Introducing to Netise Network — A Big Step to Decentralized Storage Future
Netise Network is the world’s leading provider of open-source solutions, employing not only blockchain technology, but a peer-to-peer network for decentralized data storage services for all users and digital assets.
Netise provides a Web3.0 decentralized storage network for the parachain. It is designed to realize core values of decentralization, privacy and assurance. Netise supports multiple storage-layer protocols such as IPFS, and exposes instant accessible on-chain storage functions to users. Netise technical stack is also capable of supporting data manipulating and computing.
Our main services:
· Blockchain for Data
The Netise blockchain facilitates a decentralized and immutable means of governance that is consulted by the Netise Cluster. The Netise blockchain runs using a DPoS (Delegated Proof-of-Stake) consensus engine, where 101 delegated nodes oversee the sequential forging of blocks.
· Cloud Service
Netise creat a powerful and dynamic distributed cloud storage service. We are fully decentralized and trustless. Netise helps avoid relying on trusted parties, or vendors who keep your data hostage or try to lock you in.
· Data Access for dApps
Netise adds incentivized, persistent storage to IPFS. IPFS users are able to reliably store their data on Netise platform right from the IPFS network — opening the network up to a world of applications and use-cases.
A New Breakthrough in Distributed Storage:
From the beginning stages of data storage and management, the basic idea of “distributed storage” technology was to use multiple servers to share the load, in order to improve the reliability, availability, and access efficiency of the system, and achieve flexible expansion capabilities.
However, many traditional distributed storage solutions use a certain form of “primary node” structure. In this case, the “primary node” will largely determine the availability and scalability of the entire system, as well as the efficiency of read and write access. To solve this problem, a “decentralization” storage architecture represented by the IPFS (InterPlanetary File System) has appeared in the market in recent years. There is no “primary node” in this “decentralized” storage structure, and the client can directly access a specific storage node to avoid performance bottlenecks caused by central nodes.
At the same time, with the rapid evolution and widespread use of cloud systems, some manufacturers have begun using these technologies to build their own distributed storage solutions.
Netise Network is a decentralized storage network, supporting multiple storage layer protocols such as IPFS, and provides storage interfaces to application layers. The Netise protocol allows anyone to connect storage resources to the network anywhere and provide storage services to the network users through the protocol. Netise uses TEE (Trusted Execution Environment) technology to help ensure the confidentiality and completeness of data on distributed storage nodes, as well as data consistency and non-tampering.
The essence of the TEE (Trusted Execution Environment) technology used by Netise network is to use decentralized cloud to provide the trusted execution environment, also commonly referred to as an “enclave”, where data and code execution can be isolated and shielded from software, the operating system, VM machine software layers and the cloud service stack. The code and data are protected against viewing and modifications from outside of the TEE, even with privileged root access, and the hardware protection mechanism helps ensure confidentiality and integrity of the data and code. Since the execution logic in the enclave can be verified and tamper-proof, and the data in the enclave cannot be read by processes outside the TEE, the storage service provided by the nodes of the Netise network can provide substantial protection against potential forgery.
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