Roru Labs Tokenomics
Welcome to the official Roru Labs tokenomics documentation. This comprehensive guide covers all aspects of the Roru Labs token economy, including token distribution, utility, and revenue sharing mechanisms.
About Roru Labs
Roru Labs builds a full-stack privacy infrastructure that merges hardware-rooted security, encrypted distributed compute, zero-knowledge cryptography, and multi-chain settlement into a single unified architecture. The Roru ecosystem consists of five core components, all bound together by a vertically integrated cryptographic trust model:
Roru Protocol: Defines shielded global state, zero-knowledge transaction rules, device-bound identities, and multi-chain settlement primitives
Roru Infra: Distributed computation and messaging backbone with attestation servers, relayer clusters, encrypted RPC gateways, and prover clusters
Roru SDK: High-level developer interface with libraries for multiple platforms and languages (Rust, TypeScript, Python, Go, Swift, C)
Roru Wallet: User gateway maintaining shielded balances, offline transaction management, and multi-chain abstraction
Roru One: Hardware cryptographic terminal enabling offline, private digital cash transactions
At its core, Roru is an encrypted execution environment designed to make digital value behave like physical cash: untraceable, instant, borderless, and offline-capable.
The $RORU Token
The $RORU token is the native utility asset powering the entire Roru Labs ecosystem. It serves as the economic backbone that incentivizes infrastructure providers, enables privacy-preserving transactions, and facilitates seamless interactions across all Roru components.
Key Features
🔒 Privacy-First Design
All token transfers leverage the Roru Protocol's privacy model through shielded identifiers and zero-knowledge proofs
Transactions are untraceable while maintaining full verifiability and compliance capabilities
Selective disclosure mechanics allow compliance verification without exposing transaction details
🌐 Multi-Chain Capabilities
Primary deployment on Solana as an SPL token for high throughput and low-latency settlement
Cross-chain settlement capabilities across the entire Roru ecosystem
Unified private interface that eliminates multi-chain fragmentation
⚡ Offline Functionality
Transactions can be performed completely offline on Roru One hardware devices
Offline transaction queuing with automatic sync when network access is restored
Enables truly private peer-to-peer digital cash functionality
🏗️ Infrastructure Incentivization
Rewards for relayer operators broadcasting shielded transactions
Incentives for prover cluster operators generating zero-knowledge proofs
Compensation for attestation servers, sync nodes, and gossip coordinators
Fair distribution mechanism that maintains participant privacy
Primary Use Cases
Shielded Transactions: Pay for privacy-preserving transfers, zero-knowledge proof generation, and encrypted compute services
Infrastructure Access: Unlock premium SDK features, prover cluster access, encrypted RPC gateways, and advanced zk circuit libraries
Staking & Prioritization: Stake $RORU to prioritize transactions in relayer networks or reserve dedicated infrastructure capacity
Cross-Chain Operations: Facilitate multi-chain settlements while maintaining privacy through zero-knowledge proofs
Service Guarantees: Post refundable bonds in shielded addresses to guarantee service completion without identity exposure
Who Benefits
Infrastructure Providers
Relayer operators, prover cluster providers, attestation servers, and sync nodes earn $RORU for maintaining network services
Rewards are distributed based on validated service metrics computed in encrypted enclaves
Privacy-preserving reward mechanisms ensure fair compensation without surveillance
Developers
Access Roru SDK features, encrypted RPC gateways, and prover services using $RORU
Build privacy-native applications leveraging zero-knowledge cryptography
Integrate private computation into existing Web3 stacks
Users
Perform untraceable, instant, borderless transactions using $RORU
Access premium Roru Wallet features and Roru One hardware capabilities
Participate in revenue sharing through shielded payouts
Maintain full privacy while engaging with the ecosystem
Revenue Sharing Model
Roru Labs implements a transparent revenue sharing mechanism that maintains participant privacy:
Revenue Sources: SDK subscriptions, infrastructure services, Roru One hardware sales, and privacy service fees
Privacy-Preserving Distribution: Revenue shared using shielded addresses and zero-knowledge proofs
Verifiable Auditing: Complete audit trail through shielded hashes without exposing transaction details
Offline Claims: Revenue claims can be queued offline on Roru One devices
All revenue distributions are paid in SOL (not from token allocation) and can be received in shielded addresses, ensuring participants benefit from ecosystem growth while maintaining full privacy.
Documentation Overview
Explore Tokenomics
Technical Highlights
Privacy Architecture
Zero-knowledge proofs for balance verification, spend authorization, and double-spend detection
Shielded identifiers and encrypted session keys prevent metadata leakage
Batched commitments and selective disclosure for compliance without exposure
Security Model
Hardware-rooted security through Roru One device integration
TEE and SGX-like enclaves for encrypted computation
Device-bound identities and attested firmware
Anti-correlation logic preventing metadata leakage across networks
Network Design
Epoch-based state roots for deterministic privacy guarantees
Cross-chain proof verification and offline transaction queuing
Encrypted compute layer where data cannot be accessed by operators
Redundancy mesh for high availability and network resilience
Getting Started
Whether you're an infrastructure provider, developer, or user, $RORU enables participation in the Roru Labs ecosystem while maintaining complete privacy. Explore the detailed documentation sections above to understand how tokenomics align with Roru's mission of enabling a private economy at planetary scale.
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