Both can carry a real product. The decision comes down to your engineers, your wallets, your liquidity, and who fixes it at 3am — not a throughput number.
Programs commonly use Rust with account access declared per transaction. Parallel execution matters when account design avoids unnecessary write contention.
An EVM-compatible chain. Solidity contracts and established Ethereum development tools carry over with fewer changes.
Fee model
Each transaction pays a base fee per signature and may add a priority fee based on requested compute units.
Transactions use an EVM gas model and pay gas in the chain token. Application economics should be tested against real call patterns.
Team migration cost
Expect new account, program, transaction, and testing patterns if the team comes from EVM development.
Existing Solidity contracts, audits, and operational practices may be reusable, subject to chain-specific testing.
Product fit
A strong candidate for applications with frequent state changes, order flow, consumer interactions, or composable Solana liquidity.
A strong candidate when Ethereum compatibility, existing contracts, or EVM partner integrations are hard requirements.
Main architecture risk
Account contention, transaction size, compute budgets, RPC quality, and indexing design can limit an otherwise fast program.
Gas behavior, bridge assumptions, sequenced dependencies, and Ethereum-facing integration choices need explicit operating tests.
Runtime fit matters more than headline throughput
A benchmark does not describe your application. Model the exact transactions, accounts, contract calls, reads, and confirmation requirements. On Solana, poor account partitioning can serialize work. On an EVM chain, contract storage and call paths shape gas and latency. Test the product workload before committing the data model.
Write the busiest user flow as a transaction sequence.
Measure contention, compute, payload size, and confirmation behavior.
Include failed, duplicated, and delayed transactions in the test plan.
The cheapest migration is often the safer chain
A Solidity team with audited contracts and EVM integrations carries real working capital in its toolchain. A Rust team with Solana program, wallet, and RPC experience has the same advantage on Solana. Chain selection should include retraining, audit changes, operational ownership, and incident response rather than development hours alone.
Liquidity and distribution are product dependencies
DeFi products depend on venues, collateral, price feeds, wallets, and counterparties. Consumer products depend on onboarding and signing flows that users understand. List these dependencies by name and verify their support on each chain. Ecosystem fit can outweigh a modest runtime advantage.
Design an exit before choosing an entry
Keep chain-specific code behind narrow interfaces where the product allows it. Store an authoritative off-chain record for data that does not require consensus. Document upgrade authority, key rotation, RPC failover, index rebuilds, and the conditions that would force a migration.
Name the authority that can upgrade or pause each program.
Define how clients recover from stale or unavailable RPC data.
Keep bridge and custody assumptions visible to the buyer.
Solana systems
Work you can check
Historical product records and current public scaffolds show work across Solana applications, wallet integration, xNFT surfaces, and supporting product systems.
No. Transaction fees are only one cost. Engineering migration, audits, RPC and indexing, monitoring, support, and ecosystem integrations can dominate the operating budget.
Can an existing Solidity application move directly to Solana?
Not directly. Solana uses a different runtime, account model, transaction model, and common program toolchain. Treat the move as an architecture migration rather than a redeployment.
Production build · $10K-$40K
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