Oasis Network (ROSE)

Overview

Oasis Network is a blockchain built for applications that need both shared records and private data. Its native token is ROSE. Like other public blockchains, Oasis lets many independent computers maintain a common record without relying on one operator. Its main difference is that developers can build programs that use sensitive information while controlling what becomes public. Oasis now also uses the shorter name Oasis, while the token ticker remains ROSE. (coingecko.com)

This design matters because most blockchains make transaction details and smart-contract data easy to inspect. That openness helps people check what happened, but it limits applications involving private business information or personal records. Oasis addresses this through confidential smart contracts, separate computing environments, and tools for private work outside the blockchain. ROSE ties these parts together by paying network fees and helping secure the system. (docs.oasis.io)

History & Team

From research to a live network

Oasis grew from work begun in 2018 by Dawn Song, a computer security researcher and professor at the University of California, Berkeley. She founded Oasis Labs, an early contributor to the technology behind the network. The Oasis Protocol Foundation later took on a separate role: coordinating the wider community, supporting developers, and helping the network grow. That distinction matters because Oasis is an open network with contributors beyond its original company. (oasis.net)

The mainnet reached a key milestone on November 18, 2020, when an upgrade enabled ROSE transfers and began the network’s staking reward schedule. Early funding helped support development: Oasis documentation records more than $45 million raised from backers between 2018 and 2020. Separately, an ecosystem fund for projects building on Oasis reached $235 million in 2022, with contributors including Binance Labs, Newman Capital, and Seven X Ventures. Funding for an ecosystem fund is distinct from buying ROSE or funding Oasis Labs directly. (oasis.net)

Technology & How It Works

Consensus and ParaTimes

Oasis divides its work between a Consensus Layer and a ParaTime Layer. Consensus is where validators agree on the state of the network. Validators stake ROSE, and holders can delegate their tokens to validators. A ParaTime is a separate environment where applications carry out their computing work. By separating agreement from execution, Oasis can support different kinds of applications without requiring them all to run in one shared computing space. (docs.oasis.io)

The best-known ParaTime is Sapphire, an environment compatible with the Ethereum Virtual Machine, or EVM. This means developers can use familiar tools and languages such as Solidity. Sapphire adds confidential contract state and supports encrypted transactions. For example, an application could check a private piece of information and record the result without placing the underlying data in ordinary public contract storage. Developers choose which information their applications reveal through contract design. (docs.oasis.io)

Sapphire uses trusted execution environments: protected areas of computer hardware where code can process private data. A key-management system supplies encryption keys to approved computing nodes. Oasis documentation also describes ways to encrypt information an application places in event logs. Together, these tools give developers more control over how data moves through an application. (docs.oasis.io)

Private computing beyond smart contracts

Some tasks are too large or need too much outside information to fit neatly inside a smart contract. Runtime Offchain Logic, known as ROFL, lets an application perform such work in a trusted execution environment and connect its results to on-chain contracts. ROFL launched on mainnet in July 2025. Its design supports uses such as data processing, software agents, and services that bring information from outside the chain into an application. (oasis.net)

Oasis also offers the Oasis Privacy Layer, which connects applications on other EVM-compatible chains to private functions on Sapphire through cross-chain messaging. A developer can therefore keep part of an application on another blockchain while using Oasis for a task that calls for confidentiality. (docs.oasis.io)

Tokenomics & Utility

ROSE has a fixed maximum supply of 10 billion tokens. The project set aside approximately 2.3 billion ROSE for staking rewards paid over time to people helping secure the network. Its published allocation categories include early backers, core contributors, the foundation, community and ecosystem programs, strategic partners and reserves, and staking rewards. These categories describe the token distribution approach rather than the number of tokens a holder can spend at any given moment. (docs.oasis.io)

ROSE has several practical roles. Users pay network gas fees with it; validators stake it to take part in consensus; and other holders can delegate it to validators. Oasis documentation also identifies governance proposal voting and application-specific uses among the token’s functions. Staking rewards come from the network’s reward mechanism, while transaction fees are tied to use of the network. (docs.oasis.io)

The distinction between staking and delegating is simple. A validator runs the equipment and software that help operate the chain. A delegator assigns staking weight to a validator without running that equipment. The amount of ROSE staked influences a validator’s voting power in consensus. This makes the token part of both the network’s everyday operation and its system for reaching agreement. (docs.oasis.io)

