Trustless Infrastructure for Real-Time Decentralized Applications
Permissionless DePIN built on Byzantine Fault Tolerant consensus with cryptographic finality
Permissionless DePIN built on Byzantine Fault Tolerant consensus with cryptographic finality
A next-generation Decentralized Physical Infrastructure Network (DePIN) that powers real-time, trustless applications with enterprise-grade performance.
Built on Byzantine Fault Tolerant consensus with Ed25519 cryptographic signatures, 200ms block time, and permissionless validator participation.
Sub-second block time with BFT consensus and cryptographic finality guarantees.
Ed25519 signatures on all votes. Built-in equivocation detection and slashing.
libp2p networking with automatic transport fallback and NAT traversal.
BitTorrent-style replication with 3x redundancy and LZ4 compression.
Sub-millisecond state synchronization for collaborative applications.
Open network with on-chain license verification via Monad blockchain.
Validator Layer: BFT consensus nodes finalize blocks and maintain canonical state with 2/3 quorum.
Synchronizer Layer: Real-time state synchronization via WebSocket and WebRTC.
Client Layer: Zero-friction integration for JavaScript applications.