Products · Native EVM

Compute built for global scale.

Native EVM is an object-centric, multi-threaded execution environment engineered to eliminate the state bottlenecks limiting modern infrastructure.

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~2,500Native EVM TPS

0Migration friction

100%Solidity support

BRX / EVM

Performance

Performance beyond sequential machines.

Throughput scales linearly with node hardware. No artificial gas limits. No shared state congestion.

~2,500 TPSNative EVM throughput

15 TPSEthereum EVM baseline

ZeroMigration friction

Technical architecture

Object-centric state.

Parallel execution

Transactions touching independent objects execute concurrently without locks.

Hardware enclaves

Formally verified opcode execution ensuring deterministic security.

Optimized memory

Predictable resource allocation bypassing traditional cache bottlenecks.

EVM compatible

Deploy existing Ethereum contracts natively with zero migration friction.

Execution engine

Transactions, resolved in parallel.

Parallel state locking

Independent objects are resolved and locked so unrelated transactions never contend.

Deterministic commitment

Mutations commit through a verified path, keeping execution safe and reproducible.

execution_engine.rs

pub fn execute_transaction(
    ctx: &mut ExecutionContext,
    tx: Transaction
) -> Result<ExecutionResult> {
    // 1. Resolve objects
    let objects = ctx.resolve_dependencies(&tx.inputs)?;
    // 2. Parallel state locking
    let _locks = StateManager::lock_objects(&objects);
    // 3. VM Execution
    let result = native-evm::run(&tx.payload, &objects)?;
    // 4. State commitment
    ctx.commit_mutations(result.mutations);
    Ok(result)
}

Visual surface

Native EVM in the system.

Metric	Standard EVM	Brixs Native EVM
Execution Model	Single-threaded / Sequential	Multi-threaded / Parallel
State Locks	Global lock per block	Localized per-object locks
Throughput Limit	~15-30 TPS	Hardware-bound (~2,500+ TPS)
Contract Compatibility	Native Solidity	100% Native Solidity

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