Ecosystem & Use Cases

Oasis supports applications that need to use information without publishing every detail. A digital identity application, for instance, could check whether someone meets a requirement while revealing only the answer needed for that transaction. Other possible designs involve private business data, access to personal records, or votes that should remain confidential until a process is complete. These are application possibilities enabled by the tools; each developer must build the specific service and its rules. (oasis.net)

Finance is another area of activity. Confidential contracts can support applications where users want more control over information exposed during a transaction. Oasis has supported DeFi development on Sapphire, and its 2026 strategy placed greater emphasis on building applications alongside its infrastructure. The foundation identified Privana Finance, a private-finance application, as an early example of that approach. (oasis.net)

ROFL broadens the range of work developers can connect to a blockchain. An application might need to run an AI task, process data from an outside service, or manage a private software agent. The Oasis developer tools include examples of AI agents, private chat applications, and oracles built around this framework. They show how confidential computing can serve applications whose work extends beyond a smart contract. (docs.oasis.io)

Advantages & Challenges

Oasis brings together three useful ideas: a public network for shared records, EVM tools familiar to many developers, and ways to process selected data privately. Its split architecture also gives different ParaTimes room to serve different workloads. The Oasis Privacy Layer adds another path for developers who want to use confidentiality without moving an entire application to Sapphire. (oasis.net)

The same flexibility makes the system more involved to learn. A developer may need to understand consensus accounts, ParaTime accounts, encrypted contract state, and cross-chain messages. Confidential applications also require careful choices about what they publish: Sapphire’s documentation explains that ordinary contract event logs can reveal information unless a developer handles them appropriately. For Oasis, a continuing challenge is turning these technical abilities into applications that people find straightforward and useful. (docs.oasis.io)

Where to Buy & Wallets

ROSE is available on Coinbase in the United States and on Binance in supported regions. Available purchase methods depend on the platform and location. After purchase, ROSE can remain in an exchange account or move to a wallet that supports the intended part of the Oasis network. (coinbase.com)

The foundation-managed ROSE Wallet has web and browser-extension versions for Oasis accounts. It supports access to consensus-layer functions, including token transfers and delegation, and can connect to a Ledger hardware device. MetaMask supports EVM-compatible ParaTimes such as Sapphire. Oasis provides a ROSE App for moving tokens between a compatible exchange withdrawal route, the consensus layer, and Sapphire. (docs.oasis.io)

The account type matters when moving tokens. Consensus-layer addresses commonly begin with oasis1, while Sapphire users commonly work with 0x addresses in EVM wallets. Oasis treats these as accounts on different parts of its system, so selecting the right network and destination format is part of making a transfer. (docs.oasis.io)

Regulatory & Compliance

Rules affecting ROSE depend on the jurisdiction and on the activity involved, such as issuing tokens, operating an exchange, or providing a financial application. In the United States, the Securities and Exchange Commission published broader interpretive guidance on crypto assets in 2026. In the European Union, the Markets in Crypto-Assets Regulation, or MiCA, has applied fully since December 30, 2024 and sets requirements for covered crypto-asset issuers and service providers. An application built on Oasis may also have obligations related to the particular service it offers. (sec.gov)

Islamic finance assessments also focus on the activity being evaluated. Fasset lists ROSE as Shariah compliant in its published token screening. That assessment concerns the token; a separate lending, trading, or yield application built on Oasis may involve different arrangements and receive a different assessment. ROSE’s core network uses include fees, staking, and delegation, while the platform allows independent developers to build a wider range of financial applications. (fasset.com)

Future Outlook

Oasis has moved from building private blockchain infrastructure toward putting more of it to work in applications. Sapphire provides the confidential smart-contract environment, ROFL extends computing beyond the chain, and the Privacy Layer connects those abilities to applications on other networks. In April 2026, the foundation described a sharper focus on the application layer while continuing to support outside developers. (oasis.net)

The next stage of Oasis will depend on how well developers combine those parts into services people can use. Private finance, identity tools, and AI applications are areas that fit the network’s design. The central question is whether confidentiality makes those services meaningfully better for their users, rather than remaining only a feature of the underlying technology. (oasis.net)

Summary

Oasis Network is a blockchain designed to make confidential computing available to decentralized applications. ROSE pays fees and helps secure its proof-of-stake network. With Sapphire, ROFL, and cross-chain privacy tools, Oasis gives developers several ways to use private data alongside shared blockchain records. Its place in the crypto ecosystem rests on how those tools are put to use in working applications. (docs.oasis.io)