create-velith
Generate Safe UI compatible multisig batch JSON to create and distribute veLITH (veNFTs) to multiple recipients. Use when you need to lock LITHOS tokens and create veNFTs for a list of addresses.
Generate Safe UI compatible multisig batch JSON to create and distribute veLITH (veNFTs) to multiple recipients. Use when you need to lock LITHOS tokens and create veNFTs for a list of addresses.
Monitor blockchain mempools for pending transactions, front-running, and MEV opportunities. Use when monitoring pending blockchain transactions. Trigger with phrases like "check mempool", "scan pending txs", or "find MEV".
Expert on building decentralized applications with Shelby Protocol storage on Aptos. Helps with dApp architecture, wallet integration (Petra), browser SDK usage, React/Vue integration, file uploads, content delivery, and building Shelby-powered applications. Triggers on keywords Shelby dApp, build on Shelby, Shelby application, Petra wallet, browser storage, web3 app, decentralized app Shelby, React Shelby, Vue Shelby.
Expert on Shelby Protocol smart contracts on Aptos blockchain. Helps with blob metadata, micropayment channels, auditing system, storage commitments, placement group assignments, Move modules, and on-chain state management. Triggers on keywords Shelby smart contract, Shelby Move, blob metadata, micropayment channel, Shelby auditing, placement group assignment, storage commitment, Aptos contract.
Generate Safe UI compatible multisig batch JSON to claim voting rewards (internal LP fees and external bribes). Use when the user wants to claim bribes, collect voting rewards, or prepare claim transactions for a multisig wallet.
Generate Consensus Day distribution pay schedules for Ëtrid, allocating ÉTR among peers and directors by predefined percentages.
Implement DeFi protocols with production-ready templates for staking, AMMs, governance, and lending systems. Use when building decentralized finance applications or smart contract protocols.
Bootstraps production-ready AlgoKit projects for Algorand dApps and smart contracts. Use when initializing new Algorand smart contract projects, setting up development environments from scratch, or scaffolding dApps with pre-configured tooling. Strong triggers include "create a new project", "initialize a new Algorand app", "start a new smart contract", "set up AlgoKit", "scaffold a dApp", "algokit init".
Expert in Solana Architecture, Sealevel, and PDAs. Use when modifying Hub tracks or Program contracts.
Comprehensive toolkit for building applications with JPYC (Japanese Yen Pegged Coin). Use this skill when developing with JPYC token, implementing payment features, integrating JPYC SDK, deploying JPYC contracts to Base Sepolia, or building DApps with JPYC. Supports both JPYC SDK v1 usage and direct Solidity smart contract development with Hardhat, ethers.js, viem, Next.js, and React.
AlgoKit CLI commands for building, testing, and deploying Algorand applications. Use when building or compiling smart contracts, running test suites, deploying to localnet, managing local Algorand network, or understanding the development workflow. Strong triggers include "build the contract", "run the tests", "start localnet", "deploy to localnet", "algokit project run", "localnet status".
Guide new users through their first Lagoon vault selection with risk-appropriate recommendations, systematic analysis workflows, and educational support. Activates for first-time DeFi investors, vault discovery requests, and onboarding conversations.
Manages Moonbeam's parachain staking system including collator selection, delegation, and rewards. Use when modifying staking parameters, debugging delegation issues, implementing staking features, understanding collator selection, or working with staking rewards.
Solana memecoin launch strategy and execution. Use when planning token launches, designing tokenomics, building pre-launch hype, deploying on pump.fun/Raydium, or optimizing launch mechanics. Covers: token creation, bonding curves, liquidity strategy, community building, anti-rug best practices.
This skill should be used when the user asks about "Alchemy Solana API", "Solana RPC endpoints", "NFT API queries", "getAssetsByOwner", "transaction history", "Alchemy Enhanced APIs", "blockchain data fetching", "NFT metadata from Alchemy", or needs to query Solana blockchain data through Alchemy's infrastructure. Provides patterns for efficient API usage with proper error handling and caching.
This skill should be used when developers need to generate pod network smart contract boilerplate. It orchestrates the pod-templating MCP server to scaffold production-ready contracts (tokens, NFTs, voting, auctions, basic) using FastTypes for order-independent execution. Use when starting new contracts, migrating from Ethereum, or needing pod-specific patterns.
Search GitHub for Algorand smart contract examples and patterns. Use when finding example implementations of specific patterns (BoxMap, inner transactions), looking up contract feature usage, discovering Algorand repositories, or retrieving files from algorandfoundation repos. Strong triggers include "find an example of...", "show me how to use BoxMap", "search for voting contract examples", "get the code from puya-ts examples", "find Algorand NFT repositories".
Write privacy-preserving smart contracts in Compact (Minokawa) for Midnight Network. Use when creating contracts, defining types, using standard library functions, or implementing ZK patterns. Triggers on Compact language, circuits, ledger state, hashing, or zero-knowledge contract questions.
Testing patterns for Algorand smart contracts using generated clients and algorandFixture. Use when writing tests for smart contracts, setting up test fixtures and deployment, debugging failing tests, testing multi-user scenarios, or asking about E2E vs unit testing. Strong triggers include "how do I test my contract", "algorandFixture", "test is failing", "LocalNet testing", "vitest setup", "fund contract for boxes".
AlgoKit Utils library for interacting with the Algorand blockchain from TypeScript or Python applications. Use when connecting to Algorand networks (LocalNet, TestNet, MainNet), sending payments or transferring assets, creating and managing accounts, deploying or interacting with smart contracts from client code, or composing transaction groups. NOT for writing smart contract code (use build-smart-contracts skill). Strong triggers include "How do I connect to Algorand?", "send a payment transaction", "create an account", "deploy my contract", "get an AlgorandClient", "AlgorandClient.fromEnvironment".
This skill should be used when the user asks about "Alchemy Account Kit", "embedded wallets", "MPC wallets", "Web Signer", "gas sponsorship", "iframe stamper", "wallet creation", "signTransaction", "signAndSendTransaction", "Alchemy signer", or needs to implement non-custodial embedded wallets with Alchemy's MPC infrastructure. Covers the complete Account Kit integration pattern used in BlockDrive.
Diagnose and fix common Algorand errors including smart contract failures, transaction rejections, and SDK exceptions. Use when encountering smart contract logic errors or assertion failures, transaction rejections or confirmation timeouts, SDK exceptions (AlgodHTTPError, LogicError), account-related errors (insufficient balance, not opted in), or ABI encoding/decoding errors. Strong triggers include "logic eval error", "assert failed", "overspend", "transaction rejected", "pc=X" in error messages, "opcode budget exceeded", "account not found", "asset not found".
Expert on Shelby Protocol architecture, erasure coding, placement groups, read/write procedures, Clay Codes, chunking, storage providers, RPC servers, and decentralized storage system design on Aptos blockchain. Triggers on keywords Shelby Protocol, erasure coding, Clay Codes, placement groups, Shelby architecture, storage provider, blob storage, chunking, Shelby whitepaper.
Implement Ethereum signature verification in PHP. Use when user asks to verify wallet signatures, implement SIWE/EIP-4361, validate Ethereum addresses, or add wallet authentication to PHP/Drupal projects. Trigger phrases include "verify signature", "SIWE", "EIP-4361", "EIP-191", "wallet authentication", "ethereum signature", "personal_sign", or "validate wallet address".