VANTA - Decentralized Network for Real-time-Secure-Private Connectivity
What is VANTA?
VANTA is an intelligent network that will create low-cost real-time private data transmission in large scale. This will allow users and organizations transmit messages, videos, files and other data, make audio and video calls, live streaming and other. The workings of network are based on the competing of participant nodes without control of centralized system. The node with most convenient computing power, memory, contribution and other parameters will be chosen among randomly selected nodes.
VANTA is looking to build an intelligent network for real-time networking, which enables individuals and companies to quickly develop services that can efficiently transmit and process real-time data, as well as commercialize the services at low cost without additional infrastructure. As a result, creative services will be provided and integrated within the VANTA ecosystem, and VANTA blockchain will be a practical blockchain that will greatly contribute to improving the daily lives of individuals and operations of enterprise businesses. Real-time networking technology covers a wide range of areas.
Platform & Module
VANTA will build its own ecosystem as a platform blockchain, bringing a variety of real-time networking applications and services. However, VANTA will provide a core module in the form of an SDK and/or API to provide platform-independent access to the VANTA network. Therefore, all platforms and applications that want real-time networking capability can leverage these services, leading to the rapid expansion of the VANTA ecosystem.
Sharp Network VANTA
The VANTA sharp framework is a decentralized framework that plays out the transmission, planning and limit of data logically. It includes shrewd center points that select, work together, and evaluate each other. All centers in the framework take an intrigue dynamically competitions subject to their enrolling power, arrange information transmission, memory, steadfast quality, and duty. In addition, center points that have successfully exhibited their work can appreciate the time of squares. This methodology consistently develops the flexibility, steadfastness and capability of the framework.
Framework structure
VANTA Networking Framework is a low-level, non-blockchain sort out structure that gives mastermind execution to consistent correspondence and data security from malicious strikes. In perspective of the PGP encryption standard and reliant on Namecoin's decentralized namespace illustrate, this stage gives a solid foundation to VANTA applications. In like manner, affirmation and correspondence channel figurings, in perspective of evidence of nonappearance of learning, give secure data synchronization and compromise between different devices.
Preferences of using VANTA
- For specialists
Will make and use a steady correspondence advantage that is adaptable, trustworthy and significantly strong effortlessly.
- For customers
It is possible to use diverse radiant organizations to no end or for all intents and purposes complimentary, without obsessing about assurance.
- For affiliations The
opportunity to make a media interchanges orchestrate subject to the blockchain between various affiliations.
VANTA Blockchain & Consensus Algorithm
Because VANTA is a blockchain designed for processing real-time networking tasks, a new consensus algorithm is needed for effectively processing it. Previous consensus algorithms were based on Proof-of-Work or Proof-of-Stake and wasted compute power, and thus was unsuitable for use with VANTA. Therefore, VANTA aims to use the computing power and network resources of network nodes to be used for real-time networking, and merge proof for those tasks with block generation and consensus algorithms to create a consensus algorithm optimized for VANTA.
How does it work?
VANTA is P2P (peer-to-peer) network that uses ARKAS protocol. You can see the following participants in processing: a customer that requests the task as data storage, processing, transmission in real time. The node that gets that task first is considered as relevant task tracker and it verifies the request, manages worker nodes etc. Worker nodes are verified for randomness and are chosen relying on the largest size of VRF hash value. The worker node that starts the job becomes a primary worker. Secondary worker node is kept on hold and replaces the primary node if it encounters a problem. Verifier node confirms the job performance and provides proof of workload for the worker node. Proof of Networking or PoN is an algorithm used in VANTA. The reduction of cost and the increase of efficiency are achieved thanks to VRF (Verifiable Random Function) and PBFT
VANTA Token Distribution
The VANTA network consists of 56.2 billion VANTA (VNT) tokens. A total of 35% will be raised via token sales. 10% of tokens will be given to the team who are core contributors for VANTA Network. Most of the portion of the budget will be dedicated to developing for the performance optimization and further function development.The VANTA (VNT) tokens shall be distributed as the following.
Ticker: VNT
Token sort: ERC20
ICO Token Price: 1 VNT = 0.0009 USD
Fund-raising Goal: 15,000,000 USD
Outright Tokens: 56,200,000,000
Available for Token Sale: 35%
Recognizes: ETH, BTC
Team and Advisor
RoadMap
Website: https://vanta.network/
Whitepaper: https://vanta.network/doc/VANTA_White_Paper.pdf
ANN: https://bitcointalk.org/index.php?topic=5095100
Telegram: https://t.me/vantanetwork
Twitter: https://twitter.com/vantanetwork
Facebook: https://www.facebook.com/vantanetwork/
Prepared by TheMayweatherUK (Bitcointalk Profile) :
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ETH Wallet: 0x3Ab62B077fBebCfF83EFa8fBF48E50f54dDA1A89