with photovoltaic power generation and wind power generation devices, and the well-designed heat dissipation system has high efficiency.

IDE integrated tool (software layer): integrate the edited development methods and methods into computer language and interactive real-time image application core program, so as to develop content on Sofi platform more simply and conveniently. IDE integration tool is built by five engine modules: 3D engine, rendering engine, physical engine, biochemical engine and artificial intelligence engine.


Distributed network (network layer): a network form formed by the peer-to-peer computing model in the application layer, called peer-for-peer Networking: the resources and services in the network are scattered on all nodes, and the transmission of information and the implementation of services are carried out directly between nodes. The decentralization of peer-to-peer network makes it scalable and robust. The technical scheme of peer-to-peer computing mode, weak centralized computing mode and all node distributed storage has the advantages of high robustness, lightweight network, high security of file system, high server load and low cost. Its network construction has the following characteristics: the underlying contract is used for heartbeat monitoring of peer-to-peer networks, which is actively triggered by nodes at a certain frequency and sends node status to other nodes; The communication contract is used to address the address of the receiver according to the frequency and return the status of all nodes of the receiver before data transmission; Transmission contracts are used for data scheduling, including database throughput and cross chain transmission; Blockchain generates node maps autonomously.

Sofi platform has basically completed the deployment of Web3 underlying application tools, and successfully achieved the independent development of twin digital people, immersive games, screenplay, tourism, shopping, education and other technical samples. In terms of the leadership, comprehensiveness and autonomy of Web3 infrastructure and application tools, Sofi is a height and speed that is difficult for similar technology platforms in the world to match. From August 2022, some Sofi industries will be officially launched, taking the lead in leading you into the real Web3 universe, enabling the industrial transformation of enterprises and platforms, and driving the social industrial economy!

The transmission of data value, computing endless future, Sofi has come, the future can be expected!

Let’s work together to move towards the real Web3.0!