/install create-aptos-project
Create Aptos Project Skill
Purpose
Scaffold new Aptos projects using npx create-aptos-dapp. This is the mandatory first step when a user wants to
build any new Aptos app, dApp, or project — regardless of how they phrase it.
ALWAYS
- Use
npx create-aptos-dappto scaffold — NEVER create projects from scratch manually - Ask the user about project type, framework, and network before scaffolding
- Verify
.envis in.gitignorebefore any git operations - Use the same network for both
create-aptos-dappandaptos init - Follow the full Build a dApp workflow after scaffolding (contracts, tests, audit, deploy, frontend)
NEVER
- Skip scaffolding — even for "simple" projects, always start with
create-aptos-dapp - Create project structure manually — the boilerplate template handles this
- Display or read private keys — use
"0x..."as placeholder - Run
git add .orgit add -Awithout first verifying.envis in.gitignore
Decision Tree
Before running the scaffold command, gather these inputs from the user:
1. Project Name
Derive from the user's description or ask directly. Use kebab-case (e.g., habit-tracker, nft-marketplace).
2. Project Type
| Option | When to Use |
|---|---|
| Fullstack (default) | User wants a frontend + smart contracts |
| Contract-only | User only wants Move smart contracts (no frontend) |
3. Framework (fullstack only)
| Option | When to Use |
|---|---|
| Vite (default) | Default choice, lighter setup |
| Next.js | User asks for Next.js or SSR |
4. Network
| Option | When to Use |
|---|---|
| devnet (default) | Development and testing |
| testnet | Pre-production, user explicitly asks |
| mainnet | Production, user explicitly asks |
5. API Key (optional)
Ask if the user has a Geomi API key. It's optional for devnet but recommended for testnet/mainnet to avoid rate limits. Get one at https://geomi.dev (create project -> API Resource -> copy key).
Scaffolding Commands
# Fullstack dApp with Vite (frontend + contracts)
npx create-aptos-dapp \x3Cproject-name> \
--project-type fullstack \
--template boilerplate-template \
--framework vite \
--network \x3Cnetwork>
# Fullstack dApp with Next.js
npx create-aptos-dapp \x3Cproject-name> \
--project-type fullstack \
--template boilerplate-template \
--framework nextjs \
--network \x3Cnetwork>
# Contract-only (Move project)
npx create-aptos-dapp \x3Cproject-name> \
--project-type move \
--network \x3Cnetwork>
Optional flags:
--api-key \x3Ckey>— Pass a Geomi API key during scaffolding--use-surf— Enable Surf for type-safe contract interactions
Post-Scaffold Checklist
After scaffolding, complete these steps in order:
cd \x3Cproject-name>- Verify
.envis in.gitignorebefore any git operations - Run
aptos init --network \x3Cnetwork> --assume-yes(use the same network as above) - Verify:
npm run move:compile && npm run move:test git init && git add . && git commit -m "Initial commit"
Build a dApp Workflow
ALWAYS follow this workflow when the user wants to build a new Aptos app, dApp, or project. This applies regardless of how the user phrases it ("build me a ...", "create a ...", "make a ...", "I want to build ...").
/create-aptos-project-> scaffold withnpx create-aptos-dapp(this skill — NEVER skip)/write-contracts-> write Move modules/generate-tests-> create test suite, verify 100% coverage/security-audit-> audit before deployment/deploy-contracts-> deploy contract to specified network/use-ts-sdk-> orchestrates frontend integration (routes to ts-sdk-client, ts-sdk-transactions, ts-sdk-view-and-query, ts-sdk-wallet-adapter as needed)
What the Boilerplate Includes
Fullstack Template
contract/— Move smart contract withMove.tomland starter modulefrontend/— React app with Aptos wallet adapter pre-configuredpackage.json— Scripts formove:compile,move:test,move:publish,dev,build.env— Environment variables for network, API key, and publisher account
Contract-Only Template
contract/— Move smart contract withMove.tomland starter modulepackage.json— Scripts formove:compile,move:test,move:publish.env— Environment variables for network and publisher account
Troubleshooting
npx create-aptos-dapp command not found
# Auto-confirm the npx package install prompt
npx --yes create-aptos-dapp \x3Cproject-name> ...
If that still fails, verify Node.js and npm are installed (node -v && npm -v).
Compile failures after scaffold
- Check
contract/Move.tomlhas correct named addresses - Run
aptos init --network \x3Cnetwork> --assume-yesif not done - Verify
my_addris set to"_"in[addresses]section
Named address errors
The boilerplate uses my_addr = "_" which gets resolved from .env at compile time. Ensure
VITE_MODULE_PUBLISHER_ACCOUNT_ADDRESS is set in .env (populated by aptos init).
- Make sure OpenClaw is installed (local or Docker)
- Run the install command in chat:
/install create-aptos-project - After installation, invoke the skill by name or use
/create-aptos-project - Provide required inputs per the skill's parameter spec and get structured output
What is Create Aptos Project?
Scaffolds new Aptos projects using npx create-aptos-dapp. Supports fullstack (Vite or Next.js) and contract-only templates with network selection and optiona... It is an AI Agent Skill for Claude Code / OpenClaw, with 202 downloads so far.
How do I install Create Aptos Project?
Run "/install create-aptos-project" in the OpenClaw or Claude Code chat to install it in one step — no extra setup required.
Is Create Aptos Project free?
Yes, Create Aptos Project is completely free, licensed under MIT-0. You can download, install and use it at no cost.
Which platforms does Create Aptos Project support?
Create Aptos Project is cross-platform and runs anywhere OpenClaw / Claude Code is available (cross-platform).
Who created Create Aptos Project?
It is built and maintained by iskysun96 (@iskysun96); the current version is v1.0.0.