Back in 2018 when SINSO’s predecessor technology team tried to store genetic data on the InterPlanetary File System, they developed middleware for optimizing file stream upload and the access efficiency, and to avoid the upload failure of large file blocks. At the time we thought that IPFS was still purely a file storage protocol and not yet prepared for large-scale commercialization. But Filecoin storage network faces future enterprise-level storage, which is an important web3.0 infrastructure. Currently, with over 17 exabytes of storage capacity across the web, Filecoin is poised for commercialization.
However, at this stage, a lot of work needs to be done and lots of middleware to be developed to prepare DAPPs for receiving Filecoin since the adoption of algorithms such as space-time proof has compromised efficiency for stability and integrity
The first component SINSO works on is SINSO Getway.
As a distributed high-speed cache network, SINSO Getway is built for current use scenarios required by Gamefi, VR, AR, video streaming, as well as high-speed CDN and DAPP response and enables users to quickly interact with the Filecoin storage network. In addition to ensuring decentralization, user data privacy, and security, SINSO Getway meanwhile focuses on improving efficiency. With wide applications in the Metaverse ecology, it is the key infrastructure contributing to the Filecoin ecosystem by seamlessly integrating data and smart contracts
SINSO Getway acts as a distributed “Edge Storage”. We consider smart home, health monitoring wearables, car networking, AR, industrial IoT, and smart transportation as scenarios that require “Edge Storage”. The first and foremost feature of these scenarios is the need for close interaction with DAPPs as a key to an immersive experience. Thus from the very beginning, SINSO Getway has taken the experience brought by storage efficiency into consideration and built a distributed hot data layer. Given the fact that hot data accounts for about 63% of the global IP data flow, it isn’t hard to see the significance of SINSO Getway.
First of all, the hot data layer uses CID (Content Identifier) method to ensure the same content consistency as cold data. Especially in the process involving the transfer of cross-chain assets, the consistency of metadata can be ensured.
Secondly, with the increasing quantity and type of NFT, GameFi and NFT projects facing great pressure to store explosive data volumes, many projects have to use centralized storage, or IPFS proprietary nodes and third party services in order to enhance the customer experience. SINSO Getway offers a solution that balances efficiency and decentralization
SINSO Donors Network chooses to completely solve these problems through a trustless mechanism. From this perspective, SINSO not only provides SDK to solve the problem of data transmission efficiency but also further optimizes the construction of the Web3.0 project partnership. Following the principle of “Build-Web3.0-to-Earn”, we make it possible for more people to contribute to the Web3.0 world. Besides, our product SINSO DAPP cube creates an application R&D ecosystem that other project teams can join, through which the contribution of the original team behind each software module will be respected and protected. We strive to turn SINSO into an open R&D ecosystem.
Moreover, what Web3.0 creates is never “warm sunshine”, but “lightning and thunderstorms”. In Earth’s history, only lightning and volcanoes could create new marine life. SINSO will be the builder of Web3.0 and witness its development. Let’s work together!
Find more information about SINSO:
Website: https://www.sinso.io/
Medium: https://sinsonetwork.medium.com/
Twitter: https://twitter.com/sinsotech
Telegram: https://t.me/sinsonetwork