Monero

P2P Protocol

A privacy-first cryptocurrency protocol using ring signatures, stealth addresses, and RingCT to obscure sender, receiver, and transaction amount by default (not opt-in privacy). RandomX (a CPU-optimized Proof-of-Work algorithm, adopted 2019) is the current consensus mechanism, chosen specifically to resist ASIC mining centralization. No foundation or company controls it — development is fully community/donation-funded via the Monero Community Crowdfunding System (CCS).

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Details

License BSD-3-Clause
Dev Status 🟢 Active
Owner No single owner — an open-source project with a distributed contributor base (the Monero Core Team acts as a coordinating/signing group, not an owning entity).
Governing Body None (community-governed; CCS funds specific proposals, no central authority).
Country N/A
Start Year 2014
Stack C++.
Funding Monero Community Crowdfunding System (CCS) — donation-based, proposal-by-proposal funding, no venture capital or foundation treasury.
Last Investigated Aug 23, 2026

Use Case Domains

Platform Evolution & Sovereignty

Affordances

End-to-end encrypted

P2P Protocol Attributes

Origins Privacy-by-default cryptocurrency, forked from the CryptoNote protocol (2014), built so every transaction is private by default rather than optional.
Database N/A (privacy design deliberately limits chain queryability by outside observers)
Query Language N/A
Data Formats Custom binary block/transaction format.
Collaborative Live Editing N/A
Rich Text Editing N/A
Mobile Support Via third-party wallets (Cake Wallet, Monerujo, official Monero GUI/CLI).
Web Support N/A directly; wallet ecosystem provides access.
Native Apps Official GUI and CLI wallet/node software (monero-project).
Terms Free, open-source; network fees paid to miners.
Funds CCS is proposal-by-proposal, not a pooled treasury — no single "funds" figure to report.
Based On Forked from CryptoNote (Bytecoin's protocol lineage), with RingCT and RandomX as Monero-original extensions.
P2P Architecture Gossip network of full nodes; RandomX PoW mining (CPU-optimized specifically to resist ASIC centralization).
Overlay Network Global, permissionless.
Content Addressing No.
Local-First N/A
E2EE Not applicable in the messaging sense, but the protocol's core design goal is transaction-level privacy (ring signatures obscure the sender among decoys, stealth addresses obscure the recipient, RingCT obscures the amount) — relevant to this matrix's privacy-affordance lens even though it isn't E2EE-messaging encryption.
CRDTs Lib N/A
Byzantine Fault Tolerance Nakamoto-consensus-equivalent (PoW longest-chain, RandomX-specific).
Signature EdDSA (ed25519-variant), with ring signatures layered on top for sender ambiguity.
Permissions Permissionless.
Semantic Web Compatibility No.
Smart Contract No — deliberately minimal scripting, prioritizing privacy and simplicity over programmability.
Protocol Stack Position Base-layer settlement (Layer 1), privacy-focused, no comparable L2 ecosystem.
Asset / Value Embedding Native (XMR) only — no token-issuance layer (by design, to avoid diluting the privacy guarantee).
Protocol Maturity / Standardization Mature, mainnet since 2014, no formal external standards body, longest continuously-operating privacy-coin protocol.