AVAX Skills
Build Avalanche apps, integrate protocols or design L1s with task-routed procedures and executable source-backed examples.
A field guide for AI builders
Give your coding agent the context to build on Avalanche. Focused skills. Official sources. No guesswork about which chain you’re on.
Plain Markdown. Use with your agent of choice.
# Start here. Go deep when needed.
read ./SKILL.md
└ understand the task
└ choose the right chain
└ load a focused skill
Ready to build with context.
A small context window. A much better starting point.
THE LIBRARY / 01
Start broad. Pull in exactly
what your next build needs.
Build Avalanche apps, integrate protocols or design L1s with task-routed procedures and executable source-backed examples.
Choose Avalanche C-Chain, an L1, or no chain by testing the application's actual trust and execution needs.
Explain or design Avalanche app state, incentives, token accounting and authorization before choosing contracts.
Plan and ship an Avalanche application from chain selection to verified contract and frontend behavior.
Configure Avalanche C-Chain, Fuji or a named L1 without mixing RPCs, chain IDs and native assets.
Review Avalanche app custody, censorship, source access, privacy, admin powers and credible exit paths.
Coordinate Avalanche contract, protocol, UI and release work with evidence-backed handoffs.
Choose Avalanche development tools and compiler settings without assuming Ethereum fork parity.
Estimate Avalanche transaction fees using the target network and current execution rules instead of fixed cost claims.
Connect Avalanche wallets or prepare agent transactions with explicit chain, spender and receipt handling.
Integrate token, vault, typed-authorization, ERC-8004 and x402 interfaces with Avalanche deployment checks.
Build Avalanche wallet interfaces that distinguish approvals, execution and confirmed state changes.
Take an Avalanche UI from a local fork to a reviewable release with coherent chains and transaction states.
Build Avalanche analytics with explicit chain coverage, checkpoints and freshness instead of unbounded RPC scans.
Design or operate a sovereign Avalanche L1 while separating its security and economics from C-Chain.
Build Avalanche ICM or ICTT integrations with correct identifiers, authenticated origin and destination execution checks.
Verify Avalanche ACP activation, node releases and EVM feature support separately for each target network.
Resolve Avalanche token and protocol deployments with provenance and chain-specific onchain checks.
Integrate Avalanche exchanges and lending protocols using version-matched deployments and executable quotes.
Integrate current Pharaoh CL swaps with tick-spacing ABIs, separately from xPHAR voting and DLMM.
Integrate Avalanche Aave V4 Hub/Spoke supply and tokenized deposits without V3 API substitutions.
Build LFJ Liquidity Book v2.2 swaps with exact bin paths, enum versions and full-fill checks.
Integrate Blackhole six-field RouterV2 routes with verified Algebra generations and separate veNFT governance.
Integrate a Silo market with exact implementation, paired debt context and explicit collateral type.
Integrate Avalanche Euler EVK with verified EVC, risk relationships, packed caps and metadata status.
Integrate BENQI lending and sAVAX with native/ERC20 entry points, error codes and queued withdrawals.
Review Avalanche value-moving contracts for token, authorization, oracle and cross-chain failure modes.
Review Avalanche vulnerabilities with scoped trust boundaries, executable counterexamples and regressions.
Verify Avalanche contracts and integrations with reproducible forks, realistic failure cases and chain-specific checks.
Verify Avalanche wallet, transaction, data, mobile and release behavior against observable checks.
Build or verify Noir membership proofs with Avalanche EVM domain binding, nullifiers and explicit privacy limits.
Try a broader term or reset your filters.
THE WORKFLOW / 02
Copy the starter prompt into your coding agent, or open the root skill and provide it yourself.
Open root SKILL.mdThe root skill routes your agent to the right topics: C-Chain, custom L1s, interchain messaging, and more.
Find your next skillFollow the official sources, check live network details, and test the target network’s behavior before a production transaction.
Read the agent indexBUILT WITH A POINT OF VIEW
Not an Ethereum guide with the names swapped. This library starts with Avalanche’s own architecture, networks, and developer workflows.
An independent community project. Not affiliated with Ava Labs or the Avalanche Foundation. Source-reviewed guidance is not a security audit.
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