The Problem
Solana can execute in parallel.
Nobody does.
Today
Every dApp submits transactions as sequential instruction chains. Multi-step operations -- swaps, stakes, LP deposits -- execute one after another, even when they don't depend on each other. Sealevel's parallel runtime sits idle.
With IVZA
IVZA analyzes which instructions actually conflict -- which accounts are read, which are written. Independent operations get scheduled into parallel execution lanes. What used to run sequentially now runs concurrently. No new chain. No new VM. Just Solana, used the way it was designed.
Execution Pipeline
Four stages to
maximum parallelism
01
Decompose
Break transaction intents into atomic instruction nodes. Each carries account access patterns and declared compute budget.
02
Analyze
Build a DAG from read/write set overlaps. Compute critical path via forward/backward pass. Identify independent subgraphs.
03
Schedule
Assign priority scores. Pack independent nodes into parallel execution lanes via greedy bin-packing with conflict checking.
04
Execute
Each lane becomes a Jito bundle. Lanes submit concurrently. Independent transactions execute in parallel on Sealevel.
Interface
Express intent, IVZA handles execution
// from the sdk/ directory after git clone import { IvzaClient } from "./sdk/src"; const client = new IvzaClient(connection, wallet); // describe what you want. IVZA handles the rest. const plan = await client.processIntent(` swap 500 USDC to SOL stake 50% of output SOL `); // 2 intents -> decomposed -> analyzed -> 2 parallel lanes const results = await client.executeLocally(plan);
Approach
Not another chain. A better layer.
Monad, Sei, MegaETH
Build entirely new blockchains for parallel execution
New chain = new ecosystem, new liquidity, new trust assumptions
IVZA
Middleware that parallelizes existing Solana transactions
Same chain. Same liquidity. Same composability. Better throughput.