Hello and welcome to this blog post about LiquidApps DAPP White Paper. I am very excited to know that you are interested in this amazing technology, you will be going to amazed by the incredible potential of the blockchain.
There is a lot to learn about this futuristic tech, lets get started to dive into the LiquidApps DAPP white paper and start to leverage it to build a more secure and trusted ecosystem for Industry 4.0 applications.
The aim of this blog post is to help you quickly understand about the philosophy behind the LiquidApps DAPP.
I can ensue you that, you will be able to understand every bits and pieces related to LiquidApps DAPP after going through the LiquidApps DAPP white paper.
Without wasting any further time lets get started to dive right in and lets understand white paper first.
What is white paper?
A white paper is an informational, influential, well-structured document, usually published by an organization, to provide in-depth information about a specific solution.
A white paper is used to provide a good insight into the challenges for a specific problem and a proposed solution for the same.
LiquidApps DAPP White Paper
LiquidApps DAPP white paper will be going to provide you, all the information that is needed to get started with LiquidApps DAPP, including the inspiration for creating, the problem it is trying to solve and the solution proposed by LiquidApps DAPP.
The DAPP Network is run by DAPP Service Providers (DSPs), specialized nodes running on top of the blockchain, using IPFS for data storage. Developers and other users may stake the DAPP token for a customizable amount of time to DSPs in exchange for services.
Core Services include:
- vRAM – trust-less caching layer for EOSIO RAM, reduces total RAM needed for running DAPPs
- LiquidHarmony – suite of oracle request formats and examples (price feeds, random numbers, etc)
- LiquidScheduler – on-chain one-time or re-occuring cron service (fetching a price)
- LiquidAccounts – EOSIO accounts stored in vRAM versus RAM
- LiquidStorage – IPFS storage service (images, videos, etc)
- LiquidLink – arbitrary EOSIO / ETH (EVM) multi signature signing service
Services may also be combined for features such as an EOSIO <> ETH token/nft bridge which uses vRAM to store transfer information, LiquidHarmony for fetching new transfers and performing finality checks, LiquidLink (signing ETH trxs), and LiquidScheduler to run the previous 3 services on a repeated interval.
White Paper Link: LiquidApps DAPP White Paper
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