Smart Contracts

Decision validation and thinking frameworks for startup founders. Use when you need to pressure-test a decision, validate your next steps, think through strategic options, or sanity-check your approach. Triggers on phrases like "should I", "help me think through", "is this the right move", "validate my thinking", "what am I missing". Covers fundraising, customer development, runway management, prioritization, and crypto/web3 founder challenges.

Convenience wrapper for listing Terraform Cloud runs in Forum Virium Helsinkiworkspaces (github, sentry, gcp, onelogin, twingate). Requires TFE_TOKEN.Use when user mentions TFC runs, Terraform Cloud workspace, listing TFC runs,infrastructure run history, or checking Terraform Cloud status.

Automated security scanning for Vigil Guard v2.0.0. Use for OWASP Top 10 checks, TruffleHog secret detection, npm/pip vulnerability scanning, 3-branch service security, heuristics-service audit, and CI/CD security pipelines.

SAP Cloud Application Programming Model (CAP) development skill using Capire documentation. Use when: building CAP applications, defining CDS models, implementing services, working with SAP HANA/SQLite/PostgreSQL databases, deploying to SAP BTP Cloud Foundry or Kyma, implementing Fiori UIs, handling authorization, multitenancy, or messaging. Covers CDL/CQL/CSN syntax, Node.js and Java runtimes, event handlers, OData services, and CAP plugins.

Guides intelligent planning strategies with automatic phase detection and complexity assessment. Auto-activates when users mention epic breakdown, feature decomposition, scope estimation, dependency analysis, risk identification, or ask "how do I plan this complex task", "break down this feature", "what's the scope", "estimate effort", "identify dependencies", or "planning strategy". Provides interactive planning mode with 6 planning phases (complexity assessment, scope definition, dependency analysis, risk identification, task breakdown, effort estimation). Works with sequential-thinking for complex decomposition, docs-seeker for research, pm-workflow-guide for command suggestions, and linear-subagent-guide for Linear integration.

AshAuthentication guidelines for implementing authentication in Ash Framework. Use when adding password, magic link, API key, or OAuth2 authentication strategies. Covers token configuration, UserIdentity resources, confirmation add-ons, and customizing authentication actions. Never hardcode credentials.

Fast, targeted single-pass search strategy for simple factual lookups. 1-iteration workflow with authoritative source verification and minimal citations. Use for version lookups, documentation finding, simple definitions, existence checks. Keywords: what version, find docs, link to, what is, does X support.

Up-to-date library documentation retrieval using Context7 MCP tools. Process THINK → RESOLVE → FETCH → APPLY. Use when fetching library docs, resolving package names to IDs, getting implementation guides, exploring API references. Provides package resolution strategy, trust score evaluation, token scaling (3K-20K), topic selection patterns.

Token-efficient MySQL/PostgreSQL operations using mycli and native CLI tools (Windows/Mac/Linux compatible). Replaces Artisan Tinker for database queries with 87% token savings.

Design and plan usability tests - task creation, think-aloud protocols, moderator scripts, metrics definition, and analysis frameworks.

Production-grade blockchain and Web3 development with Solidity (Ethereum/EVM), Rust (Solana), CosmWasm (Cosmos), including smart contract architecture, security patterns, gas optimization, testing strategies, DeFi protocols, and deployment workflows.

Comprehensive Solidity smart contract development skill using Foundry framework. Use for writing, testing, deploying, and auditing Solidity contracts with security-first practices. Also triggers when working with .sol files, Foundry project files (foundry.toml), test files (.t.sol), or smart contract deployment scripts. Example triggers: "Write smart contract", "Create Solidity test", "Deploy contract", "Audit smart contract", "Fix security vulnerability", "Write Foundry test", "Set up Foundry project"

Design Thinking methodology for human-centered innovation. Covers the 5-phase IDEO/Stanford d.school approach (Empathize, Define, Ideate, Prototype, Test) with workshop facilitation and exercise templates.

Facilitate Design Thinking workshops using Stanford d.school's 5-phase methodology. Guides teams through Empathize, Define, Ideate, Prototype, and Test phases for human-centered innovation.

Generates Solidity smart contracts with security best practices (ERC-20, ERC-721, ERC-1155, custom). Use when user asks to "create smart contract", "solidity contract", "erc20 token", "nft contract", or "web3 contract".

ユニットテスト、統合テスト、メインネットフォークを使用してHardhatとFoundryでスマートコントラクトを包括的にテストします。Solidityコントラクトをテストする時、ブロックチェーンテストスイートをセットアップする時、またはDeFiプロトコルを検証する時に使用してください。

一般的な脆弱性を防ぎ、セキュアなSolidityパターンを実装するためのスマートコントラクトセキュリティのベストプラクティスをマスターします。スマートコントラクトを書く時、既存コントラクトを監査する時、またはブロックチェーンアプリケーションのセキュリティ対策を実装する時に使用してください。

Central authority on git hook implementations, modern best practices, and tooling for .NET/C#, JavaScript/TypeScript, Python, and polyglot repositories. Covers framework selection (Husky.Net, lefthook, Husky, pre-commit), setup workflows, Conventional Commits, semantic versioning, secret scanning (gitleaks, TruffleHog), performance optimization, CI/CD integration, testing strategies, and team collaboration patterns. Adaptive to project scale from solo developers to enterprise teams. Use for setting up git hooks, configuring pre-commit/commit-msg/pre-push hooks, integrating dotnet format/dotnet test, ESLint/Prettier, Black/Ruff/mypy, commitlint, choosing between frameworks, optimizing hook performance, enforcing code quality, automating testing, and troubleshooting hook issues.

コマンド起動の仕組みを整理し、明示起動/自動起動/Extended Thinkingの設計と検証を支援するスキル。 起動フロー、トリガー設計、検証手順を一貫して整理する。 Anchors: • The Pragmatic Programmer (Andrew Hunt, David Thomas) / 適用: 手順設計 / 目的: 実行フローの最適化 • Human-Computer Interaction (Dix et al.) / 適用: 起動UX設計 / 目的: 誤起動の抑制 • Automation Patterns / 適用: 自動起動設計 / 目的: 安定運用 Trigger: Use when designing command activation flows, defining auto-invocation triggers, or validating command execution paths. command activation, auto invocation, extended thinking, slashcommand, execution flow

機能要件と非機能要件の分類と定義スキル。要件を適切なカテゴリに分類し、漏れなく体系的に管理するための方法論を提供する。Anchors:• ISO/IEC 25010 品質モデル / 適用: NFR分類と品質特性定義 / 目的: 8品質特性による網羅的カバレッジ• Don't Make Me Think (Steve Krug) / 適用: ユーザビリティ要件定義 / 目的: 直感性と認知負荷の測定基準• Software Requirements (Karl Wiegers) / 適用: 要件品質検証 / 目的: SMART原則による検証可能性確保Trigger:Use when classifying requirements into functional and non-functional categories, defining measurable quality attributes for NFRs, or validating requirements completeness and consistency.requirements, functional, non-functional, NFR, quality attributes, ISO 25010, SMART criteria, measurability