Oasis Network (ROSE): D-Score 48/100 — Moderately Decentralized BlockIndex D-Score: 48/100 (Moderately Decentralized). Oasis Network (ROSE) is a Layer 1 cryptocurrency using PoS consensus. Oasis Network (ROSE): Privacy-first Layer-1 delivering confidential EVMs, ParaTimes, scalable PoS consensus and verifiable off-chain compute. Source: https://blockindex.ai/coin/rose · Data by BlockIndex.AI · Updated 2026-06-19 D-Score breakdown (0-100, higher means more decentralized) Component: Score: Overall D-Score: 48: Node distribution: 10: Initial distribution: 0: Governance: 20: Age and history: 13: Autonomy: 5: Key facts - Layer: Layer 1 - Consensus: PoS (Other) - Launch: Other (2020) - Founder: Dawn Song - VC funded: Yes - Max supply: 10,000,000,000 - Circulating: 7,787,901,354 (77.9%) Market data (as of 2026-06-19) - Price: $0.01 - Market cap: $50.99M - 24h volume: $2.82M - 24h change: -2.98% · 7d change: +1.79% About Oasis Network (ROSE) is a privacy-first Layer‑1 blockchain designed to enable confidential compute, scalable dApps, and privacy-preserving Web3 and AI workloads. Founded out of research at UC Berkeley and developed by Oasis Labs and the Oasis Foundation, the protocol separates consensus from execution through a layered architecture that includes a consensus layer and multiple ParaTime compute runtimes (notably Sapphire, Emerald, and Cipher). Sapphire provides a confidential EVM runtime built to enable smart contracts with configurable confidentiality, Emerald offers an EVM-compatible high-performance runtime for broader compatibility with existing Ethereum tooling, and Cipher provides a WASM/Rust runtime for native Rust smart contracts. The network positions itself at the intersection of privacy and decentralized AI, combining on-chain privacy controls with off-chain verifiable compute to serve data markets, confidential DeFi, DAOs, gaming, and privacy-sensitive ML workloads. Technically, Oasis combines a PoS consensus layer with independent ParaTimes that isolate execution and state to improve scalability and specialization. Trusted Execution Environments (TEEs) are leveraged for confidential computation in ParaTimes like Sapphire and the ROFL (Runtime Offchain Logic) framework extends verifiable off-chain compute through attested TEEs. The architecture promotes modularity: the consensus layer secures the base layer and validator set while ParaTimes provide isolated environments tailored for different execution models, performance characteristics, and confidentiality guarantees. Developer tooling and infrastructure such as Oasis Nexus (an indexer), Oasis Explorer, and the Oasis Wallet support developer workflows, observability, and user interactions; SDKs and documentation (Cipher SDK) facilitate Rust/WASM development while Sapphire and Emerald support Solidity/EVM compatibility for faster dApp onboarding. From an economic and tokenomic perspective, ROSE is the native gas, staking, delegation, governance, and compute-fee token of the Oasis Network. The protocol has a max supply of 10,000,000,000 ROSE and circulating supply figures in the 7.48B range as of the snapshots included in the combined summary. Initial genesis allocations and foundation endowments have shaped early distribution and ecosystem funding, and the Oasis Foundation operates a sizable ecosystem fund to support grants and developer growth. Staking and delegation power network security and on-chain governance processes are token-based, enabling holders to participate in protocol decisions. The token supports utility for confidential compute, ParaTime fees and staking rewards; the project’s monetary policy is oriented around utility and network incentives rather than inflationary yield statements in the extracted texts. Governance at Oasis is organized around the Oasis Foundation and token-based on-chain mechanisms referenced in the source materials. The foundation plays an active role supporting grants, ecosystem funds, and partnerships — including institutional integrations and acquisitions that bridge regulated services (for example, Ondo Finance’s acquisition of Oasis Pro, an SEC‑registered broker‑dealer and ATS). Onchain governance, staking and delegation are documented as the primary decision-making mechanisms; the project also engages in cross-project incentive programs (Ocean Protocol reward programs on Sapphire) and continues to evolve governance tooling. The combined dataset indicates active releases and an engineering cadence through multiple Oasis Core v25.x releases in 2025 and the launch of ROFL mainnet, signaling a continued roadmap focused on confidential EVM adoption, verifiable off-chain compute, and developer tooling improvements. Ecosystem signals show multi-exchange listings, broad wallet support (hardware and browser extensions), and an expanding toolset for confidential compute and data markets. Notable achievements documented in the combined summaries include Sapphire as a production confidential EVM, ROFL mainnet launch (July 2, 2025), the Oasis Nexus indexer and Oasis Explorer, and active ecosystem programs supported by a substantial ecosystem fund. Risk factors highlighted in the source materials include bridge security exposure in the broader cross-chain landscape, the need for secure bridging solutions for cross-chain liquidity, and competitive pressure among privacy-capable L1s. Overall, Oasis occupies a distinctive niche by combining confidentiality primitives with modular ParaTimes and verifiable off-chain compute, positioning it for privacy-first DeFi, tokenized data markets and decentralized AI workloads. Links - Website: https://oasisprotocol.org/ - Whitepaper: N/A - GitHub: https://github.com/oasisprotocol/nexus --- About the D-Score: BlockIndex.AI rates decentralization from 0 to 100 across node distribution, initial distribution, governance, age and history, and autonomy. Methodology: https://blockindex.ai/dscore