The First AI Workflow Protocol Built for Solana
modular, verifiable, and engineered for speed
3ms
Latency
200+
Pre-built AI Nodes
ZK-Proof
Ready
AI Workflows Are Broken
Centralized Black Boxes
Slow & Costly Execution
No Chain-native Audits
SolGraph Fixes It All
Solana's Speed
Slow & Costly Execution
Hybrid Provenance
On-Chain State + Off-Chain Compute
Zero-Knowledge Sandbox
Private Data, Public Verification
The SolGraph Stack: Powering Next-Gen AI
Visual Workflow Builder
Drag, Drop, Deploy - No Code or Full Code Control
Hybrid Execution Engine
On-Chain State Sync Meets Off-Chain GPU Power
Privacy-First Sandbox
On-Chain State Sync Meets Off-Chain GPU Power
Open Node Marketplace
200+ Pre-Built Nodes: LLMs, Oracles, DeFi Tools
From Code to Chain: A SolGraph Workflow
// Deploy an AI-Powered Trading Bot
#[solana_program]
mod trading_flow {
fn execute(ctx: Context<Execute>) -> Result<()> {
let prices = fetch_pyth_data()?; // On-Chain
let signal = ai_model::predict(prices); // Off-Chain
execute_swap(&ctx, signal)?; // On-Chain
Ok(())
}
}
Build What's Next: SolGraph-Powered Applications
Real-Time Compliance Guard
Monitor Tx → Detect Anomalies → Auto-Freeze
Helius API
TensorFlow
Sec3 Audit
AI-Generated NFT Factories
User Prompt → SDXL Rendering → Mint on Tensor
Stable Diffusion
Metaplex
Shadow Drive
Automated Contract Safeguard
Fuzz Testing → Vulnerability Scoring → On-Chain Proof
Neodyme
Solscan
Rust Security
Under the Hood: Built for Scale and Trust
Hybrid Compute
- Off-Chain Confidential VMs
- GPU/TPU Clusters
- Oracle Networks
SolGraph Core
- Workflow Orchestration
- Node Scheduling
- ZK Proof Aggregation
Solana Layer
- On-Chain State
- Transaction Finality
- Program Execution
