In today’s world of growing digital interconnectivity, data privacy has become a primary concern for individuals and businesses alike. As blockchain technology continues to revolutionize various industries, it is essential to address the inherent privacy limitations associated with its transparent and public nature. The Oasis Network, a privacy-focused blockchain platform, aims to tackle this challenge by providing a robust, configurable, and functional privacy solution for Web3 through its groundbreaking Oasis Privacy Layer.

In the following Q&A, which is a basic FAQ, Maria Irene will introduce the Oasis Network and its key components, such as Sapphire and the Oasis Privacy Layer. We will explore how these innovative solutions enable developers to create privacy-centric decentralized applications (dApps) and enhance existing dApps with on-chain privacy, without the need for migrating their entire application and user base to a different blockchain. Additionally, we will discuss the native token, ROSE, and its role in the Oasis ecosystem, the mission and long-term goals of the Oasis Network, and how developers can get involved in building on this promising platform.

By understanding the Oasis Network’s vision and capabilities, you will gain valuable insight into the future of privacy in the blockchain space and the potential it holds for creating a more secure and private Web3 ecosystem.

What is the Oasis Network?

A: The Oasis Network is a privacy-focused blockchain platform designed to enable the development of decentralized applications (dApps) that prioritize security and data privacy. The network utilizes a unique combination of scalable architecture, confidential smart contracts, and customizable ParaTime layers to provide a robust, configurable, and functional privacy solution for Web3.

Q: What is Sapphire and how does it relate to the Oasis Network?

A: Sapphire is a key building block of the Oasis Privacy Layer, which is powered by the Oasis Network. It is a groundbreaking advance for Solidity developers, allowing them to build privacy-centric dApps or add confidentiality to existing dApps on popular Ethereum Virtual Machine (EVM) networks. Sapphire’s launch on testnet demonstrated its potential to resolve the blockchain privacy paradox by offering a confidential EVM developer environment.

Q: What are the main features of the Oasis Privacy Layer?

A: The Oasis Privacy Layer provides privacy solutions for both new and existing dApps on familiar EVM chains. Its main features include private smart contract states and encrypted transactions. These features enable developers to create new privacy-enabled dApps and enhance existing dApps with on-chain privacy without having to migrate their entire application and user base to a different blockchain.

Q: How does the Oasis Privacy Layer work with existing dApps?

A: The Oasis Privacy Layer serves as a gateway to Sapphire’s privacy features for dApps on other EVM chains. For example, a DAO hosted on another EVM network can add an option for “secret ballot” proposals. The DAO contract on the home chain initiates voting by sending a message to the secret ballot contract on Sapphire via a message-passing bridge. DAO members submit their votes as encrypted messages, and the final result is reported back to the DAO on the home chain through the bridge.

Q: What is the role of the native token, ROSE, in the Oasis Network?

A: ROSE is the native token of the Oasis Network, and it is used for various purposes such as transaction fees, staking, and governance. Transactions on Sapphire require gas fees to be paid in ROSE. To ensure a seamless user experience, a gas relayer can be used to forward users’ signed messages to Sapphire, avoiding the need for end users to acquire ROSE to pay for gas.

Q: What is the mission of the Oasis Network?

A: The Oasis Network aims to scale blockchain to Web3 and provide a robust, configurable, functional privacy solution. By introducing the Oasis Privacy Layer, the network empowers developers to build confidential dApps for Web3 and enables existing dApps on other chains to access Sapphire’s unique privacy capabilities without sacrificing their current infrastructure.

Q: How can developers get involved with the Oasis Network and Sapphire?

A: Developers interested in building confidential dApps using Solidity can join the Oasis Network as it prepares for the mainnet launch of Sapphire. The network is also offering grants for projects built on Sapphire. To apply or learn more about utilizing the Oasis Privacy Layer for your dApps, you can contact the Oasis team.

Q: What are the long-term goals of the Oasis Network?

A: The Oasis Network aims to become a foundational component of Web3 by offering robust privacy solutions that address the current limitations of blockchain technology. The network is designed to work with existing standards and platforms, rather than creating another siloed Layer 1 chain. The Oasis Privacy Layer seeks to break the barriers faced by Solidity developers, EVM chains, and major dApps due to the lack of privacy, paving the way for a more secure and private Web3 ecosystem.


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