ship

Shipping a deployed dApp end-to-end requires a structured workflow mapping phases from architecture planning through smart contracts, testing, frontend, and deployment while enforcing state-transition audits and secure verification. This approach prevents building without a roadmap by sequencing contract and frontend development deliberately.

Deciding what belongs onchain versus offchain in your dApp architecture requires applying an onchain litmus test to evaluate if logic truly needs Solidity state transitions, preventing unnecessary gas costs and dead code by auditing exactly who calls each contract and why.

The best way to scope an MVP for an Ethereum or L2 dApp is to enforce contract-count limits and conduct a state-transition audit, ensuring deliberate chain selection and converting your concept into a deployable production plan without overbuilding features.

Yes, you can use this workflow for deploying token, NFT, marketplace, vault, and governance smart contracts, as it supports designing complex dApp flows while enforcing production launch decisions like deployment verification and multisig ownership guardrails.

Production readiness guardrails for launching a dApp on Sepolia include deployment verification, multisig ownership setup, and comprehensive QA and monitoring planning to ensure your onchain application is secure and stable post-launch.

You need a state-transition audit before writing smart contracts to enforce a 'who calls it and why' review, which prevents broken systems and dead code by validating that every contract state change serves a specific, necessary function in your dApp architecture.