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What is Oasis Network?

Oasis Network is a privacy-focused, scalable layer-1 blockchain purpose-built for confidential smart contracts, private DeFi, and responsible data economies. Developed by Oasis Labs, a team founded in 2018 by UC Berkeley professor Dawn Song alongside researchers with backgrounds in secure computing and distributed systems, the project raised early funding from investors including Andreessen Horowitz, Accel, Binance Labs, and Polychain Capital.

The Oasis Foundation oversees the network's protocol development and ecosystem growth. The mainnet officially launched in November 2020, introducing a novel architecture that separates consensus from execution to deliver both performance and flexibility. Its native token, ROSE, powers transactions, staking, and delegation across the network. The Oasis Network's distinguishing feature is its use of ParaTimes — parallel runtime environments that handle computation independently from the consensus layer.

The flagship Sapphire ParaTime, launched in 2022, is the first confidential EVM on any public blockchain, allowing Solidity developers to deploy Ethereum-style smart contracts with built-in data confidentiality using Trusted Execution Environments (TEEs). Emerald, another ParaTime, offers a standard EVM-compatible environment for developers who prioritize compatibility over privacy.

Cipher, a WebAssembly-based confidential ParaTime, targets non-EVM confidential computing. This modular ParaTime structure allows the network to scale horizontally as new runtimes are added without congesting the base layer. Beyond DeFi, Oasis has positioned itself as infrastructure for the emerging intersection of AI and blockchain, where data privacy and verifiable computation are critical.

The Oasis Foundation has partnered with organizations exploring data tokenization and privacy-preserving machine learning, including early collaborations with Meta (formerly Facebook) on a responsible AI research initiative that used Oasis's privacy tooling to analyze fairness in machine learning models. Other notable partnerships include integrations with BMW for confidential data analytics pilots and collaborations within the broader Binance ecosystem, where ROSE was listed on Binance's Launchpool in late 2020 with a token distribution event that helped bootstrap early liquidity and community participation.

The network also established an Oasis Ecosystem Fund of over $235 million to support developers building privacy-preserving applications, grants programs, and hackathons. The ecosystem today includes decentralized exchanges, NFT platforms, lending protocols, and wallet integrations across both Sapphire and Emerald. Major centralized exchanges list ROSE, including Binance, Kraken, KuCoin, contributing to its global liquidity.

The token is also supported by hardware wallets such as Ledger and by multiple staking services, given that ROSE uses a delegated proof-of-stake consensus mechanism where holders can delegate to validators to earn rewards. Oasis has not been without controversy — it has faced criticism common to privacy-focused chains regarding regulatory risk, and debates have emerged within its community over validator centralization and token unlock schedules.

Nonetheless, Oasis continues to push into new frontiers, particularly around decentralized AI, verifiable off-chain computation, and enterprise-grade confidential smart contracts. Its combination of academic pedigree, institutional backing, and technical focus on privacy differentiates it from generic layer-1 competitors and positions it within a growing narrative that treats confidentiality and data sovereignty as core Web3 primitives rather than optional add-ons.

Key Features of Oasis Network

• Confidential EVM ParaTimes: Sapphire is the first confidential EVM-compatible runtime, enabling Solidity developers to build smart contracts with encrypted state and private transactions. This unlocks use cases like private voting, sealed-bid auctions, and undercollateralized lending that aren't feasible on transparent chains.
• Separated Consensus and Execution: Oasis splits its architecture into a consensus layer and multiple parallel ParaTimes, allowing each runtime to process transactions independently. This design prevents computational workloads on one ParaTime from slowing the rest of the network and enables horizontal scalability.
• Low Fees and High Throughput: ROSE transaction fees are typically fractions of a cent, and the consensus layer can finalize blocks in seconds. This cost efficiency makes Oasis practical for high-frequency DeFi, gaming, and consumer applications that would be prohibitively expensive on Ethereum mainnet.
• Trusted Execution Environments: Oasis leverages Intel SGX and similar TEEs to isolate sensitive computations from node operators, ensuring data remains encrypted even during processing. This hardware-enforced privacy model is a core differentiator versus zero-knowledge-only approaches.
• Delegated Proof-of-Stake: ROSE holders can delegate tokens to validators through a permissionless staking system, earning network rewards without running infrastructure. A 14-day unbonding period and slashing mechanics secure the consensus layer against malicious behavior.

Oasis Network Use Cases

• Confidential DeFi: Developers build lending, derivatives, and DEX protocols on Sapphire where order flow, collateral positions, and user balances remain encrypted. This mitigates MEV extraction and front-running that plague transparent chains.
• Data Tokenization: Oasis enables individuals and enterprises to tokenize datasets and monetize them without revealing underlying information, using privacy-preserving computation. Researchers and AI companies can query data and pay contributors while preserving sensitive details.
• Private Web3 Identity: Applications use Oasis to store credentials, reputation, and KYC attestations with selective disclosure, letting users prove facts like age or residency without revealing full documents. This supports compliant onboarding for DeFi and RWA platforms.
• On-Chain AI and Agents: Oasis's confidential compute layer lets AI agents execute strategies with private prompts, proprietary models, or sensitive training data while producing verifiable on-chain results. This is a growing focus area for the Foundation's grant programs.
• Enterprise Blockchain Integrations: Corporations piloting blockchain use Oasis to keep business-sensitive data encrypted while still benefiting from settlement and auditability. Past pilots have included automotive data analytics and privacy-preserving machine learning research.

Oasis Network Tokenomics

Total Supply

ROSE has a fixed maximum supply of 10 billion tokens. Allocations at genesis were split among the Oasis Foundation, early backers, core contributors, staking rewards reserves, community and ecosystem programs, and a Binance Launchpool distribution.

Circulating

Circulating supply has grown steadily as staking rewards emit and scheduled unlocks vest.

Utility

ROSE is used to pay transaction fees across ParaTimes, to stake and delegate for securing the consensus layer, and to participate in on-chain governance decisions. It also serves as the base gas asset on Sapphire and Emerald for deploying and interacting with smart contracts.

Emission

Staking rewards are issued from a dedicated reserve over a multi-year emission curve designed to decline gradually as the network matures. Additional releases from foundation, backer, and contributor allocations follow publicly documented vesting schedules — see the Oasis Foundation's transparency reports for specifics.

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