Orbits Network from Grabity

Platform overview

Grabity is a public Blockchain project, for transforming the Internet paradigm from a centralized network to a distributed network. The Grabity Project will make it easier for users to optimize the 100% storage space on smartphones, tablets and PCs so that they work optimally.

Orbits Grabity Network

The purpose of this network is to optimize distributed systems, for the use of wireless communication. Orbits Network is the main decentralized Grabity network that attracts truly distributed P2P networks by utilizing all idle, wired/wireless computer resources. Transactions from Orbits Network are managed efficiently by using Genesis Hoisting technology, which can process transactions simultaneously and quickly. In addition, Smart Contracts and resource files can be stored in separate parts to each of them using distributed storage technology and Defrag Function technology that can call each part and execute in streaming format.

Orbit network architecture, consisting of:

Network layer: P2P based overlay network. Verify and then multiply transactions between nodes through the layer. The principle is to make maximum use of basic network bandwidth.

Data Layer: Blockchain data structure and physical storage space. Including Merkle Tree, Hash Function, Data Block, digital sign, etc. That stores blocks and DApp files that contain transaction history.

Consensus layer: Nodes that generate transactions directly verify transactions themselves, and transactions that have been verified by the majority of the closest nodes are generated as blocks. This is distributed to other nodes, and if a node is specified as a malicious attack, transaction details are initialized and synchronized to verified transaction details.

Application Layer: Provides an application interface on the Blockchain. Smart contracts, virtual machines, DApp, etc. Entered and directly linked between data users.

Layers of Management: Toolkits and SDKs are provided to form ecosystem development and place 3rd Parties.

Node Orbits, consisting of three nodes with different functions:

Super nodes. A node that has all the details of transactions and resource files. Supernodes guarantee data integrity, synchronize micro nodes and macro nodes, and send hash codes to micro nodes and macro nodes to determine whether files are faked or falsified when accessing Smart Contracts.

Macro node. Nodes participating in Orbits Network to get GBT. The macro node processes and verifies other node transactions, and stores and provides source files.

Micro node. Knots that share transaction history and simultaneously process and verify their own transactions and other transactions.

The main features of the Orbits Network are four things:

Simultaneous Transactions. Simultaneous transaction processing will be implemented on the Network Orbits and within a producer structure where a node becomes a transaction that generates, processes and verifies users. This solves the scalability problem because the number of nodes that process and verify transactions also increases when the number of transactions increases, unlike existing methods where the network is overloaded when the number of transactions increases.

Distributed Storage. A truly distributed application must allow source files to operate and be stored in the distribution. However, efficient storage systems and processing systems are needed in managing source files on the Blockchain because their capacity increases exponentially. In contrast to existing structures where functions are stored in all memory and read the contents of certain functions.

Genesis Hoisting. Genesis Hoisting is a technology that regulates distributed ledgers and transfers all blocks to a super node when the storage space of each node reaches a certain number.

Defragment function. Defrag function is technology that can recall distributed DApp source files in real-time streaming format. Distributed function storage, which consists of program sources and basic units, prevents modulation by comparing the hash value of a function with another node.

This platform is great for the development of the internet world by optimally utilizing storage space on smartphones, tablets and PCs, which will facilitate the commercialization of the internet for anyone.

Team Members

Official Information Channel

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author's profile: LeeZinsee [bitcointalk]