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5G commercial path of SSCC-building TB-level big data storage business opportunities

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5G commercial path of SSCC-building TB-level big data storage business opportunities

November 28
20:35 2019
This article will start with the Internet of Things and gradually show a 5G commercial path based on SSCC blockchain technology.

The Internet of Things, or IOT for short, is a network of physical devices embedded with electronics, software, sensors, actuators, and connected hardware.

The Internet of Everything is the ultimate state achieved by the Internet of Things technology.

To achieve this, the Internet of Things must overcome two major challenges: storage capacity and data transmission security.

The application of 5G and blockchain technology makes this ideal a reality.

5G, as a new generation of mobile communication technology, has the characteristics of high speed, low latency and massive access, while blockchain as a new generation of the Internet, its decentralization, privacy protection of transaction information, anti-tampering of historical records, and traceability Can promote the efficient development of IoT applications.

Based on smart business applications of the Internet of Things, blockchain and 5G have achieved a perfect blend of technology.

But at this stage, there are still many bottlenecks in 5G technology, which requires the assistance and cooperation of blockchain technology.

If 5G is universally popular in the society, the first constraint is the lack of storage capacity for transmission data. Take the ordinary smartphones that most of us use now as an example. A smartphone with 64g memory can download 3-5 at 5G transmission speed. Movies may run out of space. For other applications and smart devices that need to transmit large amounts of data, their data storage capacity requirements are bound to be greater.

Of course, you can also choose to increase the offline storage space to increase the storage data capacity, but the offline central storage server is costly and the security is not guaranteed, and attacks from natural disasters or Internet hackers affect the data security at all times. Especially when IoT The equipment structure reaches a certain level. If a problem occurs in the centralized server, it will easily cause a large area of equipment to be paralyzed.

We believe that a decentralized private network storage that relies on blockchain technology can perfectly solve the massive data storage problem in the 5G era.

This is what we – Spatial storage common chain-SSCC is committed to do in the field of blockchain technology applications.

But at this stage, there are still many bottlenecks in 5G technology, which requires the assistance and cooperation of blockchain technology.

If 5G is universally popular in the society, the first constraint is the lack of storage capacity for transmission data. Take the ordinary smartphones that most of us use now as an example. A smartphone with 64g memory can download 3-5 at 5G transmission speed. Movies may run out of space. For other applications and smart devices that need to transmit large amounts of data, their data storage capacity requirements are bound to be greater.

Of course, you can also choose to increase the offline storage space to increase the storage data capacity, but the offline central storage server is costly and the security is not guaranteed, and attacks from natural disasters or Internet hackers affect the data security at all times. Especially when IoT The equipment structure reaches a certain level.If a problem occurs in the centralized server, it will easily cause a large area of equipment to be paralyzed.

We believe that a decentralized private network storage that relies on blockchain technology can perfectly solve the massive data storage problem in the 5G era.

This is what we – Spatial storage common chain-SSCC is committed to do in the field of blockchain technology applications.

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