Database

Trigger when building Solana smart contracts using the Anchor framework. This skill covers program initialization,

Trigger when the user needs to index, query, or process blockchain data. Covers

Trigger when you are building smart contracts for Starknet using Cairo. Covers contract

Leverage Chainlink's decentralized oracle networks to securely connect your smart contracts to off-chain data and computation.

Develop smart contracts for Cosmos SDK blockchains using Rust and CosmWasm. Covers contract

Trigger when the user is building cross-chain bridges, interoperability layers, or

Trigger when building decentralized autonomous organizations (DAOs), implementing on-chain

Trigger when the user is building DeFi protocols including AMMs, lending platforms,

Trigger when designing highly modular, upgradable, and gas-efficient smart contract systems that exceed

This skill covers how to design, deploy, and interact with ERC-1155 multi-token contracts.

Trigger when building non-fungible token (NFT) smart contracts following the ERC-721 standard

Trigger when the user needs deep understanding of EVM internals, including opcodes,

Trigger when you need to efficiently verify the integrity and membership of large datasets on-chain without storing all data.

Trigger when building EVM-compatible dApps on Solana via Neon EVM. Covers deploying

Trigger when the user is building blockchain programs in Rust, including Solana

Trigger when the user needs to write, improve, or debug tests for smart contracts.

Trigger when the user is writing, reviewing, or debugging Solidity smart contracts

Trigger when building decentralized applications involving token locking, reward distribution,

Trigger when building off-chain data indexes for dApps, querying historical or real-time blockchain data efficiently,

Trigger when building custom blockchain logic, extending a Substrate runtime, or developing

Trigger when the user is designing, implementing, or extending token standards

Trigger when designing smart contracts that require future modification, bug fixes, or feature additions without redeploying the entire system. Covers proxy patterns, UUPS implementation, storage management, and secure upgrade procedures using OpenZeppelin Upgrades.

Trigger when the user is building dApp frontends with wallet connectivity, transaction

Trigger when the user is working with zero-knowledge proofs, including circuit

Guide users through legitimate airdrop farming strategies, covering protocol

Trigger when users ask about algorithmic order execution, TWAP, VWAP, smart order

Trigger when users ask about crypto derivatives, perpetual futures, options,

Trigger when users ask about high-frequency crypto trading, low-latency systems,

Trigger when users ask about participating in token launchpads, IDOs, IEOs, or building bots

Trigger when users ask about market making, liquidity provision, bid-ask spread

Trigger when users ask about MEV (Maximal Extractable Value), Flashbots, arbitrage

Trigger when users ask about on-chain data analysis, whale tracking, exchange flow

Trigger when users ask about crypto portfolio construction, asset allocation,

Trigger when users ask about quantitative crypto trading, alpha generation,

Trigger when users ask about risk management for crypto trading, portfolio VaR,

Trigger when building low-latency, on-chain trading bots, market makers, or arbitrageurs on Solana.

Trigger when users ask about integrating crypto trading bots with Telegram, real-time

Trigger when users ask about building production crypto trading systems, trading bot

Trigger when users ask about AMM design, Uniswap mechanics, Curve stableswap,

Trigger when users need to transfer assets or data between different blockchain networks, build dApps that operate across multiple chains,

Trigger when users ask about DeFi composability, stacking protocols, flash loan

Trigger when users ask about DeFi protocol risk, smart contract security, audit

Trigger when users ask about DAO governance, token voting, treasury management,

Trigger when users seek to abstract away the complexities of DeFi execution, desire optimal trade outcomes,

Trigger when users ask about DeFi lending and borrowing protocols, including Aave,

Trigger when users ask about liquid staking, restaking, LSTs, LRTs, or validator

Trigger when building automated yield strategies leveraging on-chain options, optimizing capital efficiency through structured products,

Trigger when users ask about decentralized perpetual exchanges, on-chain derivatives,

Trigger when building decentralized applications that allow users to forecast future events,

Trigger when users ask about tokenizing tangible or intangible assets on the blockchain,

Trigger when users ask about leveraging Ethereum's security for new protocols, building Actively Validated Services (AVSs),

Trigger when users ask about stablecoin design, peg mechanisms, depeg risk, or specific

Trigger when users ask about token economics, supply mechanics, distribution strategies,

Trigger when users ask about DeFi yield farming, LP farming, staking strategies,

Triggers when a user asks about blockchain forensics, transaction tracing, fund flow analysis,

Triggers when a user asks about preventing DeFi exploits, implementing reentrancy protection,

Triggers when a user asks about a DeFi exploit, hack, post-mortem, or attack vector.

Triggers when a user asks about preventing flash loan exploits, securing DeFi protocols against price manipulation,

Triggers when a user asks about formal verification, Certora, Halmos, symbolic execution,

Triggers when a user asks about gas optimization, gas-efficient code, storage optimization,