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Video Streaming

5G technology provides the basis for ultra high definition video

4G technology has promoted the popularity of mobile video. Text and static photos have been replaced with cameras, video blogs, YouTube channels, Facebook Live, Snapchat, TikTok, and other channels of communication. Now, 5G is the foundation for UHD video. With the expansion of 5G, real-time video streaming will become more popular in mobile applications and social media.

HSN supports video stream uploading to blockchain under the 5G architecture. HSN transforms video content into hashes and stores it in the HSN network. It supports replacement of video index variables and storage variables. By using content-based indexing, HSN can upload the video stream to blockchain and execute smart contracts and intelligent interpretation of mass video and images.

Under the 5G architecture, HSN can support the following video scenarios:

  • HSNFace key point recognition It supports multi-scene application of camera. For example, it can analyze over 100 key points of a face on video and generate detailed information such as gender, age and clothing of each face.
  • HSNAccurate and efficient image analysis Multi-scene camera application: analysis of 100+ key points to generate detailed information about the gender, age, and clothing of each person;
  • HSNRevitalize idle video storage resources Encouragement of more terminals to contribute video storage space and activation of idle video storage resources through the token incentive mechanism.
  • HSNProtect video live original copyright All kinds of live video applications, decentralized video copyright protection. HSN disrupts the existing centralized application copyright, truly protects copyright revenue of original live videos, and provides P2P value exchange;
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IoV & UAV

5G supports direct communication between devices and builds a D2D (Device-to-Device) network. As a result, all kinds of IoT applications will be rapidly popularized. The first one is the “killer” applications — the Internet of Vehicles. HSN has unique advantages in big data management, security, transparency, and P2P transactions, which enables collaboration on equipment for autopilots, unmanned vehicles, and in other IoV fields.

  • HSN

    Supply Chain Management

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    Vehicle Hardware Manufacturing

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    Autopilot

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HSN can be used in the whole motor vehicle value chain: from supply chain management and vehicle hardware manufacturing to autopilot, vehicle life cycle data tracking, and provision of data for autopilot. It can also save costs and optimize the operating process. After the vehicle data is uploaded to blockchain through the PoT module, when an accident occurs in the future, HSN will ensure timely data collection via real-time IoT data transmission. HSN will complete such financial scenarios as insurance compensation and second-hand car dealing. In the IoV scenario, HSN supports Self-sovereign Identity: when an original identification label is stored on HSN, a unique identification label is created. Besides these, with the help of the programmable logic (smart contract) controller mechanism for devices, blockchains provides an encryption interface for chips, thus ensuring system security in the decentralized environment.

SD-WAN + NAS

  • SD-WAN (Software-Defined WAN) is a popular network solution for inter-enterprise, enterprise-branch, and home applications. According to Gartner, by the end of 2019, 30% of enterprises will deploy SD-WAN technology in their branches. The release of 5G will further simplify network connection strategy, e.g. provide high reliability for inter-enterprise video conferencing.Through SD-WAN + NAS (Network Attached Storage) under the 5G architecture, corporate and family users can use the hyper fusion technology to provide services together. SD-WAN implements 5G data stream encryption and flow control in the application layer; and NAS is introduced to the HSN network for storage sharing and backup.

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  • HSN

    In the SD-WAN + NAS application scenario, HSN will provide high-privacy and P2P transactions, simplify trust building, and pave the way for highly autonomous, agile, and simplified applications. HSN is secure and inherently tolerant to faults, because it uses public key encryption and timestamps to verify each record or operation. With HSN smart contracts, authenticity of products or transactions is verified through the public ledger; and regulatory and audit-related risks are reduced. At the same time, a credible mechanism is established on both sides.

Wireless Mesh Products

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Wireless Mesh is an important wireless networking technology in 5G. It is applied for continuous wide-area coverage and ultra-dense network scenarios. It establishes a fast and effective wireless transmission network between base stations, improves the coordination ability and efficiency between base stations, and reduces the delay of data transmission and signaling interaction between base stations.
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Ethereum founder Vitalik Buterin believes that incentivized Mesh Network is one of the best application cases for blockchain. With the help of token incentives and IoT terminals, HSN can help self-organizations create a flexible, decentralized, distributed, and self-repairing wireless Mesh network, provide higher speed and broadband than the Internet. Moreover, it is normally free of charge, therefore it can provide social, amusement, and business services in a more quick, convenient, and power-efficient way.

Edge Computing

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With the development of smart terminals and edge computing, big volumes of instant interactive computing will be completed in edge nodes. The main idea of edge computing is that storage, transmission, calculation, and security of data are handed over to the edge nodes.

HSN network conforms to the edge computing architecture. It can make full use of the node’s computing power, is about to meet the docking requirements for IoT computing and storage devices, and improves timeliness of the perception-computation-response process in the IoT. Among the IoT applications, many scenarios require low-latency response, which makes cloud computing unprofitable. But HSN’s edge computing model provides a new solution.