State-sharded DAG infrastructure engineered for high-concurrency. Built with Rust. Optimized for deterministic performance on consumer-grade hardware.
Run your first transaction in under 5 minutes.
Get Started →📖Deep-dive into the DAG-based state-sharded design.
Explore →🔗Understand Proof-of-Unity — BFT on consumer hardware.
Learn More →🛠Deploy smart contracts and integrate via SDK or RPC.
Start Building →Savitri processes transactions in parallel shards using a directed acyclic graph structure, eliminating sequential bottlenecks while preserving deterministic state transitions.
PoU scores validators 0–1000 across uptime, stake, and hardware capability. BFT voting with 2f+1 quorum ensures Byzantine fault tolerance without sacrificing throughput.
Typed Rust SDK with RpcClient, WalletClient, ContractClient, and LightClient. JSON-RPC 2.0 API with 50+ methods, batch support, and WebSocket subscriptions.
50% of all fees are burned on-chain. Four independent burn mechanisms — transaction burns, staking pool deflation, IoT micro-fee burns, and governance proposal deposits.
Set up a local testnet in minutes and deploy your first smart contract on Savitri.