Set up and manage local Freenet development environments and interact with a running node. Use when the user wants to test contract changes locally, debug UI issues, run a local node, query connections/diagnostics, inspect the dashboard, use the WebSocket API, or iterate on a Freenet application without deploying to the live network.
Canonical repository workflow contract for all runtimes.
合同算術の問題を系統的に解く。線形合同式、中国剰余定理（CRT）、フェルマーの 小定理、オイラーの定理、べき乗剰余、および離散対数問題を含む。暗号学（RSA、 ディフィー・ヘルマン）への応用も扱う。
Security audit of TON/FunC/Tact smart contracts while you develop. Trigger on "audit", "check this contract", "review for security". Modes - default (full repo), DEEP (+ TON protocol analysis), or a specific filename.
使用 Slither 和 Mythril 对 Solidity 智能合约进行静态分析和符号执行，在部署到以太坊主网之前检测重入攻击、整数溢出、访问控制缺陷和其他漏洞类型。
Authoritative architectural auditor for the CyberXiuXian Workshop. Activates when performing project audits, code reviews, or enforcing modularity and zero-copy standards across Rust and Python.
Interact with Alkahest escrow contracts as a buyer, seller, or oracle using the CLI
Help developers write code that interacts with Alkahest escrow contracts using the TypeScript, Rust, or Python SDK
Build and maintain contract tests for desktop-server-iOS relay protocol (register/resume, event ack/replay, terminal binary bind framing, and failure-path handling) to prevent subtle cross-client regressions.
Implement, deploy, and index ERC20 and ERC721 tokens in Dojo. Use when adding token contracts, deploying them, or configuring Torii to index balances and transfers.
Guides Cairo smart-contract authoring on Starknet with language fundamentals, safe structure choices, component composition, and implementation workflow references.
Master smart contract security best practices to prevent common vulnerabilities and implement secure Solidity patterns. Use when writing smart contracts, auditing existing contracts, or implementing security measures for blockchain applications.
Aztec smart contract development, Noir programming, testing, deployment, and TypeScript integration. Use when working with Aztec contracts, notes, private state, or any Aztec SDK code. Use review-contract for security reviews.
Security baseline for AAVE integration and execution scripts. Use when user asks for AAVE security review, pre-trade checks, liquidation safety, allowance minimization, or execution hardening.
This skill should be used when the user asks to "supply to aave", "deposit to aave", "lend on aave", "borrow from aave", "take loan on aave", "repay aave loan", "pay back aave", "withdraw from aave", "remove collateral", "aave lending", "earn yield on aave", or mentions AAVE V3 operations including supply, borrow, repay, or withdraw on Ethereum or Arbitrum.
Comprehensive security engineering skill for application security, penetration testing, security architecture, and compliance auditing. Includes security assessment tools, threat modeling, crypto implementation, and security automation. Use when designing security architecture, conducting penetration tests, implementing cryptography, or performing security audits.
This skill should be used when the user needs to interact with AAVE V3 protocol contracts directly, read on-chain data, get reserve configurations, fetch current APY rates, simulate position changes, or execute protocol operations programmatically. Provides low-level access to AAVE Pool contracts, UI Pool Data Provider, and quote generation for supply, borrow, repay, and withdraw operations on Ethereum and Arbitrum.
Audit Solana programs (Anchor or native Rust) for security vulnerabilities. Use when reviewing smart contract security, finding exploits, analyzing attack vectors, performing security assessments, or when explicitly asked to audit, review security, check for bugs, or find vulnerabilities in Solana programs.
This skill should be used when the user asks to "supply to aave", "deposit to aave", "lend on aave", "borrow from aave", "take loan on aave", "repay aave loan", "pay back aave", "withdraw from aave", "remove collateral", "aave lending", "earn yield on aave", or mentions AAVE V3 operations including supply, borrow, repay, or withdraw on Ethereum or Arbitrum.
Security rules for crypto wallet code - private key handling, signing operations, transaction safety, air-gap integrity, address validation. Auto-applies when editing security-sensitive code.
