Loopring is an open protocol for building decentralized exchanges. Loopring has quickly gained visibility as one of the decentralized exchange options that’s making progress on trading across multiple blockchains. Loopring’s solution utilizes ring transactions and order matching to facilitate asset exchanges. Essentially, it aggregates the order books of other exchanges. This allows any exchange, decentralized or centralized, to utilize Loopring’s protocol to match orders. Part of providing an open protocol is remaining blockchain agnostic. Hence, the first Loopring token (LRC) was launched on Ethereum, but it also plans to launch Loopring NEO (LRN) and Loopring QTUM (LRQ). The plans to launch Loopring NEO are coming along. The distribution of the new tokens, LRN, has already begun. Essentially, the token distribution involves two phases: an investor sale and an airdrop. This guide will look at both phases, how to buy LRN, and what to expect from Loopring NEO. The big selling point of Loopring’s exchange solution is you never have to deposit funds to Loopring. With most exchanges, even other decentralized exchanges, you still have to transfer funds to their wallets. On Loopring, you can keep your funds in your own private wallet when trading. Of course, that creates a challenge for Loopring because the exchange no longer controls the wallet and that means smart contracts need to do the work of verifying that transactions are legitimate and confirmed. When a trade occurs, it happens user to user, with no middleman. Loopring finds the match and coordinates the terms of the trade, but it never controls the assets. Loopring is one of the first projects to attempt launching across multiple blockchain ecosystems. This experiment is interesting and exciting. It also has the potential to be lucrative if Loopring continues to increase in value.
nOS is a virtual operating system that introduces a new, decentralized internet. On this new internet user data is safe, and it only goes where the user wants it to go. nOS solves key issues surrounding dApp development, deployment, discovery, and interaction, allowing for true adoption of decentralized applications and blockchain technology. Because applications can choose to make their back-ends fully open-source and transparent, this new implementation of the World Wide Web is defined as the Open Internet. On nOS, applications and websites can be deployed in a completely open and decentralized manner by integrating smart contracts, client-side code, and public-key cryptography. Unlike server-side backend code, smart contracts can be open for all to read, allowing users to review how their data will be transmitted before any final commitments to action. Client-side code and other frontend materials can be distributed via nOS Filesystem, a decentralized file sharing protocol that allows for secure and transparent distribution of static files. By serving both backend logic and frontend material in an open-source, decentralized manner, true transparency between user and application can be achieved. dApps that are deployed to nOS can be accessed through nOS Client, a software solution for desktop and mobile that (among other features) introduces nOS Browser. nOS Browser functions as a web browser, with the added benefit that it integrates with the nOS Protocol, a blockchain-powered web protocol that facilitates secure and open accessibility of nOS dApps. The nOS Protocol resolves domain names that exist on nOS Name Service, a blockchain-powered decentralized implementation of a Domain Name Service, and allows for dApps to register domain names which are discoverable on nOS (e.g. mydapp.neo or my-dapp.eth). The dApp Gateway is a user-friendly dApp discovery platform (or “App Store”) where rankings are decided in a completely decentralized manner via Decentralized Authority. In order to achieve the features such as the ones described above, nOS is powered by the nOS Utility Token. The nOS Utility Token employs various staking and reward utilities which are intended for developers who wish to deploy and maintain dApps on nOS, and for end-users who wish to practice governance by Decentralized Authority. nOS eliminates the need for end-users to manually exchange crypto-currencies in order to make use of various dApps. By integrating crypto-currency exchange APIs, nOS Client automatically converts primary blockchain platform currencies (e.g. NEO/GAS for NEO, ETH for Ethereum) into the required amount of application tokens that are needed to make specific transactions or invocations.