Architecture Philosophy
InfiniSVM scales a single global state machine by distributing workloads across microservices and specialized hardware accelerators while maintaining atomic state transitions. This approach avoids the fragmentation issues of traditional sharded or rollup-based scaling.Welcome to Solayer InfiniSVM
Solayer InfiniSVM is a next-generation blockchain architecture designed to scale a single global state machine with unprecedented throughput, ultra-low latency, and strong composability. Built with hardware acceleration at its core, InfiniSVM delivers 1M+ TPS and enables next-gen applications that demand high throughput, low fees, and seamless composability.
Performance Targets
- 1M+ TPS: Sustained transaction throughput (currently achieving 340k+ TPS in devnet)
- 100Gbps+ Bandwidth: Network capacity for high-throughput data processing
- Microsecond Latency: Ultra-low inter-node communication
- Atomic Composability: No fragmented state
- Solana VM Compatible: Deploy existing Solana programs with minimal changes
Hardware-Accelerated Execution
Solayer offloads critical blockchain operations to distinct, highly optimized hardware clusters:- Signature Verification: Dedicated verification accelerators
- Transaction Filtering: Pre-execution validation and filtering
- Simulation: Transaction outcome prediction
- Scheduling: Intelligent transaction ordering
- Storage: High-performance distributed storage
Network & Communication Layer
InfiniBand RDMA
Near-microsecond inter-node communication through:- Remote memory operations without CPU involvement
- Bypassing traditional OS network stacks
- Zero-copy, high-speed data transfers
Software-Defined Networking (SDN)
Programmable network control enabling:- Dynamic routing and traffic optimization
- Custom protocol deployment
- Consistent line-rate performance at scale
Execution & Consensus
Multi-Executor Architecture
Sharded execution across multiple nodes with:- Speculative transaction execution
- Fine-grained scheduling
- Database sharding with RDMA
- Concurrent transaction processing
Hybrid Consensus (PoA + PoS)
Combines Proof-of-Authority with Proof-of-Stake:- Megaleader model with decentralized verifiers
- Speculative execution before sequencing
- Fallback consensus secured by Solana
Network Access
Mainnet RPC Endpoint
For production applications:Devnet RPC Endpoint
For testing and development:The devnet is specifically for testing purposes only. As we’re in the internal devnet phase, the network may be intermittently unstable and the blockchain state might be reset during performance upgrades.
Compatible Tooling
InfiniSVM works with standard Solana development tools:- Solana CLI
- Web3.js
- Anchor
- Other Solana SDK libraries
Core Technologies
Hardware Acceleration
Specialized clusters for signature verification, transaction filtering, simulation, and storage
InfiniBand RDMA
Near-microsecond inter-node communication with zero-copy data transfers
Software-Defined Networking
Programmable network control with dynamic routing and optimization
Multi-Executor Architecture
Parallel execution with sharded database and speculative processing
Developer Resources
API Reference
Explore RPC endpoints and protocol APIs
Block Explorer
View transactions and blocks on Solayer Explorer
Faucet
Get devnet SOL for testing
Solayer Bridge
Cross-chain asset transfers between Solana and Solayer
Vertically Integrated Stack
Solayer is more than just a blockchain - it’s a fully integrated financial system. From base-layer infrastructure to real-world payments, every component works seamlessly together:sSOL & MegaValidator
Top-performing Solana validator powered by custom hardware and MEV optimization
sUSD & Emerald Card
Yield-bearing stablecoin backed by RWA T-bills with real-world spending capability
Advanced Features
Composable Hooks
On-chain automation for arbitrage, liquidations, and accounting
Jumbo Transactions
Aggregate multiple operations into single execution
Cross-Chain Calls
Seamless interoperability across blockchain ecosystems
Wallet-Agnostic Integration
Built-in OAuth support for simplified user onboarding