Injective

Optimize AI API costs for agentic trading bots. Covers Anthropic token cost tracking, web search cost management, CoinGecko/Massive.com data sourcing, shared caching strategies, and per-user cost caps. Learned from real production data showing web search inflates costs 10-17x.

Use the Injective `injectived` CLI against a chain with consistent wallet, endpoint, and gas handling. Use the CLI map and reference docs to find commands and build transactions safely.

Detect breaking changes in Injective core between two tagged releases. For use in developer documentation and release notes.

Audit and report adherence to Injective's documentation standards

Develop EVM smart contracts and dApps on Injective

Create and operate an INJ faucet for initializing fresh Injective wallets. Sends a small amount of INJ via EVM to create on-chain accounts and provide gas for AuthZ grants. Handles the circular dependency where fresh wallets can't transact without gas but can't receive gas without an account. Pairs with injective-trading-autosign for zero-friction onboarding.

Build, review, or debug browser frontends that sign and broadcast Injective transactions with Keplr, Leap, MetaMask, CosmJS, @injectivelabs/sdk-ts, or CosmWasm execute messages. Use this whenever implementing Injective React/Vite/Next apps, wallet connect flows, swap-contract UIs, MsgExecuteContract, MsgBroadcaster, or when errors mention EthAccount, ethsecp256k1, invalid pubkey, account sequence, signer address, Keplr, Leap, or browser wallet signing.

Mass fund Injective wallets with INJ, USDT, or USDC. Batch bank transfers (MsgSend), deposit to exchange subaccounts, top up taker wallets, and check balances across many wallets. Supports batching 200+ transfers in a single transaction. Also covers public-facing faucet servers that accept caller-supplied addresses in either inj1 or 0x form.

Set up and run Injective MCP servers. Needed by multiple Injective skills which perform MCP tool calls.

Integrate Injective RFQ taker flows into browser apps and operational quote monitors. Use this skill when building, reviewing, or debugging RFQ gateway autosign settlement, Web3Gateway AuthZ setup, manual TakerStream quote collection, client-side gateway-style quote selection, RFQ open/close flows, gateway prefetch, optimistic position updates, conditional TP/SL intents, quote uptime probes, market-readiness checks, or mainnet RFQ frontend integrations. Covers mainnet parameters, canonical decimals, quote windows, signer slots, market discovery, quote-hit diagnostics, and production RFQ gotchas.

Analyze any Injective wallet address. Query bank balances across all token types (INJ, USDT, IBC assets, Peggy ERC-20s), inspect trading subaccount balances, and view open perpetual positions with unrealized P&L. Useful for portfolio monitoring, position management, and pre-trade checks. Requires the Injective MCP server to be connected.

Set up AuthZ delegation on Injective for session-based auto-trading. Grants a scoped, time-limited permission to an ephemeral key so the AI can place and close perpetual trades without a wallet popup or password prompt for every order. Use authz_grant to enable, authz_revoke to disable. Requires the Injective MCP server to be connected.

Bridge tokens to and from Injective using deBridge DLN (fast, cross-chain) or Peggy (Ethereum canonical bridge). Supports inbound bridges from Arbitrum, Ethereum, Base, Polygon, BSC, Avalanche, and Optimism into Injective, and outbound bridges from Injective to any deBridge-supported chain. Get quotes before executing. Requires the Injective MCP server to be connected.

Analyze Injective chain-level code and protocol specs. Read Go source from injective-core, explain exchange module features (position offsetting, liquidations, margin tiers, funding), and identify spec gaps. Use when discussing chain mechanics, reviewing Injective Go code, or explaining protocol behavior.

Build, review, or debug Injective trading frontend UX for RFQ, orderbook, AuthZ/autosign, wallet-connected trading, USDC balances, trade buttons, search, and user-facing error states. Use this whenever implementing or reviewing a browser trading app on Injective, especially if the UI opens or closes positions, cashes out, uses max leverage, uses RFQ/AuthZ/autosign, displays USDC balances, or handles transaction failures.

Access real-time market data for Injective perpetual futures markets. Query oracle prices, list all active markets with metadata (tick size, min notional, max leverage), and retrieve current spread and funding information. Requires the Injective MCP server to be connected.

Query and manage Injective staking delegations, rewards, and validator info. Look up staker addresses, delegation amounts, unbonding status, and claimed rewards via Injective LCD/REST API.

Look up metadata for any Injective token or denom. Resolves native tokens (INJ), Peggy ERC-20 bridged tokens (USDT, USDC, WETH), IBC assets (ATOM, OSMO), TokenFactory tokens, and EVM ERC-20s to their human-readable symbol, decimals, and type. Also supports sending tokens between addresses and depositing/withdrawing from trading subaccounts. Requires the Injective MCP server to be connected.

Integrate native USDC on Injective into browser apps, trading apps, wallets, bridge widgets, and operational tooling. Use this skill whenever the user asks to add or migrate to native USDC on Injective, wire Circle CCTP V2 deposits or withdrawals, debug USDC balances or denoms, replace USDT or bridged USDC with native USDC, select USDC derivative markets, or build a CCTP bridge UI. Covers Injective EVM chain IDs, Cosmos bank denom mapping, CCTP domains and contract addresses, frontend wallet flow, attestation recovery, and production gotchas.

Mass create, derive, and manage Injective wallets. Generate wallets from mnemonics (BIP-44 HD derivation), create random wallets, convert between ETH/INJ addresses, and batch fund wallets with INJ or USDT. Supports bulk wallet generation and batch funding.

Enables management of Linear issues, teams, projects, comments, or configuration via the `linear` CLI