Web3, smart contracts, and specialized crypto tools.
Solidity smart contract development on VeChainThor — Hardhat setup, ERC-20/721 patterns, upgradeable contracts, gas optimization, testing with Thor Solo, security auditing, and ABI codegen.
PermitC protocol knowledge -- time-bound token approvals, signature-based transfers, order fills, nonce management, and EIP-712 signing. Use this skill whenever the user asks about PermitC, permit transfers, time-bound approvals, gasless token transfers, signature-based token approvals, permit nonces, lockdown, or any Solidity code that imports from @permitC or references PermitC/IPermitC.
Generate Solidity contracts and scripts that integrate with Wrapped Native (WNATIVE)
Test smart contracts comprehensively using Hardhat and Foundry with unit tests, integration tests, and mainnet forking. Use when testing Solidity contracts, setting up blockchain test suites, or va...
Select and execute the smallest verification set that protects changed contracts while keeping feedback fast.
Audits EVM/Solidity smart contracts for security vulnerabilities. Covers reentrancy, access control, flash loan exploits, upgrade issues, oracle manipulation, signature attacks, and more. Learned from EVMbench (120 real Code4rena vulnerabilities across 40 production codebases).
Enforce immediate execution of any commitment made in a reply. Use this skill before finalizing ANY reply that contains a promise to act — phrases like "אדווח", "אעדכן", "אשלח", "אחזור אליך", "I'll send", "I'll report", "I'll follow up", "I'll update". Prevents the agent from saying it will do something and then not doing it.
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".
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".
Solidity smart contract gas optimization guidelines based on RareSkills. Use when writing, reviewing, or auditing Solidity code. Triggers on tasks involving smart contracts, EVM development, gas optimization, or Solidity best practices.
Build production-ready gRPC services in Go with mTLS, streaming, and observability. Use when designing Protobuf contracts with Buf or implementing secure service-to-service transport.
Expert in secure mobile coding practices specializing in input validation, WebView security, and mobile-specific security patterns.
Expert network engineer specializing in modern cloud networking, security architectures, and performance optimization.
Master smart contract security best practices to prevent common vulnerabilities and implement secure Solidity patterns. Use when writing smart contracts, auditing existing contracts, or implementin...
Test smart contracts comprehensively using Hardhat and Foundry with unit tests, integration tests, and mainnet forking. Use when testing Solidity contracts, setting up blockchain test suites, or va...
Run Logseq Electron dev build with a remote debugging port and attach Chrome DevTools (CDP) reliably.
This skill should be used when the user asks about "dev-auto", "autonomous development", "orchestrator", "worktree lifecycle", "structured output", or when running dev-auto-* commands or any autonomous loop that relies on orchestrator-owned worktrees, explicit inputs, and structured JSON outputs. Auto-safe development contract for orchestrated dev/review/fix workflows.
Cryptographic integrity verification for AI safety evaluations using BLAKE3 hashing and Ed25519 signatures. Ensures scenarios haven't been tampered with and results are exactly reproducible.
End-to-end pre-flight checklist for launching a Solana token/app: infra, wallets, liquidity, comms, security, and rollback planning. Use before mainnet launch or major release.
Operational patterns for fair token launches: definitions, mechanics, tradeoffs, and execution steps. Use when planning fair/transparent launches.
Monitoring plan for Solana apps: RPC health, tx success, program errors, and liquidity signals. Use to set up dashboards and alerts.
Explain Solana AMM liquidity, slippage, volatility, and LP mechanics for tokens. Use to brief teams or design initial liquidity.
